Drukuj stronę - Starty rakiet (IV kwartał 2019 roku)

PAŹDZIERNIK 2019
__________________________________________________________________________________________
01 ??:?? Onenui 1 Electron/Curie MCNAIR
0? ??:?? Taiyuan 16 CZ-6 Satellogic x 16
10 08:05-09:30 Canaveral 13/31 L-1011/Pegasus-XL ICON
10 ??:?? Canaveral 40 Falcon-9 Starlink v1.0 x 60
10 ??:?? Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
21 18:39 Wallops 0A Antares-230 Cygnus-12
25 ??:?? Canaveral 40 Falcon-9 Starlink v1.0 x 60
28 ??:?? Canaveral 41 Atlas-5/422 Starliner Boe-OFT
3D ??:?? Sriharikota S PSLV Cartosat-3, Nemo-AM
?? ??:?? Plesieck 43/4 Sojuz-2.1a/Fregat Kosmos (Nejtron)
?? ??:?? Jiuquan KZ-1A ?

LISTOPAD 2019

0? ??:?? Sriharikota F PSLV-CA RISAT-2BR1
13 ??:?? Canaveral 40 Falcon-9 Starlink v1.0 x 60
19 ??:?? Onenui 1 Electron/Curie ANDESITE
1? ??:?? Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos (Uragan-M)
22 ??:?? Kourou 3 Ariane-5ECA Inmarsat 5 F5, ?
?? ??:?? Mojave 12/30 B-747/LauncherOne MiniCarb, PAN A, PAN B, STP-27VP (x 8?)
?? ??:?? KSC 39A Falcon-9 Anasis II
?? ??:?? Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
?? ??:?? Jiuquan 43/94 CZ-2D ETRSS-1

GRUDZIEŃ 2019

04 ??:?? KSC 39A Falcon-9 Dragon-19
20 ??:?? Bajkonur 31/6 Sojuz-2.1a Progress MS-13
30 ??:?? KSC 39A Falcon-9 Crew Dragon (DM-2)
30 ??:?? Canaveral 41 Atlas-5/422 Starliner (Boe-CFT)

Czyżby w ogóle nie było rosyjskiego startu w październiku?

Cytat: kanarkusmaximus w Wrzesień 09, 2019, 22:08

Czyżby w ogóle nie było rosyjskiego startu w październiku?

Jest taka możliwość, ale z drugiej strony Rosjanie ostatnio powiadamiają o niektórych startach bardzo późno.

Start Progress MS-13 przyśpieszony o 2 tygodnie - 6 grudnia 2019.

Startu CZ-5 w tym roku już nie będzie?

Cytat: JSz w Wrzesień 15, 2019, 09:08

Startu CZ-5 w tym roku już nie będzie?

Może im się jeszcze udać: https://forum.nasaspaceflight.com/index.php?topic=5060.1860 (https://forum.nasaspaceflight.com/index.php?topic=5060.1860)

Cytuj

December 20 / 31 ~~November / February 2020~~ - CZ-5 (Y3) - WSLC, LC101 - Shijian-20

Start 31 grudnia byłby dobrym pomysłem!

PAŹDZIERNIK 2019
__________________________________________________________________________________________
03 ~18:50 Taiyuan 9 CZ-3C Yaogan-34
09 10:17 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
0? ??:?? Taiyuan 16 CZ-6 Satellogic x 16
10 01:25-02:55 Canaveral 13/31 L-1011/Pegasus-XL ICON
17 ??:?? Canaveral 40 Falcon-9 Starlink v1.0 x 60
28 ??:?? Canaveral 41 Atlas-5/422 Starliner Boe-OFT
29 ~15:20 Wallops 0A Antares-230 Cygnus-12
3D ??:?? Sriharikota S PSLV Cartosat-3, Nemo-AM
?? ??:?? Jiuquan KZ-1A Xingyun-2 01 i Xingyun-2 02
?? ??:?? Xichang CZ-3A Beidou-3I3Q
?? ??:?? Xichang CZ-2C Yaogan-30-06 (x 3)
?? ??:?? Plesieck 43/4 Sojuz-2.1a/Fregat Kosmos (Nejtron)
?? ??:?? Jiuquan KZ-1A ?
?? ??:?? Onenui 1 Electron/Curie MCNAIR
?? ??:?? Onenui 1 Electron/Curie ATL-1, Discovery, FossaSat-1, NOOR-1A,
NOOR-1B, SMOG-P, TRSI Sat

LISTOPAD 2019

04 ??:?? Canaveral 40 Falcon-9 Starlink v1.0 x 60
0? ??:?? Sriharikota F PSLV-CA RISAT-2BR1
13 ??:?? Canaveral 40 Falcon-9 Starlink v1.0 x 60
19 ??:?? Onenui 1 Electron/Curie ANDESITE
1? ??:?? Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos (Uragan-M)
22 ??:?? Kourou 3 Ariane-5ECA Inmarsat 5 F5, ?
?? ??:?? Mojave 12/30 B-747/LauncherOne MiniCarb, PAN A, PAN B, STP-27VP (x 8?)
?? ??:?? KSC 39A Falcon-9 Anasis II
?? ??:?? Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
?? ??:?? Jiuquan 43/94 CZ-2D ETRSS-1

GRUDZIEŃ 2019

04 ??:?? KSC 39A Falcon-9 Dragon-19
06 ??:?? Bajkonur 31/6 Sojuz-2.1a Progress MS-13
30 ??:?? KSC 39A Falcon-9 Crew Dragon (DM-2)
30 ??:?? Canaveral 41 Atlas-5/422 Starliner (Boe-CFT)

Przyznam, dla mnie ta lista startow wyglada mocno inaczej niz kilka lat temu. rakiety sie co prawda zbytnio
nie zmienily ale ... no wlasnie, jest bardzo duzo startow konstelacji, czyli widac przesjcie w strone malych satelitow
na nizszych orbitach. Ciekawe czy moze byc jeszcze nizej - patrz satelity Tsubane czy GOCE?

Wydaje sie, ze najbardziej ciekawie w tym zestawieniu wyglada MEV-1, pierwsze rozwiazanie serwisujace
satelity. To dosc delikatny temat i przez lata bylo widac duze opory przed pojawianiem sie tego typu
satelitow. Dawno temu byla cala batalia przy okazji powstania firmy Orbital Recovery z inicjatywy
Waltera Andersona.

Oczywiscie kwestie zalogowe, rywalizujace z soba zalogowce plus osobny transportowiec tez sa zaupelna
nowoscia, dajaca amerykanom niesamowita elastycznosc w przypadku awarii czy prob stworzenia nowych,
kolejnych generacji tego "zestawu". Na loty Virgin tez czekalismy dlugo, wraz z panami z kiwi obstawiam,
ze beda tez tworzyc przestrzen ciekawych i alternatywnych rozwiazan dla malych satelitow.

Jest jeszcze kilka innych zmian, ale o tym to moze przy okazji nastepnym razem;-) Z powazaniem
Adam Przybyla

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-3C Gaofen-10[R]
__________________________________________________________________________________________
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
0? ??:?? Taiyuan 16 CZ-6 Satellogic x 16
10 01:25-02:55 Canaveral 13/31 L-1011/Pegasus-XL ICON
12 ??:?? Xichang CZ-3B/G2 TJ-4
14 23:00-03:00 Onenui 1 Electron/Curie PALISADE
17 ??:?? Canaveral 40 Falcon-9 Starlink v1.0 x 60
29 ~15:20 Wallops 0A Antares-230 Cygnus-12
3D ??:?? Sriharikota S PSLV Cartosat-3, Nemo-AM
3D ??:?? Xichang CZ-3A Beidou-3I3Q
?? ??:?? Jiuquan KZ-1A Xingyun-2 01 i Xingyun-2 02
?? ??:?? Plesieck 43/4 Sojuz-2.1a/Fregat Kosmos (Nejtron)
?? ??:?? Jiuquan KZ-1A ?

LISTOPAD 2019

04 ??:?? Canaveral 40 Falcon-9 Starlink v1.0 x 60
0? ??:?? Sriharikota F PSLV-CA RISAT-2BR1
13 ??:?? Canaveral 40 Falcon-9 Starlink v1.0 x 60
16 ??:?? Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos (Uragan-M)
19 ??:?? Onenui 1 Electron/Curie ANDESITE
22 ??:?? Kourou 3 Ariane-5ECA Inmarsat 5 F5, ?
29 ??:?? Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
3D ??:?? Canaveral 41 Atlas-5/422 Starliner Boe-OFT
?? ??:?? Mojave 12/30 B-747/LauncherOne MiniCarb, PAN A, PAN B, STP-27VP (x 8?)
?? ??:?? KSC 39A Falcon-9 Anasis II
?? ??:?? Jiuquan 43/94 CZ-2D ETRSS-1
?? ??:?? Jiuquan 43/94 CZ-2D Gaofen-7
?? ??:?? Onenui 1 Electron/Curie MCNAIR
?? ??:?? Onenui 1 Electron/Curie ATL-1, Discovery, FossaSat-1, NOOR-1A,
NOOR-1B, SMOG-P, TRSI Sat

GRUDZIEŃ 2019

01 ??:?? Bajkonur 31/6 Sojuz-2.1a Progress MS-13
04 ??:?? KSC 39A Falcon-9 Dragon-19
30 ??:?? KSC 39A Falcon-9 Crew Dragon (DM-2)
30 ??:?? Canaveral 41 Atlas-5/422 Starliner (Boe-CFT)

Następca wyniesiony na orbitę
04.10. o 18:51 z Taiyuan wystrzelona została RN CZ-4C, która wyniosła na orbitę o parametrach: hp=434, ha=612 km,
i=97,76° satelitę teledetekcyjnego Gaofen-10[R]. Jest to zastępca satelity, utraconego podczas awarii w dniu 31.08.2016 (http://lk.astronautilus.pl/n160816.htm#04).
http://lk.astronautilus.pl/n191001.htm#02

http://www.youtube.com/watch?v=ilSvX4WcVrY
https://www.youtube.com/watch?v=ilSvX4WcVrY

China launches HD observation satellite
Source: Xinhua| 2019-10-05 06:16:12|Editor: Lu Hui

(http://www.xinhuanet.com/english/2019-10/05/138448867_15702398048721n.jpg)
The Gaofen-10 satellite is launched aboard a Long March-4C rocket at the Taiyuan Satellite Launch Center in north China's Shanxi Province, Oct. 5, 2019. China sent its observation satellite into space from the Taiyuan Satellite Launch Center in north China's Shanxi Province at 2:51 a.m. Saturday (Beijing Time). The satellite, Gaofen-10, was launched aboard a Long March-4C rocket and entered the planned orbit successfully. It was the 314th flight mission of the Long March carrier rocket series. (Photo by Liu Qiaoming/Xinhua)

TAIYUAN, Oct. 5 (Xinhua) -- China sent its observation satellite into space from the Taiyuan Satellite Launch Center in north China's Shanxi Province at 2:51 a.m. Saturday (Beijing Time).

The satellite, Gaofen-10, was launched aboard a Long March-4C rocket and entered the planned orbit successfully. It was the 314th flight mission of the Long March carrier rocket series.

As part of the country's high-definition Earth observation project, the microwave remote sensing satellite is capable of providing photographs with a resolution of less than a meter.

Gaofen-10 will be used in land survey, urban planning, road network design, crop yield estimate, as well as disaster relief. It can also serve key national strategies such as the Belt and Road Initiative.

The satellite and the carrier rocket were both developed by the Shanghai Academy of Spaceflight Technology under the China Aerospace Science and Technology Corporation.
http://www.xinhuanet.com/english/2019-10/05/c_138448867.htm

China launches new Gaofen Earth-imaging satellite
October 6, 2019 Stephen Clark

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2019/10/lm4c_gf10.jpg)
A Long March 4C rocket lifted off from the Taiyuan space center at 1851 GMT (2:51 p.m. EDT) Friday. Credit: CCTV

(...) The launch occurred at 2:51 a.m. Beijing time on Saturday, marking China’s 21st orbital launch attempt in 2019, and the 19th successful Chinese space launch so far the year.

Chinese state media said the satellite launched by the three-stage Long March 4C rocket carries a high-resolution Earth-imaging instrument capable of resolving features on the ground smaller than a meter, or about 3.3 feet. The imaging data will be used for urban and infrastructure planning, land surveys, crop yield assessments, disaster prevention, and other applications, state media reported.

The Gaofen series of satellites are part of the China High-Resolution Earth Observation System, or CHEOS. Chinese officials say the CHEOS satellite fleet is a civilian-operated program comprising optical and radar imaging spacecraft, and authorities have published high-resolution imagery taken by previous Gaofen satellites.

U.S. military tracking data indicated the Long March 4C rocket placed the Gaofen 10 satellite into a nearly circular polar orbit around 380 miles (613 kilometers) above Earth, with an inclination of 97.8 degrees.

Chinese state media did not identify the Gaofen 10 satellite as a replacement for a previous spacecraft named Gaofen 10, which was destroyed in a Long March 4C launch failure in August 2016.

But the failed Aug. 31, 2016, launch lifted off from Taiyuan at roughly the same time of day as Friday’s mission, suggesting it carried a payload destined for the same type of orbit. Chinese officials did not acknowledge the August 2016 launch failure for several weeks.
https://spaceflightnow.com/2019/10/06/china-launches-new-gaofen-earth-imaging-satellite/

https://www.nasaspaceflight.com/2019/10/gaofen-10-long-march-4c/

https://space.skyrocket.de/doc_sdat/gf-10.htm

O nieudanym starcie sprzed 3 lat:
http://www.forum.kosmonauta.net/index.php?topic=2470.msg96332#msg96332
http://www.forum.kosmonauta.net/index.php?topic=2470.msg96335#msg96335
http://www.forum.kosmonauta.net/index.php?topic=2470.msg96689#msg96689

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-3C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
__________________________________________________________________________________________
0? ??:?? Taiyuan 16 CZ-6 Satellogic x 16
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
14 23:00-03:00 Onenui 1 Electron/Curie PALISADE
15 ??:?? Xichang CZ-3B/G2 TJ-4
3D ??:?? Sriharikota S PSLV Cartosat-3, Nemo-AM
3D ??:?? Xichang CZ-3A Beidou-3I3Q
?? ??:?? Jiuquan KZ-1A Xingyun-2 01 i Xingyun-2 02
?? ??:?? Plesieck 43/4 Sojuz-2.1a/Fregat Kosmos (Nejtron)
?? ??:?? Jiuquan KZ-1A ?

LISTOPAD 2019

02 ??:?? Wallops 0A Antares-230 Cygnus-12
0? ??:?? Sriharikota F PSLV-CA RISAT-2BR1
16 ??:?? Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos (Uragan-M)
19 ??:?? Onenui 1 Electron/Curie ANDESITE
22 ??:?? Kourou 3 Ariane-5ECA Inmarsat 5 F5, ?
29 ??:?? Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
3D ??:?? Canaveral 41 Atlas-5/422 Starliner Boe-OFT
?? ??:?? Canaveral 40 Falcon-9 Starlink v1.0 x 60
?? ??:?? Mojave 12/30 B-747/LauncherOne MiniCarb, PAN A, PAN B, STP-27VP (x 8?)
?? ??:?? KSC 39A Falcon-9 Anasis II
?? ??:?? Jiuquan 43/94 CZ-2D ETRSS-1
?? ??:?? Jiuquan 43/94 CZ-2D Gaofen-7
?? ??:?? Onenui 1 Electron/Curie MCNAIR
?? ??:?? Onenui 1 Electron/Curie ATL-1, Discovery, FossaSat-1, NOOR-1A,
NOOR-1B, SMOG-P, TRSI Sat

GRUDZIEŃ 2019

01 ??:?? Bajkonur 31/6 Sojuz-2.1a Progress MS-13
04 ??:?? KSC 39A Falcon-9 Dragon-19
30 ??:?? KSC 39A Falcon-9 Crew Dragon (DM-2)
30 ??:?? Canaveral 41 Atlas-5/422 Starliner (Boe-CFT)

Pierwszy satelita serwisowy na orbicie
09.10. o 10:17:56 z Bajkonuru wystrzelona została RN Proton-M/Briz-M, która wyniosła w T+15h 20' 44" na orbitę
o parametrach: hp=12040 km, ha=65000 km, i=13,4° satelitę telekomunikacyjnego Eutelsat 5 West B oraz satelitę
serwisowego MEV-1 (Mission Extension Vehicle-1), który połączy się nad orbitą geostacjonarną z satelitą Intelsat 901,
a następnie powróci z nim na nią.
http://lk.astronautilus.pl/n191001.htm#03

http://www.youtube.com/watch?v=yqrWaXhujRI
https://www.youtube.com/watch?v=yqrWaXhujRI
Видео: Космический центр «Южный» / Роскосмос

https://www.youtube.com/watch?v=mlfGtppyB_g

Proton-M wynosi dwa satelity (09.10.2019)
BY KRZYSZTOF KANAWKA ON 23 PAŹDZIERNIKA 2019

Dziewiątego października nastąpił ostatni komercyjny start rakiety Proton.

Do startu rakiety Proton-M doszło 9 października 2019 o godzinie 12:17 CEST. Start odbył się z kosmodromu Bajkonur w Kazachstanie. Na pokładzie tej rakiety znalazły się dwa satelity: Eutelsat 5 West B oraz MEV-1. Lot przebiegł prawidłowo i oba satelity znalazły się na prawidłowej orbicie transferowej GTO. Start przeprowadzono dzięki firmie International Launch Services (ILS).

Z dwóch “pasażerów” tego lotu na szczególną uwagę zasługuje satelita MEV-1. Skrót MEV pochodzi od Mission Extension Vehicle – jest to satelita, którego celem jest wydłużenie życia innego satelity, umieszczonego wcześniej na orbicie geostacjonarnej. MEV-1 przyłączy się do satelity IS-901, u którego kończą się pokładowe zapasy paliwa. MEV-1 prawdopodobnie przedłuży czas pracy IS-901 przez przynajmniej pięć kolejnych lat.

Jest możliwe, że satelity typu MEV zmienią kształt rynku satelitów telekomunikacyjnych umieszczanych na orbicie geostacjonarnej (GEO). Dziś każdy z tych satelitów, kosztujący nawet kilkaset milionów EUR, funkcjonuje przez 10-15 lat. Wydłużenie czasu pracy przy pomocy względnie taniego satelity typu MEV może przynieść duże oszczędności firmom telekomunikacyjnym, co może się przełożyć na tańszą ofertę usług telekomunikacyjnych. Może to mieć duże znaczenie dla rynków telekomunikacyjnych – szczególnie, że do służby niebawem mogą wejść megakonstelacje, operujące na niższych orbitach.

Koniec służby Protonów

Rakiety rodziny Proton zostały wprowadzone do służby w 1965 roku. Pierwszy lot komercyjny tej rakiety nastąpił w 1996 roku. Przez lata zwykle ta rakieta latała z częstotliwością nawet kilkunastu startów rocznie. W ostatnich latach częstotliwość startów rakiety Proton wyraźnie spadła. Coraz częściej pojawiały się doniesienia, że służba tych rakiet dobiega końca. W połowie września 2019 pojawiła się informacja, że rosyjskie zakłady im. Chruniczewa zakończą niebawem produkcję rakiet Proton. Te zakłady zbudują jeszcze 11 rakiet i na tym zakończy się długa historia rakiet rodziny Proton.

Co zastąpi Protony? Powoli do służby jest wprowadzana rakieta Angara, startująca m.in. z nowego kosmodromu Wostoczny. Pojawiają się także i inne konstrukcje, z których kilka prawdopodobnie nie zakończy etapu projektowania. Wydaje się, że wraz z odejściem rakiet Proton Rosja przynajmniej chwilowo może ograniczyć sobie możliwości wynoszenia cięższych ładunków w przestrzeń kosmiczną. Pytanie tylko – na jak długo?

(PFA, NSF, RSW)
https://kosmonauta.net/2019/10/proton-m-wynosi-dwa-satelity-09-10-2019/

«Протон-М» вывел на орбиту два спутника
10.10.2019 05:30

(https://www.roscosmos.ru/cache/gallery/sl3/26911/3043184150.jpg)

(https://www.roscosmos.ru/cache/gallery/sl3/26911/3958395802.jpg)

С пусковой установки № 39 площадки № 200 космодрома Байконур 9 октября 2019 года в 13:17:56 мск проведен пуск ракеты-носителя «Протон-М» с разгонным блоком «Бриз-М» и спутниками Eutelsat 5 West B и Mission Extension Vehicle-1. Старт и полет носителя прошли в штатном режиме и без замечаний.

Активный участок полета «Протона» продолжался в течение 582 секунд, после чего орбитальный блок был выведен на суборбитальную траекторию. Затем разгонный блок «Бриз-М» начал выведение космических аппаратов на целевые орбиты. В ходе выведения было выполнено пять плановых включений его двигательной установки.

В соответствии с графиком 10 октября в 04:53 мск произведено штатное отделение спутника Eutelsat 5 West B на целевой орбите, а спустя еще 18 минут, в 05:12 мск отделился Mission Extension Vehicle-1. Управление обоими космическими аппаратами передано заказчикам, которые уже начали проверки их бортовых систем.

Общая продолжительность выведения от момента старта ракеты до отделения второго космического аппарата от разгонного блока составила 15 часов 54 минуты. Российские средства выведения (ракета-носитель «Протон-М» и разгонный блок «Бриз-М») отработали штатно. Запуск спутников Eutelsat 5 West B и Mission Extension Vehicle-1 стал четвертым пуском ракеты-носителя «Протон-М» в 2019 году, 97-ым в рамках контрактов на коммерческую эксплуатацию ракеты, заключённых компанией International Launch Services, и 108-м с начала ее эксплуатации.

Первый спутник — Eutelsat 5 West B — будет обеспечивать непрерывную работу и улучшенное качество для рынков Франции, Италии и Алжира в Ku-диапазоне нагрузки 35, эквивалентном транспондерам частотой 36 МГц, подключенным к трем зонам обслуживания.

Второй — Mission Extension Vehicle-1 — впервые позволит оказывать услуги по продлению срока службы спутников. Предполагается, что он будет пристыковываться к клиентским спутникам, используя существующие возможности спутников в части контроля высоты и ориентации сборки космических аппаратов. В течение своего 15-летнего срока службы MEV-1 сможет пристыковываться и отстыковываться несколько раз, что даст возможность обслуживать несколько клиентских космических аппаратов.
https://www.roscosmos.ru/26911/

Ракета-носитель «Протон-М» готова к пуску
09.10.2019 06:30

(https://www.roscosmos.ru/media/img/2019/OKT/ziklogramma_proton.jpg)

(https://www.roscosmos.ru/media/img/2019/OKT/proton.orbita.jpg)
https://www.roscosmos.ru/26909/

Northrop Grumman’s satellite servicer MEV-1, Eutelsat satellite, launch on ILS Proton
by Caleb Henry — October 9, 2019

(https://spacenews.com/wp-content/uploads/2019/10/Screen-Shot-2019-10-09-at-3.18.31-AM-2-879x485.png)
International Launch Services' Oct. 9 Proton mission was the company's first dual launch with two commercial spacecraft. Credit: ILS webcast.

MOUNTAIN VIEW, California — An International Launch Services Proton rocket carried Northrop Grumman’s first satellite-servicing spacecraft and a Eutelsat communications satellite to orbit Oct. 9.

Proton lifted off at 6:18 a.m. Eastern from Russia’s Baikonur Cosmodrome in Kazakhstan. Its two passengers are scheduled to separate from the rocket almost 16 hours later in a supersynchronous transfer orbit.

The launch is ILS’s first mission since 2017 and the first time the company has carried two commercial satellite on a single Proton. Both spacecraft were built by Northrop Grumman — the Mission Extension Vehicle-1 for its subsidiary SpaceLogistics, and Eutelsat 5 West B for French operator Eutelsat Communications.

The start of commercial satellite servicing

Northrop Grumman has a contract with Intelsat to extend the life of Intelsat-901, an 18-year-old satellite, for five years.

The 2,330-kilogram MEV-1 will take up to three and a half months to reach geostationary orbit using its electric propulsion, Joe Anderson, SpaceLogistics’ vice president of operations and business development, said Oct. 1 during a Consortium for Execution of Rendezvous and Servicing Operations event. Once connected to Intelsat-901 in an inclined geosynchronous orbit, the combined stack will move a few hundred kilometers higher into a graveyard orbit above most operational satellites, for testing.

Preparations and testing will take a few months to complete before Intelsat-901 is placed back into the GEO arc, Intelsat CEO Stephen Spengler said Oct. 8 at the Satellite Innovation conference here.

Spengler said Intelsat sees value in keeping satellites running beyond their typical 15-year design life when they are continuing to generate revenue without issue.

“If those customers are happy with what we’re doing on the current generation and don’t need to move to high-throughput capabilities immediately, it’s an opportunity to extend them,” he said.

Keeping old satellites operational through life extension has another benefit too, he said. “It allows us to delay our [capital expenditures], save our capex as technology advances, and spend that capex on the latest version of technology as it comes along.”

Northrop Grumman has a second MEV under construction that Intelsat also plans to use to extend the life of a to-be-announced satellite. MEVs are designed to last at least 15 years, meaning Northrop Grumman can use them to extend the lives of multiple spacecraft.

Eutelsat fleet addition

Eutelsat-5 West B is a replacement satellite for the 17-year-old Eutelsat-5 West A satellite. The new 2,860-kilogram satellite uses a Northrop Grumman GEOStar-2 platform with an all Ku-band payload from Airbus Defence and Space.

Eutelsat-5 West B will enable service continuity for television broadcasting in Europe and North Africa, namely in France, Italy and Algeria. It also carries a hosted payload for the European GNSS Agency called GEO-3. The hosted payload will hone the accuracy of satellite navigation signals over Europe for use in aviation, maritime and other industries as part of the European Geostationary Navigation Overlay System.

Launch delay explained

ILS’s mission was previously planned for Sept. 30, but was delayed due to an issue identified during electrical testing of the rocket’s upper stage control system.

Kirk Pysher, president of ILS, said the issue was tracked to “nuances” unique to the stacked payload configuration that were later found to be harmless.

“Using the test stand in Moscow, [Khrunichev] specialists were able to simulate the specific spacecraft stack nuances and adjust the testing procedure accordingly to account for those nuances,” Pysher said by email. “No changes were required to flight hardware or software.”

Pysher, during the launch webcast, said Khrunichev continues to reinforce quality improvement initiatives to ensure Proton flies without issue. The rocket has launched with 17 consecutive successes since its last failure in 2015.

The MEV-1 and Eutelsat 5 West B launch was ILS’s first and only mission for this year. Russia has launched three other Protons this year — one for Gazprom Space Systems’ Yamal-601 communications satellite in May, one of the Spektr-RG telescope in July, and one of a Russian military satellite in August. In March Proton-builder Khrunichev said up to six Proton rockets could launch this year.
https://spacenews.com/northrop-grummans-satellite-servicer-mev-1-eutelsat-satellite-launch-on-ils-proton/

Successful Proton launch deploys Eutelsat satellite, first Mission Extension Vehicle
October 10, 2019 Stephen Clark

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2019/10/4218827046.jpg)
A Proton rocket with a Breeze M upper stage lifted off from the Baikonur Cosmodrome in Kazakhstan at 6:17:56 a.m. EDT (1017:56 GMT) Wednesday. Credit: Roscosmos

(...) After the Breeze M’s fifth burn, the upper stage deployed the 6,314-pound (2,864-kilogram) Eutelsat 5 West B satellite from the upper position on the rocket’s dual-payload stack. Following a reorientation maneuver, the Breeze M released the Mission Extension Vehicle at 10:12 p.m. EDT (0212 GMT Thursday) to conclude the launch phase of the mission.

The Breeze M’s guidance computer aimed to release the Eutelsat 5 West B and MEV 1 satellites into orbits ranging between around 7,500 miles (12,050 kilometers) to more than 40,000 miles (65,000 kilometers), and an inclination of 13.3 to 13.4 degrees.

The Mission Extension Vehicle launched Wednesday, manufactured by Northrop Grumman, is the first commercial satellite servicing spacecraft ever built. It will dock with an Intelsat satellite in geostationary orbit and take over propulsion, extending the client satellite’s lifetime.

The Eutelsat 5 West B satellite, also built by Northrop Grumman, will replace Eutelsat 5 West A, an aging satellite located in geostationary orbit at 5 degrees west longitude providing TV broadcast services over France, Italy, Algeria, and neighboring regions.

Eutelsat’s newest satellite has a communications payload supplied by Airbus Defense and Space. The satellite carries 35 Ku-band transponders, and the entry into service of Eutelsat 5 West B will help ensure uninterrupted service from the 5 degrees west position. (...)
https://spaceflightnow.com/2019/10/10/successful-proton-launch-deploys-eutelsat-satellite-first-mission-extension-vehicle/

https://www.nasaspaceflight.com/2019/10/proton-rocket-launch-northrop-extension-vehicle/

Eutelsat 5 West B https://space.skyrocket.de/doc_sdat/eutelsat-5-west-b.htm
MEV 1 https://space.skyrocket.de/doc_sdat/mev-1.htm

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-3C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
__________________________________________________________________________________________
17 00:00-03:00 Onenui 1 Electron/Curie PALISADE
17 ??:?? Xichang CZ-3B/G2 TJ-4
3D ??:?? Sriharikota S PSLV Cartosat-3, Nemo-AM
3D ??:?? Xichang CZ-3A Beidou-3I3Q
3D ??:?? Canaveral 40 Falcon-9 Starlink v1.0 x 60
?? ??:?? Jiuquan KZ-1A Xingyun-2 01 i Xingyun-2 02
?? ??:?? Plesieck 43/4 Sojuz-2.1a/Fregat Kosmos (Nejtron)
?? ??:?? Jiuquan KZ-1A ?

LISTOPAD 2019

02 ~13:50 Wallops 0A Antares-230 Cygnus-12
04 ??:?? Canaveral 40 Falcon-9 Starlink v1.0 x 60
0? ??:?? Sriharikota F PSLV-CA RISAT-2BR1
16 ??:?? Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos (Uragan-M)
19 ??:?? Onenui 1 Electron/Curie ANDESITE
22 ??:?? Kourou 3 Ariane-5ECA Inmarsat 5 F5, ?
29 ??:?? Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
?? ??:?? Mojave 12/30 B-747/LauncherOne MiniCarb, PAN A, PAN B, STP-27VP (x 8?)
?? ??:?? KSC 39A Falcon-9 Anasis II
?? ??:?? Jiuquan 43/94 CZ-2D ETRSS-1
?? ??:?? Jiuquan 43/94 CZ-2D Gaofen-7
?? ??:?? Onenui 1 Electron/Curie MCNAIR
?? ??:?? Onenui 1 Electron/Curie ATL-1, Discovery, FossaSat-1, NOOR-1A,
NOOR-1B, SMOG-P, TRSI Sat

GRUDZIEŃ 2019

01 ??:?? Bajkonur 31/6 Sojuz-2.1a Progress MS-13
04 ??:?? KSC 39A Falcon-9 Dragon-19
17 ~12:45 Canaveral 41 Atlas-5/422 Starliner Boe-OFT
?? ??:?? Taiyuan 16 CZ-6 Satellogic x 16

Ciekawostka, apropos Eutelsat 5 West B. Satelita ma pod "maska" niezle silniki:
IHI BT-4, 4 × XR-5 Hall Current Thrusters (takie jakie na X-37)
Zrodlo: https://space.skyrocket.de/doc_sdat/eutelsat-5-west-b.htm
Mozna zalozyc ze w sumie daja okolo 1N sily ciagu, dla porownania Hayabsuha2 - 28 mN (sic!)
Ten satelita naprawde potrafi w znaczacy sposob zmienic swoja orbite, nie tylko w obrebie GEO.
Z powazaniem
Adam Przybyla

ICON w końcu na orbicie
11.10. o 00:31 z pasa 13/31 na Cape Canaveral wystartował samolot L-1011 "Stargazer". Podwieszona pod nim rakieta
Pegasus-XL została zrzucona o 01:59:00, a o 01:59:05 nastąpił zapłon silnika jej pierwszego stopnia. Rakieta wyniosła
w T+8' 20" na orbitę o parametrach: hp=569 km, ha=569 km, i=26,99° satelitę naukowego ICON (Ionospheric Connection
Explorer).
http://lk.astronautilus.pl/n191001.htm#04

http://www.youtube.com/watch?v=euCA45ZaFik
https://www.youtube.com/watch?v=euCA45ZaFik

Pegasus launches ICON space science mission
by Jeff Foust — October 11, 2019

(https://spacenews.com/wp-content/uploads/2019/10/pegasus-icon-1.jpg)
A Northrop Grumman Pegasus XL rocket, attached to its L-1011 aircraft, prior to the launch of the ICON satellite Oct. 10. Credit: Northrop Grumman

LAS CRUCES, N.M. — A long-delayed NASA space science satellite finally reached orbit Oct. 10 on a Pegasus rocket, a launch vehicle with an uncertain future.

The Pegasus XL rocket was released from its L-1011 carrier aircraft at 9:59 p.m. Eastern off the Florida coast and ignited its motors to ascend to orbit. Its payload, the Ionospheric Connection Explorer, or ICON, was released from the upper stage in low Earth orbit about 11 minutes after ignition.

NASA scheduled the launch for 9:30 p.m. Eastern but a communications glitch shortly before the planned release led to a half-hour delay. NASA scrubbed a launch attempt Oct. 9 hours before the plane’s takeoff from Cape Canaveral because of poor weather in the area.

Those delays, though, pale in comparison to issues with the Pegasus rocket that delayed its launch by about two years. That included a case where the rocket’s rudder position indicator became active, but only while the rocket was attached to the aircraft at cruise altitudes.

“We saw some things on our previous launch attempt that none of us were comfortable with, and we decided to stand down and go address those,” said Phil Joyce, vice president of space launch programs at Northrop Grumman Innovation Systems, at a pre-launch briefing Oct. 8. That previous launch attempt, also based out of Cape Canaveral, was in November 2018.

Joyce described the issue with the rocket as “one of the most challenging that I’ve seen.” He said the rudder on the rocket’s first stage showed “noise spikes” in its position indicator, only at altitude. “We didn’t understand those, but they were significant enough that we were concerned if, we launched with that condition present, that those noise spikes could couple into our control system and cause a bad day.”

He said that the problem could be linked to “several causal factors” that the company addressed by modifying electronics in the rocket as well as making a feedback circuit more robust to the environmental conditions of flight. That was tested on several captive carry flights, including a ferry flight from Vandenberg Air Force Base in California to Cape Canaveral, giving Northrop and NASA confidence they had resolved the problem.

The ICON launch was the 44th Pegasus mission in the rocket’s nearly three-decade history, but also only the fourth launch in the last 10 years. Despite the growing interest in small satellites, for which Pegasus was designed to launch, the vehicle has only been used in recent years for a handful of NASA science missions.

Even that limited business is now in jeopardy. In July, NASA awarded a contract to SpaceX for the Falcon 9 launch of the Imaging X-Ray Polarimetry Explorer (IXPE) astronomy mission, a smallsat that had been designed to be compatible with the Pegasus XL rocket. The value of the Falcon 9 IXPE contract was $50.2 million, less than the $56.4 million value of the 2014 contract NASA awarded for the ICON launch on a Pegasus XL, even though the Falcon 9 is a far larger vehicle.

At the pre-launch briefing, Joyce acknowledged that the company has no future missions on the Pegasus XL manifest. He did note there are two Pegasus rockets at Vandenberg “in a pretty advanced state of integration” that are available. “We’re talking to several potential customers for those,” he said.

Those two rockets, industry sources say, were being built for Stratolaunch, the venture backed by the late Paul Allen that planned to launch Pegasus rockets from the giant aircraft it developed. That plane flew a single test flight in April, but the lack of activity since has fueled speculation that the company may be winding down.

The 288-kilogram ICON satellite will study the interaction between space weather and terrestrial weather in the ionosphere that could improve modeling of space weather activity. “It’s this region where these two weather systems, space weather and terrestrial weather, are mixing together,” said Nicola Fox, director of NASA’s heliophysics division, at the Oct. 8 briefing. “It’s really, really important for us to go understand that.”

Despite the delays, Fox said that the mission remained with its cost cap of $252 million. NASA didn’t make major changes to ICON during the extended launch delay, but she said the mission should benefit from data from other, complementary missions collected during this time. “If anything,” she said, “we’re a little more excited about ICON is going to bring to us.”
https://spacenews.com/pegasus-launches-icon-space-science-mission/

Timeline for Pegasus XL’s launch with NASA’s ICON satellite
October 9, 2019 Stephen Clark

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2018/11/peg_icon_timeline.jpg)
https://spaceflightnow.com/2019/10/09/timeline-for-pegasus-xls-launch-with-nasas-icon-satellite/

Pegasus rocket ready for airborne launch with NASA scientific satellite
October 8, 2019 Stephen Clark

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2019/10/48838763123_1c94c8451a_k.jpg)
A Northrop Grumman Pegasus XL rocket is mounted underneath an L-1011 carrier jet, which will fire the launcher into orbit as soon as Wednesday night off Florida’s east coast. Credit: NASA/ Ben Smegelsky

(...) Two launch campaigns last year were cut short by erroneous data signatures that showed movement on the Pegasus rocket’s rudder, one of three aerodynamic control surfaces on the solid-fueled rocket’s winged first stage.

“It was the rudder actuator (where) we were seeing some anomalous position feedback readings, basically noise spikes in the feedback line,” said Phil Joyce, vice president of space launch programs at Northrop Grumman. We didn’t understand those, but they were significant enough that we were concerned that, if we launched with that condition present, those noise spikes could couple into our control system and cause a bad day.”

Engineers from Northrop Grumman and NASA spent 11 months analyzing the problem, testing hardware, developing corrective actions, and then preparing the Pegasus XL rocket and the ICON satellite for another try at launching. (...)
https://spaceflightnow.com/2019/10/08/pegasus-rocket-ready-for-airborne-launch-with-nasa-scientific-satellite/

NASA satellite to study ionosphere launches after two-year delay
October 11, 2019 Stephen Clark

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2019/10/EGih0sTXYAMy2Sx-2.jpeg)
Artist’s illustration of the Ionospheric Connection Explorer satellite. Credit: NASA

(...) ICON will begin regular scientific observations in late November with a suite of four instruments.

“ICON has an important job to do – to help us understand the dynamic space environment near our home,” said Nicky Fox, director for heliophysics at NASA Headquarters in Washington. “ICON will be the first mission to simultaneously track what’s happening in Earth’s upper atmosphere and in space to see how the two interact, causing the kind of changes that can disrupt our communications systems.”

The launch of NASA’s ICON satellite was the 44th satellite delivery mission for the Pegasus rocket since its debut in 1990. Originally developed by Orbital Sciences Corp., now part of Northrop Grumman, the Pegasus rocket has accomplished 30 consecutive successful satellite launches with Thursday night’s mission.

But the future of the Pegasus rocket, once a workhorse for NASA’s small satellite programs, is unclear after the long-delayed ICON launch.

There are no more missions on the Pegasus rocket’s manifest, and a recent NASA launch contract that was expected to likely be awarded to Northrop Grumman for a Pegasus flight went to SpaceX instead.

The Pegasus is not competitive in the commercial launch market because of its high price, but Northrop Grumman, and its predecessor Orbital Sciences, found a niche market for the Pegasus in recent years to loft NASA satellites that needed dedicated launches into unique, mission-specific orbits.

Northrop Grumman has hardware in inventory for two more Pegasus XL rockets. Those vehicles were purchased by Stratolaunch, a company founded by the late Microsoft co-founder Paul Allen, to launch of its own giant rocket carrier aircraft. (...)

Like the Pegasus XL launcher, the ICON satellite was built by Northrop Grumman. It’s based on the company’s LEOStar 2 satellite bus.

The ICON mission will investigate the link between conditions in the ionosphere, which scientists long thought was primarily driven by solar activity, and weather deeper in Earth’s atmosphere.

“The ionosphere is the densest plasma in space between us and the sun, and that plasma has a number of effects on systems that we use every day,” said Thomas Immel, ICON’s principal investigator from the University of California, Berkeley.

Immel proposed the ICON mission to NASA, and the agency selected the ICON proposal for development in 2013.

The ICON mission will study “how weather in our lower atmosphere, the weather we experience from day to day, influences conditions in space,” Immel said. “This coupling of the lower atmosphere to the upper atmosphere is a new science topic for NASA.”

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2018/11/ionospherev8-02.png)
NASA’s ICON mission will orbit above the upper atmosphere, through the bottom edge of near-Earth space. Here it will be able to observe how interactions between terrestrial weather and a layer of charged particles called the ionosphere creates changes in the space environment — including bright swaths of color in the atmosphere called airglow.
Credits: NASA’s Goddard Space Flight Center/ICON

Previous satellite missions detected the unexpected coupling between plasma waves and winds in the ionosphere and terrestrial weather systems.

“What we discovered, using data from a NASA mission called IMAGE, was that this region of the upper atmosphere and ionosphere was actually responding to effects related to weather systems near Earth’s surface,” said Scott England, ICON project scientist based at Virginia Tech. “This was really unexpected at the time, to see a connection. Where the charged particles were, how many there were, how dense the gas was — they were responding to weather patterns near the surface of the Earth.”

“We saw with those missions that the density in the ionosphere varied in response to changes in the rainy seasons in the tropics,” Immel said. “The new mission of ICON is to focus on that topic, and we’re carrying the instruments to invesitgate that region.

“We think focusing on that will give us a real key to understanding and making better predictions for space weather,” he said.

ICON carries four types of instruments developed at the University of California, Berkeley, the Naval Research Laboratory, and the University of Texas at Dallas.

Another NASA mission named GOLD — short for Global-scale Observations of the Limb and Disk — has objectives that intersect with ICON’s planned observations.

GOLD is mounted on a geostationary satellite more than 22,000 miles (nearly 36,000 kilometers) over the equator, providing wide-area views of the airglow in the ionosphere.

“ICON is going to come along and provide those in situ measurements, flying right through some of those plasma bubbles that we’ve been imaging with GOLD for a year now,” Fox said.

If ICON had launched on its original schedule, it would have been in space before GOLD.

“There has been a two-year delay,” Fox said. “We have learned a little bit more science. We now have a year’s worth of GOLD images, so I think, if anything, we’re even more excited about what ICON is going to bring to us.”
https://spaceflightnow.com/2019/10/11/nasa-satellite-to-study-ionosphere-launches-after-two-year-delay/

Rockets purchased by Stratolaunch back under Northrop Grumman control
October 10, 2019 Stephen Clark

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2019/10/31489020508_4f08238aa7_k-1.jpg)
File photo of a Pegasus XL rocket inside the Building 1555 processing facility at Vandenberg Air Force Base, California. Credit: NASA/Randy Beaudoin

(...) The airborne launch of NASA’s Ionospheric Connection Explorer, or ICON, scientific satellite Thursday night off Florida’s east coast is the final scheduled flight of a Pegasus XL rocket. Variants of the solid-fueled Pegasus rocket have flown on 43 satellite delivery missions since 1990.

“We actually purchased those back (from Stratolaunch),” Joyce said in an interview with Spaceflight Now. “So they’re in a very advanced state of integration, which means they’re available for a very rapid response launch. We could launch one of those in six months, the second one probably in eight (months).

“We’ve been talking with NASA and several other customers about potential use of those for the near-term,” Joyce said. “There are some interesting opportunities.”

Orders of Pegasus rockets have tailed off over the last few years as new, lower-cost launch options become available to NASA, the sole Pegasus customer since 2008. Northrop Grumman’s rocket division, then known as Orbital Sciences, won a $56.3 million contract to launch the ICON mission in 2014. The launch has been delayed more than two years due to technical problems with the Pegasus rocket.

The Pegasus rocket is carried aloft by a modified L-1011 aircraft — the last of its kind still operational — to an altitude of 39,000 feet (11,900 meters), then released to fire into orbit.

The handover of the Pegasus rockets back to Northrop Grumman is another sign of a turbulent year at Statolaunch since Allen’s death last October. Stratolaunch is part of Vulcan Inc., a holding company established by Allen, a Microsoft co-founder.
https://spaceflightnow.com/2019/10/10/rockets-purchased-by-stratolaunch-back-under-northrop-grumman-control/

https://www.nasaspaceflight.com/2019/10/nasas-icon-launch-ngis-pegasus-xl-rocket/
https://news.northropgrumman.com/news/releases/northrop-grumman-successfully-launches-nasa-icon-satellite-on-pegasus-rocket

https://space.skyrocket.de/doc_sdat/explorer_icon.htm

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-3C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
17 01:22 Onenui 1 Electron/Curie Palisade Demo-1
17 15:21:04 Xichang CZ-3B/G2 TJ-4
__________________________________________________________________________________________
3D ??:?? Canaveral 40 Falcon-9 Starlink v1.0 x 60
?? ??:?? Jiuquan KZ-1A Jilin-1 Gaofen-02A
?? ??:?? Plesieck 43/4 Sojuz-2.1a/Fregat Kosmos (Nejtron)
?? ??:?? Jiuquan KZ-1A ?

LISTOPAD 2019

02 13:59 Wallops 0A Antares-230 Cygnus-12
04 ??:?? Canaveral 40 Falcon-9 Starlink v1.0 x 60
16 ??:?? Sriharikota S PSLV Cartosat-3, ? v 12
19 ??:?? Bajkonur 31/6 Sojuz-2.16/Fregat-M OneWeb x 34
19 ??:?? Onenui 1 Electron/Curie ANDESITE
22 ??:?? Kourou 3 Ariane-5ECA Inmarsat 5 F5, ?
29 ??:?? Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
?? ??:?? Sriharikota F PSLV-CA RISAT-2BR1
?? ??:?? Xichang CZ-3A Beidou-3I3Q
?? ??:?? Mojave 12/30 B-747/LauncherOne MiniCarb, PAN A, PAN B, STP-27VP (x 8?)
?? ??:?? KSC 39A Falcon-9 Anasis II
?? ??:?? Jiuquan 43/94 CZ-2D ETRSS-1
?? ??:?? Jiuquan 43/94 CZ-2D Gaofen-7
?? ??:?? Onenui 1 Electron/Curie MCNAIR
?? ??:?? Onenui 1 Electron/Curie ATL-1, Discovery, FossaSat-1, NOOR-1A,
NOOR-1B, SMOG-P, TRSI Sat

GRUDZIEŃ 2019

01 ??:?? Bajkonur 31/6 Sojuz-2.1a Progress MS-13
02 ??:?? Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos (Uragan-M)
04 ??:?? KSC 39A Falcon-9 Dragon-19
17 ~12:45 Canaveral 41 Atlas-5/422 Starliner Boe-OFT
?? ??:?? Taiyuan 16 CZ-6 Satellogic x 16

Kolejny start Electrona
17.10. o 01:22 z Onenui Station wystrzelona została RN Electron/Curie, która wyniosła w T+1h 10' 36" na orbitę
o parametrach: hp=1162 km, ha=1223 km, i=87,82º satelitę Palisade Demo-1.
http://lk.astronautilus.pl/n191016.htm#01

http://www.youtube.com/watch?v=hxXOet5tAGU
https://www.youtube.com/watch?v=hxXOet5tAGU

http://www.youtube.com/watch?v=wJg20I0o50U
https://www.youtube.com/watch?v=wJg20I0o50U

Rakieta Electron wynosi Palisade Demo-1
BY KRZYSZTOF KANAWKA ON 20 PAŹDZIERNIKA 2019

(https://kosmonauta.net/wp-content/uploads/2019/10/2019_10_17_electron-001.jpg)
Ujęcie z lotu rakiety Electron - 17.10.2019 / Credits - RocketLab

Siedemnastego października nastąpił udany lot rakiety Electron. Na pokładzie znalazł się satelita o nazwie Palisade Demo-1.

Start rakiety Electron nastąpił 17 października o godzinie 03:22 CEST. Start odbył się z wyrzutni Onenui 1 na Nowej Zelandii.

Na pokładzie rakiety znalazł się jeden satelita – Palisade Demo-1. Ten satelita należy do amerykańskiej firmy Astro Digital, aktywnej na rynku obserwacji Ziemi. Satelita jest demonstratorem technologii i jest formatu CubeSat 16U. Satelita został umieszczony na orbicie o wysokości około 1200 km.

Był to dziewiąty start rakiety Electron i ósmy udany. Do końca roku firma RocketLab zamierza przeprowadzić jeszcze kilka startów rakiety Electron.

(PFA)
https://kosmonauta.net/2019/10/rakieta-electron-wynosi-palisade-demo-1/

Rocket Lab launches Astro Digital satellite
by Jeff Foust — October 17, 2019

(https://spacenews.com/wp-content/uploads/2019/10/rocketlab-corvus.jpg)
A Rocket Lab Electron rocket lifts off Oct. 16 from the company's New Zealand launch site carrying a single satellite for Astro Digital. Credit: Rocket Lab webcast

WASHINGTON — A Rocket Lab Electron rocket launched a single cubesat for Astro Digital Oct. 16, placing the satellite into a much higher orbit than previous Electron launches.

The Electron lifted off from Rocket Lab’s launch site on New Zealand’s Mahia Peninsula at 9:22 p.m. Eastern, a launch delayed two days by poor weather at the launch site, and then pushed back nearly halfway into the three-hour window by gusty upper-level winds.

The single satellite on the rocket separated from the rocket’s Curie kick stage 71 minutes after liftoff, going into a polar orbit at an altitude of more than 1,000 kilometers. That altitude is more than twice as high as previous Electron launches.

Rocket Lab said the launch took advantage of upgrades to that Curie kick stage, including a switch to a bipropellant engine for higher performance. That kick stage is also the bus for its Photon smallsat service that the company announced earlier this year.

That satellite, Palisade, is a 16U cubesat built by Astro Digital that is intended to demonstrate a satellite platform known as Corvus. The California company, originally focused on developing its own satellites for Earth imaging applications, is now offering broader smallsat manufacturing and mission design services. Palisade will test satellite propulsion and “next-generation” communications systems, as well as third-party flight control software.

Rocket Lab adjusted its launch schedule to accommodate the Astro Digital spacecraft. Rocket Lab said that it launched Palisade on this mission after another, unidentified customer originally slated for this rocket requested a delay.

The company is touting that schedule flexibility, and ability to fly to specific orbits like the one Palisade was deployed in, as the benefits of dedicated launch. Rocket Lab and other small launch vehicle developers are facing new competition from larger launch vehicle providers offering enhanced rideshare services, such as SpaceX’s smallsat rideshare initiative announced in August.

“No longer do small satellite operators have to accept the limitations of flying as a secondary payload, nor do they have to wait endlessly on the manifest of unproven launch vehicles,” Peter Beck, chief executive of Rocket Lab, said in a post-launch statement. “Frequent, responsive, and reliable launch is the new norm for small satellites thanks to Electron.”

The launch was the ninth Electron mission to date and the fifth this year as Rocket Lab pushes to increase the frequency of launches. The company said its next launch, for an undisclosed customer, is scheduled for late November.

This launch was also the first under a new “launch operator” license issued by the U.S. Federal Aviation Administration, which licenses launches for American companies regardless of launch location. The five-year license, dated Oct. 9, allows Rocket Lab to carry out a series of missions without the need to obtain a separate launch license for each one, provided the launch fits within parameters outlined in the license such as launch site and azimuth.

That new license offers a “streamlined path to orbit for our customers,” the company said in an Oct. 10 statement. “Efficient licensing supports frequent launch opportunities and truly responsive space access, and we’re thrilled to be delivering this for small sats.”
https://spacenews.com/rocket-lab-launches-astro-digital-satellite/

Rocket Lab delivers on dedicated launch for Astro Digital
October 17, 2019 Stephen Clark

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2019/10/asthecrowflies.jpg)
In this view from the Electron rocket’s second stage, Rocket Lab’s Curie kick stage with the Palisade satellite is seen backdropped by the Earth around 10 minutes after liftoff. Credit: Rocket Lab

(...) The Electron rocket that launched Wednesday, known as “Flight 9,” was originally assigned to ferry a different payload into orbit, Beck said in a recent interview. Rocket Lab did not identify the satellite that was replaced by Astro Digital’s Palisade spacecraft. (...)

Rocket Lab aims to debut an upgraded Electron first stage on the company’s next mission, set for late November.

The first stage on the next Electron rocket, designated Flight 10, will feature several changes to help Rocket Lab prepare for an eventual attempt to recover the booster with a helicopter on a future flight. Rocket Lab announced in August plans to retrieve and reuse Electron first stages, primarily to achieve a planned cadence of one launch per week.

Rocket Lab determined production bottlenecks were a major factor inhibiting such a rapid launch rate. Reusing rockets could ease the burden on Rocket Lab’s factories in New Zealand and California, the company says. (...)

The next Electron launch will not carry a decelerator or a parachute. Those systems will be installed on later rockets to enable a recovery of the booster first from the ocean, then via helicopter, Beck said. (...)

The Palisade spacecraft launched Wednesday — about the size of a small suitcase — is designed for a technology demonstration mission, according to Astro Digital, a company based in Silicon Valley. It carries an on-board propulsion system, an Astro Digital-developed communications system, and software developed by Advanced Solutions Inc., a Colorado company.

“Our team built this satellite in five months, including the complex RF (communications) payload, something we are very proud of,” said Chris Biddy, co-founder and CEO of Astro Digital.

The company did not provide details on the type of communications technology it will test on the Palisade satellite, or the services the payload could provide to customers. (...)
https://spaceflightnow.com/2019/10/17/rocket-lab-delivers-on-dedicated-launch-for-astro-digital/

https://spaceflightnow.com/2019/10/15/rocket-lab-preps-for-commercial-satellite-launch/

https://www.nasaspaceflight.com/2019/10/rocket-lab-electron-flight-9-new-pad-continues/

https://space.skyrocket.de/doc_sdat/palisade.htm

Czwarty satelita szybkiej łączności
17.10. o 15:21:04,363 z Xichang wystrzelona została RN CZ-3B/G2, która wyniosła na orbitę satelitę telekomunikacyjnego
Tongxin Jishu-4 (TJSW-4).
http://lk.astronautilus.pl/n191016.htm#02

http://www.youtube.com/watch?v=PFPxxJJosQk
https://www.youtube.com/watch?v=PFPxxJJosQk

China launches new communication technology experiment satellite
Source: Xinhua| 2019-10-18 00:25:51|Editor: Wang Yamei

(http://www.xinhuanet.com/english/2019-10/18/138480279_15713622085021n.jpg)
A new communication technology experiment satellite is launched by a Long March-3B carrier rocket at the Xichang Satellite Launch Center in Xichang, southwest China's Sichuan Province, Oct. 17, 2019. The satellite will be mainly used for multi-band and high-speed communication technology experiments. (Photo by Guo Wenbin/Xinhua)

XICHANG, Oct. 17 (Xinhua) -- China sent a new communication technology experiment satellite into planned orbit from the Xichang Satellite Launch Center in southwest China's Sichuan Province late Thursday.

The satellite, launched by a Long March-3B carrier rocket at 23:21 (Beijing Time), will be mainly used for multi-band and high-speed communication technology experiments.

The satellite and the carrier rocket were respectively developed by the China Academy of Space Technology and the China Academy of Launch Vehicle Technology under the China Aerospace Science and Technology Corporation.

Thursday's launch was the 315th mission of the Long March rocket series.
http://www.xinhuanet.com/english/2019-10/18/c_138480279.htm

China launches mysterious geostationary satellite
October 18, 2019 Stephen Clark

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2019/10/lm3btjs4.jpg)
A Long March 3B rocket lifted off from the Xichang space center at 1521 GMT (11:21 a.m. EDT) Thursday. Credit: CCTV

China successfully launched a satellite toward geostationary orbit Thursday aboard a Long March 3B rocket, but the spacecraft’s purpose remained a mystery.

The TJS 4 satellite lifted off from the Xichang space center in southwestern China’s Sichuan province at 1521 GMT (11:21 a.m. EDT; 11:21 p.m. Beijing time) Thursday. A Long March 3B rocket — China’s workhorse launcher for geostationary satellites — carried the TJS 4 spacecraft into space after flying east from the hilly Xichang spaceport.

The three-stage, 184-foot-tall (55-meter) Long March 3B rocket, boosted by four strap-on engines, released the TJS 4 satellite into an elliptical transfer orbit ranging in altitude between 124 miles (200 kilometers) and 22,255 miles (35,817 kilometers), according to U.S. military tracking data.

The spacecraft was tracked in an orbit inclined 27 degrees to the equator.

The China Academy of Launch Vehicle Technology, or CALT, announced the mission was successful.

TJS 4 is likely heading for a position in geostationary orbit more than 22,000 miles (nearly 36,000 kilometers) over the equator. The satellite will use on-board propulsion to circularize its orbit in the coming weeks, and lower its orbital inclination over the equator.

Statements released by CALT, a government-owned rocket manufacturer, and Chinese state media claimed the TJS 4 satellite will test communications technologies in space.

China has launched three previous satellites in the TJS series in 2015, 2017 and 2018. The previously-launched satellites were also described by Chinese media as communications technology demonstration payloads, but independent analysts and satellite trackers believe they were likely built for military missions.

The new TJS 4 spacecraft may have an intelligence-gathering mission collecting information from radio or electronic signals. Jonathan McDowell, an astronomer at the Harvard-Smithsonian Center for Astrophysics who tracks global space activity, tweeted that he supports such a theory.

Some analysts believe the second TJS satellite may be an early warning station designed to detect missile launches.

The TJS 3 satellite launched in December 2018 released a smaller spacecraft after reaching orbit, but China has not acknowledged it, and the satellite’s purpose remains a mystery.
https://spaceflightnow.com/2019/10/18/china-launches-mysterious-geostationary-satellite/

https://www.nasaspaceflight.com/2019/10/long-march-3b-launches-tjsw-4/

https://space.skyrocket.de/doc_sdat/tjs-4.htm

To kiedy te kolejne Starlinki polecą? I czy będą widoczne przeloty?

Cytat: pogrzex w Październik 21, 2019, 14:50

To kiedy te kolejne Starlinki polecą? I czy będą widoczne przeloty?

Najdokładniejsza odpowiedź brzmi tak: w najbliższym czasie :P

GRUDZIEŃ 2019

01 11:29 Bajkonur 31/6 Sojuz-2.1a Progress MS-13
04 17:48 KSC 39A Falcon-9 Dragon-19

Cytat: astropl w Październik 17, 2019, 21:08

PAŹDZIERNIK 2019
...
?? ??:?? Jiuquan KZ-1A Jilin-1 Gaofen-02A
?? ??:?? Plesieck 43/4 Sojuz-2.1a/Fregat Kosmos (Nejtron)
?? ??:?? Jiuquan KZ-1A ?
...

Start KZ-1A z Jilin-1 GF-02A ma się odbyć 29.10 3:34-3:38 UTC
https://twitter.com/LaunchStuff/status/1188039051837882369 (https://twitter.com/LaunchStuff/status/1188039051837882369)

Wg. https://mp.weixin.qq.com/s/5oimuH0TB1sgagUGiK11nw (https://mp.weixin.qq.com/s/5oimuH0TB1sgagUGiK11nw) tym razem start ma być transmitowany.
Link do streamu:
(https://mmbiz.qpic.cn/mmbiz_png/T37W2NAo0LtZcehOhL5UFCffHOqnc7j2nEd7piaVEspwmxjFhrqKLx4ZCykskKdQrqKTjOO2wibLjaj4FwDMxTFA/640?wx_fmt=png&tp=webp&wxfrom=5&wx_lazy=1&wx_co=1) :)

(https://mmbiz.qpic.cn/mmbiz_jpg/T37W2NAo0LtZcehOhL5UFCffHOqnc7j2uliaW9ra3yWFc7w52owc4X96gibxLzGBs8mg4UnYToxrXlibBe39DJ4Tg/640?wx_fmt=jpeg&tp=webp&wxfrom=5&wx_lazy=1&wx_co=1)

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-3C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
17 01:22 Onenui 1 Electron/Curie Palisade Demo-1
17 15:21:04 Xichang CZ-3B/G2 TJ-4
__________________________________________________________________________________________

LISTOPAD 2019

0? ~03:40 Jiuquan KZ-1A Jilin-1 Gaofen-02A
02 13:59 Wallops 0A Antares-230 Cygnus-12
04 09:15 Jiuquan KZ-1A KL-Alpha A, B
05/07 ??:?? Xichang CZ-3B/G2 Beidou-IGSO-3
1? ??:?? Canaveral 40 Falcon-9 Starlink v1.0 x 60
19 ??:?? Bajkonur 31/6 Sojuz-2.16/Fregat-M OneWeb x 34
20 ??:?? Sriharikota S PSLV Cartosat-3,Meshbed, Flock x 12
22 ??:?? Kourou 3 Ariane-5ECA Inmarsat 5 F5, TIBA-2
24 ~01:00 Xichang CZ-3B/YZ-1 Beidou-3 M19, M20
29 ??:?? Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
?? ??:?? Plesieck 43/4 Sojuz-2.1a/Fregat Kosmos (Nejtron)
?? ??:?? Onenui 1 Electron/Curie ATL-1, Discovery, FossaSat-1, NOOR-1A,
NOOR-1B, SMOG-P, TRSI Sat
?? ??:?? Jiuquan 43/94 CZ-2D Gaofen-7
?? ??:?? Mojave 12/30 B-747/LauncherOne MiniCarb, PAN A, PAN B, STP-27VP (x 8?)
?? ??:?? Canaveral 40 Falcon-9 Starlink v1.0 x 60
?? ??:?? Canaveral 40 Falcon-9 Starlink v1.0 x 60

GRUDZIEŃ 2019

01 11:29 Bajkonur 31/6 Sojuz-2.1a Progress MS-13
02 ??:?? Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos (Uragan-M)
04 17:48 KSC 39A Falcon-9 Dragon-19
01-07 ??:?? Jiuquan 43/94 CZ-2D ETRSS-1
0? ??:?? Sriharikota F PSLV-CA RISAT-2BR1, iQPS SAR, Spire-2 x 4
16 00:10-01:38 KSC 39A Falcon-9 Kacific-1
17 ~12:45 Canaveral 41 Atlas-5/422 Starliner Boe-OFT
20-31 ??:?? Wenchang 101 CZ-5 Shijian-20
3D ??:?? Sriharikota S PSLV-CA RISAT-2BR2, Kleos x 4, Lemur x ?
?? ??:?? Plesieck 43/4 Sojuz-2.1w/Wołga ?
?? ??:?? Onenui 1 Electron/Curie MCNAIR

Strasznie nudny miesiąc za nami - tylko 5 startów!

Starty kosmiczne w 2019 (1)

Starty wg miesięcy:

I 6+1 (Chiny 2, SpaceX 1, ULA 1, Indie 1, Japonia 1, Iran 1)
II 4+1 ( SpaceX 1, Rosja 1+1 z Kourou, Europa 1, Iran 1)
III 7+ 1 (Chiny 2+1 , SpaceX 1, ULA 1, Rocket Lab 1, Rosja 1, Europa 1)
IV 7 (Chiny 2 , SpaceX 1, NG 1, Rosja 1+1 Kourou, Indie 1)
V 7+ 1 (Chiny 1+1 , SpaceX 2, Rocket Lab 1, Rosja 2, Indie 1)
VI 6 (Chiny 2, SpaceX 2, Rocket Lab 1, Europa 1)
VII 10+1 (Chiny 2, SpaceX 1, Rosja 6, Europa 1, Indie 1)
VIII 11+1 (wybuch na wyrzutni) (Chiny 3, SpaceX 1, ULA 2, Rocket Lab 1, Rosja 3, Europa 1, Iran 1)
IX 7 (Chiny 4, Rosja 2, Japonia 1)
X 5 (70+5+ 1) (Chiny 2, NG 1, Rocket Lab 1, Rosja 1)

W skrócie:

Chiny 20 + 2
USA 16 (SpaceX 10, ULA 4, NG 2)
Nowa Zelandia (Rocket Lab) 5
Rosja 17+2 z Kourou
Europa (bez europejskich Sojuzów) 4 + 1
Japonia 2
Indie 4
Iran 2 + 1 (wybuch na wyrzutni)

Chiny

10.01. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg127412#msg127412) CZ-3B/G2 Xichang LC2
Zhongxing-2D
21.01. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg127796#msg127796) CZ-11 Jiuquan
Jilin Lincao-1
Jilin Lincao-2
Lingque-1A
Xiaoxiang-1 03
09.03. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg129772#msg129772) CZ-3B/G2 Xichang LC3
Zhongxing-6C
27.03. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg130495#msg130495) OS-M1 Jiuquan
Lingque 1B
31.03. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg130623#msg130623) CZ-3B/G2 Xichang
Tianlian-2 01
20.04. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg131328#msg131328) CZ-3B/G2 Xichang LC3
Beidou-3 IGSO1 (4600 kg)
29.04. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg131638#msg131638) CZ-4B Taiyuan LC9
Tianhui 2-01A (TH 2-01A)
Tianhui 2-01B (TH 2-01B)
17.05. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg132211#msg132211) CZ-3C Xichang LC3
Beidou-2 G8
22.05. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg132401#msg132401) CZ-4C Taiyuan LC9
Yaogan-33
05.06. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg132849#msg132849) CZ-11 WEY barka, Morze Żółte
Jilin-1 HR 03A (42 kg)
Bufeng-1A
Bufeng-1B
Xiaoxiang-1-04
Tianqi 3
Tianxiang
Tianxiang
24.06. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg133490#msg133490) CZ-3B Xichang LC3
Beidou-3 IGSO-2 (4200 kg)
25.07. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg134700#msg134700) SQX-1 Jiuquan
CAS 7B (BP 1B, BO 102, BIT Progress-OSCAR 102) (3 kg)
Hangtian KKG Fazhang sat
(Hyperbola Stage 4 payloads)
26.07. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg134759#msg134759) CZ-2C Xichang
Yaogan-30 Group 05 01
Yaogan-30 Group 05 02
Yaogan-30 Group 05 03
17.08. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg135342#msg135342) Jielong-1 Jiuquan
Tianqi-2 (8 kg ?)
Qian Sheng 1-01 (65 kg)
Xingshidai-5 (10 kg)
19.08. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg135369#msg135369) CZ-3B/G2 Xichang LC2
Zhongxing-18
30.08. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg135767#msg135767) KZ-1A Jiuquan
KX-09
Xiaoxiang-1-07
12.09. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg136133#msg136133) CZ-4B Taiyuan LC9
Ziyuan-1 02D
Jingshi-1 (16 kg)
Jinniuzuo-1
19.09. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg136369#msg136369) CZ-11 Jiuquan 43/95
OHS-3
OHS-3A
OHS-3B
OHS-3C
OVS-3D (90 kg)
22.09. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg136452#msg136452) CZ-3B/YZ-1 Xichang LC2
Beidou-3 M23 (1014 kg ?)
Beidou-3 M24 (1014 kg ?)
25.09. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg136507#msg136507) CZ-2D Jiuquan LC43/94
Yunhai-1-02
04.10. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg136957#msg136957) CZ-4C Taiyuan LC9
Gaofen-10[R]
17.10. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg137330#msg137330) CZ-3B/G2 Xichang LC3
TJSW-4

USA

SpaceX

11.01. (http://www.forum.kosmonauta.net/index.php?topic=3356.msg127416#msg127416) Falcon-9R Vandenberg SLC-4E
Iridium-NEXT 66 (860 kg)
Iridium-NEXT 67 (860 kg)
Iridium-NEXT 68 (860 kg)
Iridium-NEXT 69 (860 kg)
Iridium-NEXT 70 (860 kg)
Iridium-NEXT 71 (860 kg)
Iridium-NEXT 72 (860 kg)
Iridium-NEXT 73 (860 kg)
Iridium-NEXT 74 (860 kg)
Iridium-NEXT 75 (860 kg)
22.02. (http://www.forum.kosmonauta.net/index.php?topic=3457.msg128856;topicseen#msg128856) Falcon-9R Canaveral SLC-40
PSN-6 (4735 kg)
Beresheet (582 kg)
S5 (60 kg)
02.03. (http://www.forum.kosmonauta.net/index.php?topic=3370.msg129232#msg129232) Falcon-9R KSC LC-39A
Dragon 2 DM-1 (12055 kg)
11.04. (http://www.forum.kosmonauta.net/index.php?topic=3161.msg131046#msg131046) Falcon Heavy KSC LC-39A
Arabsat-6A (6465 kg; 3520 kg (bez paliwa)
04.05. (http://www.forum.kosmonauta.net/index.php?topic=3486.msg131892#msg131892) Falcon-9R Canaveral SLC-40
Dragon SpX-17
Red-Eye↑ (~100 kg)
OCO 3⇑
STP-H6⇑
24.05. (http://www.forum.kosmonauta.net/index.php?topic=3633.msg132459#msg132459) Falcon-9R Canaveral SLC-40
Starlink 1 (227 kg)
Starlink 2 (227 kg)
Starlink 3 (227 kg)
Starlink 4 (227 kg)
Starlink 5 (227 kg)
Starlink 6 (227 kg)
Starlink 7 (227 kg)
Starlink 8 (227 kg)
Starlink 9 (227 kg)
Starlink 10 (227 kg)
Starlink 11 (227 kg)
Starlink 12 (227 kg)
Starlink 13 (227 kg)
Starlink 14 (227 kg)
Starlink 15 (227 kg)
Starlink 16 (227 kg)
Starlink 17 (227 kg)
Starlink 18 (227 kg)
Starlink 19 (227 kg)
Starlink 20 (227 kg)
Starlink 21 (227 kg)
Starlink 22 (227 kg)
Starlink 23 (227 kg)
Starlink 24 (227 kg)
Starlink 25 (227 kg)
Starlink 26 (227 kg)
Starlink 27 (227 kg)
Starlink 28 (227 kg)
Starlink 29 (227 kg)
Starlink 30 (227 kg)
Starlink 31 (227 kg)
Starlink 32 (227 kg)
Starlink 33 (227 kg)
Starlink 34 (227 kg)
Starlink 35 (227 kg)
Starlink 36 (227 kg)
Starlink 37 (227 kg)
Starlink 38 (227 kg)
Starlink 39 (227 kg)
Starlink 40 (227 kg)
Starlink 41 (227 kg)
Starlink 42 (227 kg)
Starlink 43 (227 kg)
Starlink 44 (227 kg)
Starlink 45 (227 kg)
Starlink 46 (227 kg)
Starlink 47 (227 kg)
Starlink 48 (227 kg)
Starlink 49 (227 kg)
Starlink 50 (227 kg)
Starlink 51 (227 kg)
Starlink 52 (227 kg)
Starlink 53 (227 kg)
Starlink 54 (227 kg)
Starlink 55 (227 kg)
Starlink 56 (227 kg)
Starlink 57 (227 kg)
Starlink 58 (227 kg)
Starlink 59 (227 kg)
Starlink 60 (227 kg)
12.06. (http://www.forum.kosmonauta.net/index.php?topic=3672.msg133059#msg133059) Falcon-9R Vandenberg SLC-4E
Radarsat-C1 (1430 kg)
Radarsat-C2 (1430 kg)
Radarsat-C3 (1430 kg)
25.06. (http://www.forum.kosmonauta.net/index.php?topic=3596.msg133491#msg133491) Falcon Heavy KSC LC-39A
DSX (~600 kg)
FORMOSAT 7A (278 kg)
FORMOSAT 7B (278 kg)
FORMOSAT 7C (278 kg)
FORMOSAT 7D (278 kg)
FORMOSAT 7E (278 kg)
FORMOSAT 7F (278 kg)
GPIM (~ 180 kg)
OTB 1 (138 kg)
NPSat 1 (86 kg)
Oculus-ASR (70 kg)
Prox 1 (71 kg)
LightSail B (5 kg)
E-TBEx A (4 kg)
E-TBEx B (4 kg)
PSat 2 (2 kg)
TEPCE 1 (1.5 kg)
TEPCE 2 (1.5 kg)
BRICSat 2 (1 kg)
FalconSat 7 (5 kg
ARMADILLO (4 kg)
CP 9 (LEO) (2 kg)
StangSat (1 kg)
Prometheus-2 5 ? (2 kg)
25.07. (http://www.forum.kosmonauta.net/index.php?topic=3679.msg134758;topicseen#msg134758) Falcon-9R Canaveral SLC-40
Dragon CRS-18 (SpX 18, Dragon C108-F3)
IDA 3 ⇑ (526 kg)
RFTSat 1 ↑
MakerSat 1 ↑ (1 kg)
NARSScube 2 ↑ (1 kg)
? ↑
06.08. (http://www.forum.kosmonauta.net/index.php?topic=3701.msg135095#msg135095) Falcon-9 Canaveral SLC-40
Amos-17 (6500 kg)

ULA

19.01. (http://www.forum.kosmonauta.net/index.php?topic=3418.msg127703#msg127703) Delta-4H Vandenberg SLC-6
USA-290 (13500 kg - 17000 kg)
16.03. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg130091#msg130091) Delta-4M+(5,4) Canaveral SLC-37B
WGS-10 (5987 kg)
08.08. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg135138#msg135138) Atlas-5/551 Canaveral SLC-41
AEHF-5 (USA-292) (6168 kg)
TDO
22.08. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg135471#msg135471) Delta-4M+(4,2) Canaveral SLC-37B
GPS III SV02 (4400 kg (#1))

Northrop Grumman

17.04. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg131234#msg131234) Antares-230 Wallops LP-0A
Cygnus NG-11 (SS Roger Chaffee)
VCC A (1 kg) ↑
VCC B (1 kg) ↑
VCC C (1 kg) ↑
Bird JPN (1 kg) ↑
Bird LKA (1 kg) ↑
Bird NPL (1 kg) ↑
IOD-GEMS (4 kg) ↑
SpooQy 1 ↑
EntrySat (4 kg) ↑
Światowid (2 kg) ↑
KrakSat (1 kg) ↑
AeroCube 10A
AeroCube 10B
SASSI2 (4 kg)
Seeker
ThinSat 1A (1.95 kg)
ThinSat 1B (1.09 kg)
ThinSat 1C (2.11 kg)
ThinSat 1D (2.20 kg)
ThinSat 1E (2.16 kg)
ThinSat 1F (2.11 kg)
ThinSat 1G (1.10 kg)
ThinSat 1H (2.11 kg)
ThinSat 1I (2.15 kg)
ThinSat 1J (2.20 kg)
ThinSat 1K (1.10 kg)
ThinSat 1L (2.14 kg)
11.10. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg137098#msg137098) L-1011/Pegasus-XL Canaveral 13/31
ICON (288 kg)

Nowa Zelandia
Rocket Lab (amerykańska spółka z nowozelandzką spółką zależną)

28.03. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg130533#msg130533) Electron/Curie Onenui LC1
R3D2 (150 kg)
05.05. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg131893#msg131893) Electron/Curie Onenui LC1
SPARC-1
Falcon ODE (1 kg)
Harbinger (150 kg)
29.06. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg133595;topicseen#msg133595) Electron Onenui LC-1
BlackSky Global 3 (56 kg)
Prometheus 2.6 ? (2 kg)
Prometheus 2.7 ? (2 kg)
ACRUX 1 (1 kg)
SpaceBEE 8 (0.4 kg)
SpaceBEE 9 (0.7 kg)
?
19.08. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg135370#msg135370) Electron/Curie Onenui LC1
BlackSky Global 4 (56 kg)
BRO 1 (6 kg)
AFSPC 1
AFSPC 2
17.10. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg137329#msg137329) Electron Onenui LC1
Palisade Demo-1

Starty kosmiczne w 2019 (2)

Rosja

21.02. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg128841#msg128841) Sojuz-2.1b/Fregat-M Bajkonur 31/PU-6
EgyptSat-A (~1000 kg)
14.03. (http://www.forum.kosmonauta.net/index.php?topic=3536.msg129934#msg129934) Sojuz-FG Bajkonur 1/PU-5
Sojuz MS-12
04.04. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg130750#msg130750) Sojuz-2.1a Bajkonur 31/PU-6
Progress MS-11
27.05. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg132564#msg132564) Sojuz-2.1b/Fregat-M Plesieck 43/PU-4
Kosmos 2534 (1415 kg)
30.05. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg132689#msg132689) Proton-M/Briz-M Bajkonur 200/PU-39
Jamał-601 (5700 kg)
05.07. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg133894#msg133894[/url) Sojuz-2.1b/Fregat Wostocznyj 1S
Meteor-M 2-2 (2750 kg)
ICEYE X4
ICEYE X5
CarboNIX (~30 kg)
DoT 1 (20 kg)
El Camino Real (Momentus X1)
NSLSat 1
AmGU 1 (AmurSat)
Lemur-2 100 (Lemur-2 Wanli) (4 kg)
Lemur-2 101 (Lemur-2 LillyJo) (4 kg)
Lemur-2 102 (Lemur-2 DustInTheWind) (4 kg)
Lemur-2 103 (Lemur-2 EJatta) (4 kg)
Lemur-2 104 (Lemur-2 Morag) (4 kg)
Lemur-2 105 (Lemur-2 GregRobinson) (4 kg)
Lemur-2 106 (Lemur-2 Yndrd) (4 kg)
Lemur-2 107 (Lemur-2 Alex-Maddy) (4 kg)
EXOCONNECT (D-Star One EXOCONNECT) (4 kg)
JAISAT 1
LightSat (D-Star One LightSat) (4 kg)
SEAM 2.0 (4 kg)
Sokrat
SONATE
UTE-Ecuador
VDNH-80 (VDNKh-80)
Lucky-7 (1 kg)
MOVE 2b (1 kg)
MTCube (ROBUSTA 1C) (1 kg)
TTÜ101 (TTÜSat, MektorySAT 1, Koit) (1 kg)
BeeSat 9 (1 kg)
BeeSat 10 (1 kg)
BeeSat 11 (1 kg)
BeeSat 12 (1 kg)
BeeSat 13 (1 kg)
10.07. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg134090#msg134090) Sojuz-2.1w/Wołga Plesieck 43/PU-4
Kosmos 2535
Kosmos 2536
Kosmos 2537
Kosmos 2538
13.07. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg134224#msg134224) Proton-M/DM-03 Bajkonur 81/PU-24
Spektr-RG (2647 kg - przy starcie, 2267 kg bez paliwa)
20.07. (http://www.forum.kosmonauta.net/index.php?topic=3691.msg134460#msg134460) Sojuz-FG Bajkonur1/PU-5
Sojuz MS-13
30.07. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg134854#msg134854) Soyuz-2-1a Fregat-M Plesieck 43/PU-4
Meridian 8 (~2100 kg)
31.07. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg134862#msg134862) Sojuz-2.1a Bajkonur 31/PU-6
Progress MS-12
05.08. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg135078#msg135078) Proton-M/Briz-M Bajkonur 81/PU-24
Kosmos 2539 (Blagovest 14L)
22.08. (https://www.forum.kosmonauta.net/index.php?topic=3766.msg135468#msg135468) Sojuz-2.1a Bajkonur 31/PU-6
Sojuz MS-14
30.08. (http://30.08.) Rokot/Briz-KM Plesieck 133/PU-3
Kosmos 2540 (~1400 kg)
25.09. (https://www.forum.kosmonauta.net/index.php?topic=3767.msg136530#msg136530) Sojuz-FG Bajkonur 1/PU-5
Sojuz MS-15
26.09. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg136586#msg136586) Sojuz-2.1b/Fregat Plesieck 43/PU-4
Kosmos 2541 (Tundra)
09.10. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg137039#msg137039) Proton-M/Briz-M Bajkonur 200/PU-39
Eutelsat 5 West B (~3000 kg)
MEV-1 (2326 kg)

Rosja (Arianespace)

27.02. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg129075#msg129075) Sojuz-ST-B/Fregat-M Kourou ELS
OneWeb 0006 (145 kg)
OneWeb 0007 (145 kg)
OneWeb 0008 (145 kg)
OneWeb 0009 (145 kg)
OneWeb 0010 (145 kg)
OneWeb 0011 (145 kg)
OneWeb Mass Models (4) przymocowane do dozownika i górnego stopnia Fregat-M jako balast
04.04. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg130750#msg130750) Sojuz-STB/Fregat-MT Kourou ELS 700 kg
O3b (FM-17) (700 kg)
O3b (FM-18) (700 kg)
O3b (FM-19) (700 kg)
O3b (FM-20) (700 kg)

Europa

05.02. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg128344#msg128344) Ariane-5ECA Kourou ELA-3
HS4-SGS1 (6495 kg; 3950 kg (bez paliwa) )
GSat-31 (2536 kg)
22.03. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg130312#msg130312) Vega Kourou ZLV
PRISMA (879 kg)
20.06. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg133336#msg133336) Ariane-5ECA Kourou ELA-3
AT&T T-16 (6350 kg)
Eutelsat 7C (3400 kg)
11.07. (http://www.forum.kosmonauta.net/index.php?topic=3724.msg134091#msg134091) Vega Kourou ZLV
Falcon Eye 1 (1197 kg)
06.08. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg135094#msg135094) Ariane-5ECA Kourou ELA-3
Intelsat 39 (6600 kg)
EDRS-C (3186 kg)

Japonia

18.01. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg127652#msg127652) Epsilon Kagoshima LP-M
RAPIS-1 (~200 kg)
RISESAT (~50 kg)
ALE-1 (~68 kg)
MicroDragon (50 kg)
OrigamiSat-1 (4 kg)
Aoba (2 kg)
NEXUS (1 kg)
24.09. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg136453#msg136453) H2-B Tanegashima Y/LP-2
HTV-8 (Kounotori-8)

Indie

24.01. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg127973#msg127973) PSLV-DL Sriharikota FLP
Microsat-R (740 kg)
Kalamsat v2 (?, 1.26 kg (payload only))
01.04. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg130645#msg130645) PSLV-QL Sriharikota SLP
EMISAT (436 kg)
Flock-4a 1 (Dove 2218) (5 kg)
Flock-4a 2 (Dove 2201) (5 kg)
Flock-4a 3 (Dove 2206) (5 kg)
Flock-4a 4 (Dove 2220) (5 kg)
Flock-4a 5 (Dove 2227) (5 kg)
Flock-4a 6 (Dove 220B) (5 kg)
Flock-4a 7 (Dove 222D) (5 kg)
Flock-4a 8 (Dove 2213) (5 kg)
Flock-4a 9 (Dove 2224) (5 kg)
Flock-4a 10 (Dove 2205) (5 kg)
Flock-4a 11 (Dove 2223) (5 kg)
Flock-4a 12 (Dove 2209) (5 kg)
Flock-4a 13 (Dove 220C) (5 kg)
Flock-4a 14 (Dove 222C) (5 kg)
Flock-4a 15 (Dove 2207) (5 kg)
Flock-4a 16 (Dove 222B) (5 kg)
Flock-4a 17 (Dove 2212) (5 kg)
Flock-4a 18 (Dove 2215) (5 kg)
Flock-4a 19 (Dove 2235) (5 kg)
Flock-4a 20 (Dove 2232) (5 kg)
Lemur-2 96 (4 kg)
Lemur-2 97 (4 kg)
Lemur-2 98 (4 kg)
Lemur-2 99 (4 kg)
BlueWalker 1 (BW 1)
M6P
Astrocast 0.2 (4 kg)
AISTECHSAT 3 (Danu Pathfinder)
AIS/APRS/ARIS
22.05. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg132399#msg132399) PSLV-CA Sriharikota FLP
RISAT-2B (615 kg)
22.07. (http://www.forum.kosmonauta.net/index.php?topic=331.msg134576#msg134576) GSLV Mk 3 Sriharikota SLP
Chandrayaan-2

Iran

15.01. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg127569#msg127569) Simorgh Semnan LC-2
Payam-e Amirkabir (90 kg)
05.02. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg128440#msg128440) Safir-1B Semnan LC-1
Dousti 1 (52 kg)
29.08. (https://www.forum.kosmonauta.net/index.php?topic=3784.msg135762#msg135762) Safir-1B Semnan LC-1
Nahid-1 (50 kg) (wybuch na wyrzutni)

http://lk.astronautilus.pl/starty19.htm
http://space.skyrocket.de/doc_chr/lau2019.htm

2017 (http://www.forum.kosmonauta.net/index.php?topic=2968.msg113233#msg113233)
2018 (http://www.forum.kosmonauta.net/index.php?topic=3294.msg126624#msg126624)

Objaśnienia:
↑ - satelita umieszczony na orbicie z pokładu ISS lub rozmieszczony z innego statku
⇑- ładunek zainstalowany na zewnątrz ISS

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-3C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
17 01:22 Onenui 1 Electron/Curie Palisade Demo-1
17 15:21:04 Xichang CZ-3B/G2 TJ-4

LISTOPAD 2019

02 13:59:46 Wallops 0A Antares-230 Cygnus-12
03 03:22:39 Taiyuan 9 CZ-4B Gaofen-7, Jingzhi 1, Jifeng,
Sudan Scientific Experimental Satellite 1
__________________________________________________________________________________________
04 09:15 Jiuquan KZ-1A KL-Alpha A, B
05/07 ??:?? Xichang CZ-3B/G2 Beidou-IGSO-3
0? ~03:40 Jiuquan KZ-1A Jilin-1 Gaofen-02A
11 ~15:00 Canaveral 40 Falcon-9 Starlink v1.0 x 60
19 ??:?? Bajkonur 31/6 Sojuz-2.1b/Fregat-M OneWeb x 34
20 ??:?? Sriharikota S PSLV Cartosat-3,Meshbed, Flock x 12
22 21:08 Kourou 3 Ariane-5ECA Inmarsat 5 F5, TIBA-2
24 ~01:00 Xichang CZ-3B/YZ-1 Beidou-3 M19, M20
?? ??:?? Plesieck 43/4 Sojuz-2.1a/Fregat Kosmos (Nejtron)
?? ??:?? Onenui 1 Electron/Curie ATL-1, Discovery, FossaSat-1, NOOR-1A,
NOOR-1B, SMOG-P, TRSI Sat
?? ??:?? Mojave 12/30 B-747/LauncherOne MiniCarb, PAN A, PAN B, STP-27VP (x 8?)
?? ??:?? Canaveral 40 Falcon-9 Starlink v1.0 x 60
?? ??:?? Canaveral 40 Falcon-9 Starlink v1.0 x 60

GRUDZIEŃ 2019

01 11:29 Bajkonur 31/6 Sojuz-2.1a Progress MS-13
02 ??:?? Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos (Uragan-M)
04 17:48 KSC 39A Falcon-9 Dragon-19
01-07 ??:?? Jiuquan 43/94 CZ-2D ETRSS-1
0? ??:?? Sriharikota F PSLV-CA RISAT-2BR1, iQPS SAR, Spire-2 x 4
16 00:10-01:38 KSC 39A Falcon-9 Kacific-1
17 08:54:20 Kourou ELS Sojuz-STA/Fregat-M CSG-1, CHEOPS, ANGELS, EyeSat, OPS-SAT,
Open Cosmos x 4, ELO
17 ~12:45 Canaveral 41 Atlas-5/422 Starliner Boe-OFT
20-31 ??:?? Wenchang 101 CZ-5 Shijian-20
25 ??:?? Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
3D ??:?? Sriharikota S PSLV-CA RISAT-2BR2, Kleos x 4, Lemur x ?
?? ??:?? Plesieck 43/4 Sojuz-2.1w/Wołga ?
?? ??:?? Onenui 1 Electron/Curie MCNAIR

Start z Taiyuan
03.11. o 03:22:39 z Taiyuan wystrzelona została RN CZ-4B, która wyniosła na orbitę satelity Gaofen-7, Jingzhi 1
(Exquisite High-score Test Satellite), Sudan Scientific Experimental Satellite 1 i Jifeng (Xiaoxiang 1-08).
http://lk.astronautilus.pl/n191101.htm#03

http://www.youtube.com/watch?v=A7EbkUoz_kA
https://www.youtube.com/watch?v=A7EbkUoz_kA

China launches new Earth observation satellite

(https://img2.chinadaily.com.cn/images/201911/03/5dbeaee5a310cf3e97a40988.jpeg)
Gaofen-7 is launched on a Long March-4B rocket at 11:22 am (Beijing Time) from the Taiyuan Satellite Launch Center in North China's Shanxi province on Nov 3, 2019. [Photo/Xinhua]

TAIYUAN, Nov. 3 (Xinhua) -- China on Sunday launched a new Earth observation satellite, Gaofen-7, which will play an important role in land surveying and mapping, urban and rural construction and statistical investigation, according to the China National Space Administration (CNSA).

The Gaofen-7, launched on a Long March-4B rocket at 11:22 a.m. (Beijing Time) from the Taiyuan Satellite Launch Center in northern China's Shanxi Province, is China's first civil-use optical transmission three-dimensional surveying and mapping satellite that reaches the sub-meter level, CNSA said.

The satellite and carrier rocket were developed by the China Academy of Space Technology (CAST) and the Shanghai Academy of Spaceflight Technology under the China Aerospace Science and Technology Corporation.

The users of the Gaofen-7 satellite will be mainly from the Ministry of Natural Resources, the Ministry of Housing and Urban-Rural Development and the National Bureau of Statistics.

Via the same carrier rocket, three other commercial and scientific experiment satellites including one developed for Sudan were also sent into space.

The development of the Gaofen-7 has achieved a breakthrough in sub-meter level 3D mapping camera technology, meeting the highest mapping accuracy requirement among the Gaofen series Earth observation satellites, CNSA said.

It can obtain high-resolution optical 3D observation data and high-precision laser altimetry data and can realize 1:10,000 scale satellite 3D mapping for civil use in China, according to CNSA.

The satellite can meet the needs of users in basic mapping, global geographic information, monitoring and evaluation in urban and rural construction, agricultural survey and statistics, etc.

Cao Haiyi, chief designer of Gaofen-7 from CAST, said the satellite also has excellent positioning accuracy. For instance, it is able to accurately locate the roads in the countryside.

The new satellite will work together with other Gaofen satellites to form an Earth observation system with high resolution and high positioning accuracy, which will help promote international sci-tech industrial cooperation through data sharing and support the Belt and Road initiative, said Wang Xiang, chief commander of the Gaofen-7 satellite project.

Since the Gaofen project began in 2010, China has had an increasingly clearer view of the planet. Launched in April 2013, Gaofen-1 can cover the globe in just four days.

Gaofen-2, sent into space in August 2014, is accurate to 0.8 meters in full color and can collect multispectral images of objects greater than 3.2 meters in length.

Gaofen-4, launched in late 2015, is China's first geosynchronous orbit high-definition optical imaging satellite.

Gaofen-3, launched in August 2016, is China's first synthetic aperture radar imaging satellite.

Gaofen-5, launched in May 2018, has the highest spectral resolution of China's remote sensing satellites.

Gaofen-6, launched in June 2018, has a similar function to that of Gaofen-1, but with better cameras, and its high-resolution images can cover a large area of the earth.

Data from the Gaofen series satellites have been widely used in more than 20 industries across China. The project has helped reduce China's dependence on foreign remote sensing satellite data.

The focus of the project will be shifted to application in the future. An advanced land, atmosphere and ocean observation system is expected to be completed in 2020 to provide services for modern agriculture, disaster prevention and mitigation, resources and environmental management and public security protection, said CNSA.
http://www.xinhuanet.com/english/2019-11/03/c_138525473.htm
https://www.chinadaily.com.cn/a/201911/03/WS5dbe532ba310cf3e35575167.html

China tests grid fins with launch of Gaofen-7 imaging satellite
by Andrew Jones — November 4, 2019

(...)
Iodine propulsion, Sudan in orbit

Joining the main Gaofen-7 payload were two small satellites and a CubeSat. The Sudan Remote Sensing Satellite was developed by Shenzhen Aerospace Dongfanghong HIT Satellite Ltd. Huangpu-1, a technology demonstration satellite, was developed under the Shanghai Institute of Satellite Engineering.

The final passenger was developed by Spacety, a privately-owned Chinese satellite manufacturer based in Changsha. The 6U CubeSat is a technology test for multispectral imaging.

The Dianfeng spacecraft also carries a 0.4 kilogram laser communication payload (https://mp.weixin.qq.com/s/lLS2bB6ch62Gz-IldyCvig) from LaserFleet for technology verification tests. LaserFleet is a spin-off from the Chinese Academy of Sciences (CAS) with plans to build a low Earth orbit constellation providing broadband services that through laser communications.

The satellite includes an Iodine-based propulsion system developed and built by ThrustMe, a French company founded in 2017. The system a first-of-its-kind, non-pressurized, cold gas thruster fuelled by solid iodine, according to a ThrustMe press release. (...)
https://spacenews.com/china-tests-grid-fins-with-launch-of-gaofen-7-imaging-satellite/

Chinese mapping satellite launches on Long March 4B rocket
November 3, 2019 Stephen Clark

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2019/11/010_thrust-me-corporate.jpg)
A ThrustMe engineer works with ground test equipment. Credit: ThrustMe

(...) The primary payload launched Sunday was Gaofen 7, the latest in a series civilian-operated Chinese Earth observation satellites. Gaofen 7 is China’s first civilian-use optical surveillance satellite capable of collecting three-dimensional images with better than one-meter (3.3-foot) resolution, according to the China National Space Administration.

Two other small satellites were aboard Sunday’s launch: Huangpu 1, a technology demonstration satellite for a planned constellation of low Earth orbit satellites, and the Sudan Scientific Experimental Satellite. (...)
https://spaceflightnow.com/2019/11/03/chinese-mapping-satellite-launches-on-long-march-4b-rocket/

Gaofen-7 https://space.skyrocket.de/doc_sdat/gf-7.htm
Jingzhi 1
Sudan SES-1
Jifeng

Udany start CZ-3B z satelitą Beidou-3 IGSO-3:
https://mp.weixin.qq.com/s/TrRMP72HnHZm59qi8jPeRA (https://mp.weixin.qq.com/s/TrRMP72HnHZm59qi8jPeRA)
http://www.globaltimes.cn/content/1168975.shtml (http://www.globaltimes.cn/content/1168975.shtml)

(http://www.globaltimes.cn/Portals/0//attachment/2019/2019-11-05/c8b136ae-aa96-4f31-818b-5b9991d5d8e4.jpeg)

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-3C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
17 01:22 Onenui 1 Electron/Curie Palisade Demo-1
17 15:21:04 Xichang CZ-3B/G2 TJ-4

LISTOPAD 2019

02 13:59:46 Wallops 0A Antares-230 Cygnus-12
03 03:22:39 Taiyuan 9 CZ-4B Gaofen-7, Jingzhi 1, Jifeng,
Sudan Scientific Experimental Satellite 1
04 17:43:04 Xichang CZ-3B/G2 Beidou-IGSO-3
__________________________________________________________________________________________
06 03:30-04:00 Jiuquan KZ-1A Jilin-1 Gaofen-02A
10 09:30 Jiuquan KZ-1A KL-Alpha A, B
11 ~15:00 Canaveral 40 Falcon-9 Starlink v1.0 x 60
19 ??:?? Bajkonur 31/6 Sojuz-2.1b/Fregat-M OneWeb x 34
20 ??:?? Sriharikota S PSLV Cartosat-3,Meshbed, Flock x 12
22 21:08 Kourou 3 Ariane-5ECA Inmarsat 5 F5, TIBA-2
24 ~01:00 Xichang CZ-3B/YZ-1 Beidou-3 M19, M20
?? ??:?? Plesieck 43/4 Sojuz-2.1a/Fregat Kosmos (Nejtron)
?? ??:?? Onenui 1 Electron/Curie ATL-1, Discovery, FossaSat-1, NOOR-1A,
NOOR-1B, SMOG-P, TRSI Sat
?? ??:?? Mojave 12/30 B-747/LauncherOne MiniCarb, PAN A, PAN B, STP-27VP (x 8?)
?? ??:?? Canaveral 40 Falcon-9 Starlink v1.0 x 60
?? ??:?? Canaveral 40 Falcon-9 Starlink v1.0 x 60

GRUDZIEŃ 2019

01 11:29 Bajkonur 31/6 Sojuz-2.1a Progress MS-13
02 ??:?? Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos (Uragan-M)
04 17:48 KSC 39A Falcon-9 Dragon-19
01-07 ??:?? Jiuquan 43/94 CZ-2D ETRSS-1
0? ??:?? Sriharikota F PSLV-CA RISAT-2BR1, iQPS SAR, Spire-2 x 4
16 00:10-01:38 KSC 39A Falcon-9 Kacific-1
17 08:54:20 Kourou ELS Sojuz-STA/Fregat-M CSG-1, CHEOPS, ANGELS, EyeSat, OPS-SAT,
Open Cosmos x 4, ELO
17 ~12:45 Canaveral 41 Atlas-5/422 Starliner Boe-OFT
20-31 ??:?? Wenchang 101 CZ-5 Shijian-20
25 ??:?? Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
3D ??:?? Sriharikota S PSLV-CA RISAT-2BR2, Kleos x 4, Lemur x ?
?? ??:?? Plesieck 43/4 Sojuz-2.1w/Wołga ?
?? ??:?? Onenui 1 Electron/Curie MCNAIR

Następny chiński start
04.11. o 17:43:04,482 z Xichang wystrzelona została RN CZ-3B/G2, która wyniosła na orbitę satelitę Beidou-IGSO-3.
http://lk.astronautilus.pl/n191101.htm#05

http://www.youtube.com/watch?v=i6yQEJHnxxc
https://www.youtube.com/watch?v=i6yQEJHnxxc

China launches new BeiDou satellite
Source: Xinhua| 2019-11-05 09:42:51|Editor: huaxia

(http://www.xinhuanet.com/english/2019-11/05/138529264_15729181715261n.jpg)
A new satellite of the BeiDou Navigation Satellite System (BDS) is launched from the Xichang Satellite Launch Center in southwest China's Sichuan Province, Nov. 5, 2019. (Photo by Liu Xu/Xinhua)

XICHANG, Nov. 5, 2019 (Xinhua) -- China sent a new satellite of the BeiDou Navigation Satellite System (BDS) into space from the Xichang Satellite Launch Center in Sichuan Province at 1:43 a.m. Tuesday.

Launched on a Long March-3B carrier rocket, it is the 49th satellite of the BDS satellite family and the 24th satellite of the BDS-3 system.

It also marked that a total of three BDS-3 satellites have been sent into the inclined geosynchronous Earth orbit.

(http://www.xinhuanet.com/english/2019-11/05/138529264_15729181715271n.jpg)

A new satellite of the BeiDou Navigation Satellite System (BDS) is launched from the Xichang Satellite Launch Center, Nov. 5, 2019. (Photo by Liu Xu/Xinhua)

The launch was the 317th mission for the Long March series of carrier rockets.

The new satellites and the carrier rocket were developed by the China Academy of Space Technology and the China Academy of Launch Vehicle Technology, under the China Aerospace Science and Technology Corporation.

China will launch another six BDS-3 satellites to complete the BDS global network.
http://www.xinhuanet.com/english/2019-11/05/c_138529264.htm

Another Beidou satellite launched by China
November 4, 2019 Stephen Clark

(...) The satellite launched Monday is the 49th Beidou spacecraft launched since 2000, a number that includes earlier-generation satellites that are no longer operating. It’s the 24th third-generation Beidou satellite launched.

The Beidou system started providing navigation service over the Asia-Pacific region in 2012, and China says the network will be ready for global coverage in 2020.

China’s state-run Xinhua news agency said the country will launch six more Beidou satellites to complete the global network.

The next pair of Beidou satellites heading to medium Earth orbit could launch on a Long March 3B flight later this month.

Monday’s mission was China’s 24th space launch attempt so far this year. Two of those flights failed to reach orbit.
https://spaceflightnow.com/2019/11/04/another-beidou-satellite-launched-by-china/

https://www.nasaspaceflight.com/2019/11/long-march-3b-beidou-3i3-igso-3/

https://www.forum.kosmonauta.net/index.php?topic=3780.msg137875#msg137875

BD-3 I3 (Beidou 49) https://space.skyrocket.de/doc_sdat/bd-3i-2.htm

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-3C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
17 01:22 Onenui 1 Electron/Curie Palisade Demo-1
17 15:21:04 Xichang CZ-3B/G2 TJ-4

LISTOPAD 2019

02 13:59:46 Wallops 0A Antares-230 Cygnus-12
03 03:22:39 Taiyuan 9 CZ-4B Gaofen-7, Jingzhi 1, Jifeng,
Sudan Scientific Experimental Satellite 1
04 17:43:04 Xichang CZ-3B/G2 Beidou-IGSO-3
__________________________________________________________________________________________
11 14:56-15:07 Canaveral 40 Falcon-9 Starlink v1.0 x 60
19 ??:?? Bajkonur 31/6 Sojuz-2.1b/Fregat-M OneWeb x 34
20 ??:?? Sriharikota S PSLV Cartosat-3,Meshbed, Flock x 12
22 21:08 Kourou 3 Ariane-5ECA Inmarsat 5 F5, TIBA-2
24 ~01:00 Xichang CZ-3B/YZ-1 Beidou-3 M19, M20
24/25 ??:?? Onenui 1 Electron/Curie ATL-1, FossaSat-1, NOOR-1A, NOOR-1B,
SMOG-P, TRSI Satmm ALE-2
25 03:30-04:00 Jiuquan KZ-1A Jilin-1 Gaofen-02A
27 09:30 Jiuquan KZ-1A KL-Alpha A, B
?? ??:?? Plesieck 43/4 Sojuz-2.1a/Fregat Kosmos (Nejtron)
?? ??:?? Canaveral 40 Falcon-9 Starlink v1.0 x 60
?? ??:?? Canaveral 40 Falcon-9 Starlink v1.0 x 60

GRUDZIEŃ 2019

01 11:29 Bajkonur 31/6 Sojuz-2.1a Progress MS-13
04 17:48 KSC 39A Falcon-9 Dragon-19
01-07 ??:?? Jiuquan 43/94 CZ-2D ETRSS-1
0? ??:?? Sriharikota F PSLV-CA RISAT-2BR1, iQPS SAR, Spire-2 x 4
10 ??:?? Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos (Uragan-M)
16 00:10-01:38 KSC 39A Falcon-9 Kacific-1
17 08:54:20 Kourou ELS Sojuz-STA/Fregat-M CSG-1, CHEOPS, ANGELS, EyeSat, OPS-SAT,
Open Cosmos x 4, ELO
17 ~12:45 Canaveral 41 Atlas-5/422 Starliner Boe-OFT
20-31 ??:?? Wenchang 101 CZ-5 Shijian-20
25 ??:?? Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
2P ??:?? Mojave 12/30 B-747/LauncherOne MiniCarb, PAN A, PAN B, STP-27VP (x 8?)
3D ??:?? Sriharikota S PSLV-CA RISAT-2BR2, Kleos x 4, Lemur x ?
?? ??:?? Plesieck 43/4 Sojuz-2.1w/Wołga ?
?? ??:?? Onenui 1 Electron/Curie MCNAIR

https://forum.nasaspaceflight.com/index.php?topic=49455.0
cos chinskiego i to niskich lotow;-)
"My eyes shine up whenever the Chinese plan to launch something strange. Now there's one tmr ~0630 UTC from Taiyuan where we don't know the rocket (LM-6? 2D?), we don't know the payload and we don't know why it's going to a low incl. orbit!
"
https://twitter.com/Cosmic_Penguin/status/1193884069186035712 - zrodlo
Z powazaniem
Adam Przybyla

Chińska niespodzianka:
http://www.parabolicarc.com/2019/11/13/china-launches-6-satellites-on-two-rockets-within-3-hours/ (http://www.parabolicarc.com/2019/11/13/china-launches-6-satellites-on-two-rockets-within-3-hours/)

KZ-1A:
http://www.youtube.com/watch?v=CNI5Hd2a0vs
https://www.youtube.com/watch?v=CNI5Hd2a0vs

CZ-6:
http://www.youtube.com/watch?v=i5HtV6r49-g
https://www.youtube.com/watch?v=i5HtV6r49-g

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-3C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
17 01:22 Onenui 1 Electron/Curie Palisade Demo-1
17 15:21:04 Xichang CZ-3B/G2 TJ-4

LISTOPAD 2019

02 13:59:46 Wallops 0A Antares-230 Cygnus-12
03 03:22:39 Taiyuan 9 CZ-4B Gaofen-7, Jingzhi 1, Jifeng,
Sudan Scientific Experimental Satellite 1
04 17:43:04 Xichang CZ-3B/G2 Beidou-IGSO-3
11 14:56:00 Canaveral 40 Falcon-9 Starlink v1.0 x 60
13 03:40 Jiuquan 43/95 KZ-1A Jilin-1 Gaofen-02A
13 06:35:14 Taiyuan 16 CZ-6 Ningxia-1 x 5
__________________________________________________________________________________________
15 ??:?? Jiuquan 43/94 CZ-2D ?

22 21:08 Kourou 3 Ariane-5ECA Inmarsat 5 F5, TIBA-2
23 ~01:00 Xichang CZ-3B/YZ-1 Beidou-3 M19, M20
24/25 ??:?? Onenui 1 Electron/Curie ATL-1, FossaSat-1, NOOR-1A, NOOR-1B,
SMOG-P, TRSI Satmm ALE-2
27 04:00 Sriharikota S PSLV-XL Cartosat-3,Meshbed, Flock x 12
27 09:30 Jiuquan KZ-1A KL-Alpha A, B
?? ??:?? Plesieck 43/4 Sojuz-2.1a/Fregat Kosmos (Nejtron)
?? ??:?? Canaveral 40 Falcon-9 Starlink v1.0 x 60
?? ??:?? Canaveral 40 Falcon-9 Starlink v1.0 x 60

GRUDZIEŃ 2019

01 11:29 Bajkonur 31/6 Sojuz-2.1a Progress MS-13
04 17:48 KSC 39A Falcon-9 Dragon-19
0? ??:?? Sriharikota F PSLV-CA RISAT-2BR1, iQPS SAR, Spire-2 x 4
10 ??:?? Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos (Uragan-M)
16 00:10-01:38 KSC 39A Falcon-9 Kacific-1
17 03:21 Taiyuan 9 CZ-4B CBERS-4A
17 08:54:20 Kourou ELS Sojuz-STA/Fregat-M CSG-1, CHEOPS, ANGELS, EyeSat, OPS-SAT,
Open Cosmos x 4, ELO
17 ~12:45 Canaveral 41 Atlas-5/422 Starliner Boe-OFT
20-31 ??:?? Wenchang 101 CZ-5 Shijian-20
25 ??:?? Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
2P ??:?? Mojave 12/30 B-747/LauncherOne MiniCarb, PAN A, PAN B, STP-27VP (x 8?)
3D ??:?? Sriharikota S PSLV-CA RISAT-2BR2, Kleos x 4, Lemur x ?
?? ??:?? Jiuquan 43/94 CZ-2D ETRSS-1, MN50-01, MN10-03, MN10-04
?? ??:?? Plesieck 43/4 Sojuz-2.1w/Wołga ?
?? ??:?? Onenui 1 Electron/Curie MCNAIR

Dziś Chiny sobie nieźle pofruwały z dwoma startami w mniej niż 3 godziny!

Chińska ofensywa trwa
13.11. o 03:40 z z Jiuquan wystrzelona została RN KZ-1A, która wyniosła na orbitę o parametrach: hp=531 km, ha=547 km.
i=97,54º satelitę teledetekcyjnego Jilin-1 Gaofen-02A.
http://lk.astronautilus.pl/n191101.htm#08

http://www.youtube.com/watch?v=CNI5Hd2a0vs
https://www.youtube.com/watch?v=CNI5Hd2a0vs

China launches new remote-sensing satellite
Source: Xinhua| 2019-11-13 15:30:51|Editor: ZX

(http://www.xinhuanet.com/english/2019-11/13/138551735_15736348445111n.jpg)
Remote sensing satellite Jilin-1 Gaofen 02A is launched with Kuaizhou-1A (KZ-1A) carrier rocket from the Jiuquan Satellite Launch Center in Jiuquan, northwest China's Gansu Province, Nov. 13, 2019. (Photo by Wang Jiangbo/Xinhua)

JIUQUAN, Nov. 13 (Xinhua) -- China sent a new remote sensing satellite into planned orbit from the Jiuquan Satellite Launch Center in northwest China on Wednesday.

The Jilin-1 Gaofen 02A, which belongs to the Jilin-1 satellite family, was launched by Kuaizhou-1A (KZ-1A), a carrier rocket at 11:40 a.m. (Beijing Time).

KZ-1A is a low-cost solid-fuel carrier rocket with high reliability and a short preparation period. The rocket, developed by a company under the China Aerospace Science and Industry Corporation, is mainly used to launch low-orbit microsatellites.

Wednesday's launch was the second mission of the KZ-1A rocket in 2019. It had previously completed three commercial launches from January 2017 to August 2019.

The Jilin-1 Gaofen 02A satellite is a new optical remote sensing satellite independently developed by Chang Guang Satellite Technology Co., Ltd., featuring high resolution, wide width and high-speed data transmission.

It will form a network with 13 previously launched Jilin-1 satellites, providing remote sensing data and services in fields like agriculture, forestry, resource and environment.
http://www.xinhuanet.com/english/2019-11/13/c_138551735.htm

Two Chinese satellite launchers lift off three hours apart
November 13, 2019 Stephen Clark

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2019/11/138551735_15736348445141n.jpg)
A solid-fueled Kuaizhou 1A rocket launched from the Jiuquan space base in northwestern China’s Inner Mongolia region at 0340 GMT Wednesday (10:40 p.m. EST Tuesday). Credit: Xinhua

Chinese rockets performed two satellite delivery missions in a three-hour span Wednesday, carrying a commercial Earth-imaging satellite and five mysterious surveillance payloads into orbit.

The launches originated from two separate spaceports in northern China, using a light-class solid-fueled Kuaizhou 1A launcher and a liquid-fueled Long March 6 rocket, according to Chinese state media reports.

The back-to-back launches carried different missions into orbit, and were not originally planned to occur on the same day. Officials aborted a Kuaizhou 1A launch attempt last month for unspecified technical reasons.

The four-stage Kuaizhou 1A rocket — the fourth of its type — blasted off from the Jiuquan space base in northwestern China at 0340 GMT Wednesday (10:40 p.m. EST Tuesday), Chinese state media said.

Liftoff occurred at 11:40 a.m. Beijing time.

The government-run Xinhua news agency reported the Kuaizhou 1A rocket carried a commercial Earth observation satellite for Chang Guang Satellite Technology Co. Ltd., a commercial spinoff of the Chinese Academy of Sciences. The Jilin 1 Gaofen 02A spacecraft is the 14th satellite to join Chang Guang’s Jilin 1 remote sensing constellation since 2015.

Chang Guang’s observation platforms are designed to collect high-definition video, color pictures, and detailed hyperspectral imagery of Earth, providing information to the Chinese military, civilian agencies and commercial users.

The Kuaizhou 1A rocket is managed by Expace, a commercially-oriented subsidiary of the China Aerospace Science and Industry Corp., the biggest Chinese state-backed aerospace contractor. Technical details of the Kuaizhou 1A launcher, capable of injecting 440 pounds (200 kilograms) of payload to a 435-mile-high (700-kilometer) orbit, have not been released by Chinese authorities, but the rocket is likely based on modified Chinese ballistic missile technology.

U.S. military tracking data indicated the Kuaizhou 1A rocket released the Jilin 1 Gaofen 02A spacecraft in an polar orbit approximately 330 miles (535 kilometers) above Earth, with an inclination of 97.5 degrees to the equator.
https://spaceflightnow.com/2019/11/13/two-chinese-satellite-launchers-lift-off-three-hours-apart/

China carries out 2 orbital launches inside 3 hours
by Andrew Jones — November 13, 2019

HELSINKI — China launched six remote sensing satellites into orbit with two launches inside three hours from sites in north China.

A commercial Kuaizhou-1A solid rocket lifted off from a transporter erector launcher at the Jiuquan Satellite Launch Center, northwest China, at 10:40 p.m. Eastern Tuesday.

The payload was the Jilin-1 Gaofen-2A optical Earth observation satellite for Changguang Satellite Technology Co. Ltd., a commercial offshoot of the state-owned Changchun Institute of Optics, Fine Mechanics and Physics under the Chinese Academy of Sciences.

The 230-kilogram satellite has a full color resolution of better than 0.75m, multi-spectral resolution better than 3m, and swarth width greater than 40km, according to CGST.

China developing its Earth observation capabilities both on the national level and on the provincial level, says Alexandre Najjar, a space industry analyst at Euroconsult.

“In addition to the Jilin constellation, which is partly financed by the Jilin Provincial Government, the Hainan EO smallsat constellation is sponsored by the Hainan Provincial Government,” notes Najjar, adding that Henan Province has agreed to a deal with Tencent-funded Satellogic which enables Chinese data science company ABDAS to task its satellites on a “constellation as a service” business model.

“In all three cases, the Provincial Government is expected to use the collected data both for its own use, but also for commercial purposes, in order to develop the local economy,” says Najjar.

The launch vehicle belongs to Expace, a commercial subsidiary of the China Aerospace Science and Industry Corporation (CASIC), a giant defense contractor and missile maker.

The Kuaizhou-1A, understood to be derived from missile technology, consists of three solid stages and a liquid propellant upper stage, and is capable of lofting a 200-kilogram payload into a 700-kilometer sun-synchronous orbit (SSO).

The Kuaizhou-1A has now carried out four commercial launches, following a mission late august. A larger Kuaizhou-11 solid launcher has been slated for a test flight since 2018 is yet to fly.
https://spacenews.com/china-carries-out-2-orbital-launches-inside-3-hours/

https://www.nasaspaceflight.com/2019/11/kuaizhou-1a-launches-jilin-1-gaofen-2a/

https://space.skyrocket.de/doc_sdat/jilin-1-highresolution-03a.htm

Jeszcze jeden start z Chin
13.11. o 06:35:14 z Taiyuan wystrzelona została RN CZ-6, która wyniosła na orbitę o parametrach: hp=? km, ha=? km, i=40º
5 satelitów teledetekcyjnych Ningxia-1.
http://lk.astronautilus.pl/n191101.htm#09

http://www.youtube.com/watch?v=AK3U9cobIX8
https://www.youtube.com/watch?v=AK3U9cobIX8

China sends five satellites into orbit via single rocket
Source: Xinhua| 2019-11-13 16:59:47|Editor: ZX

(http://www.xinhuanet.com/english/2019-11/13/138552029_15736445332701n.jpg)
The five new remote-sensing Ningxia-1 satellites are launched by a Long March-6 carrier rocket from the Taiyuan Satellite Launch Center in north China's Shanxi Province on Nov. 13, 2019. The five Ningxia-1 satellites were sent into planned orbit here on Wednesday. The satellites are part of a commercial satellite project invested by the Ningxia Jingui Information Technology Co., Ltd. and will be mainly used for remote sensing detection. (Photo by Zheng Taotao/Xinhua)

TAIYUAN, Nov. 13 (Xinhua) -- Five new remote-sensing satellites were sent into planned orbit from the Taiyuan Satellite Launch Center in north China's Shanxi Province Wednesday.

The five Ningxia-1 satellites were launched by a Long March-6 carrier rocket at 2:35 p.m. (Beijing Time).

The satellites are part of a commercial satellite project invested by the Ningxia Jingui Information Technology Co., Ltd. and will be mainly used for remote sensing detection.

The satellites and carrier rocket were developed by the DFH Satellite Co., Ltd. and the Shanghai Academy of Spaceflight Technology.

Wednesday's launch was the 318th mission for the Long March series carrier rockets.
http://www.xinhuanet.com/english/2019-11/13/c_138552029.htm

Two Chinese satellite launchers lift off three hours apart
November 13, 2019 Stephen Clark

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2019/11/138552029_15736445332671n.jpg)
A Long March 6 rocket lifted off from the Taiyuan space center at 0635 GMT (1:35 a.m. EST) Wednesday, the second of two Chinese launches to occur in a three-hour span. Credit: Xinhua

A separate Chinese launch crew working at the Taiyuan space center — roughly 600 miles (1,000 kilometers) east of Jiuquan — prepared a Long March 6 rocket for liftoff at 0635 GMT (1:35 a.m. EST) Wednesday.

After climbing away from its launch pad at Taiyuan, located in northern China’s Shanxi province, the three-stage Long March 6 rocket was expected to head toward the southeast, according to pre-launch airspace warning notices released by the Chinese government.

China’s official Xinhua news agency said the launch was successful, delivering five Ningxia 1 satellites to orbit for a “remote sensing detection” mission. The five spacecraft “are part of a commercial satellite project invested by the Ningxia Jingui Information Technology Co. Ltd.,” Xinhua said.

The Ningxia 1 satellites were developed by DFH Satellite Co. Ltd., an entity within China’s state-owned aerospace apparatus specializing in the production of small spacecraft platforms.

Previous information released on the Ningxia 1 satellites suggest the spacecraft are designed for a signals intelligence mission.

The 95-foot-tall (29-meter) Long March 6 rocket is one of three new Long March-series satellite launchers debuted since 2015. Wednesday’s mission marked the third launch of a Long March 6 booster.

The Long March 6 is capable of hauling up more than a ton of payload into a sun-synchronous orbit a few hundred miles in altitude, a popular destination for many Earth observation satellites.

The Long March 6’s first stage is powered by a kerosene-fueled YF-100 main engine, a staged combustion powerplant Chinese engineers have worked on since 2000. The engine generates approximately 120 metric tons, or 264,000 pounds, of thrust. A YF-115 engine provides propulsion for the Long March 6 second stage.

The YF-100 and YF-115 engines are the same new-generation powerplants used on China’s bigger Long March 5 and Long March 7 rockets.

Liquid-fueled thrusters on the Long March 6’s third stage guide the rocket’s payloads into their targeted orbits for deployment.
https://spaceflightnow.com/2019/11/13/two-chinese-satellite-launchers-lift-off-three-hours-apart/

China carries out 2 orbital launches inside 3 hours
by Andrew Jones — November 13, 2019

Long March 6 makes third flight

The second Chinese launch of the day took place at Taiyuan Satellite Launch Center in northern China, at 1:25 a.m. Eastern Wednesday.

A three-stage Long March 6 carried five satellites named Ningxia-1, described in Chinese press reports as being mainly for remote sensing, into low Earth orbit.

The Earth observation project is backed investment from provincial company Ningxia Jingui Information Technology Co. Ltd. The satellites were developed by Aerospace Dongfanghong Satellite Co., Ltd., a subsidiary of the China Academy of Space Technology.

The Ningxia-1 satellites bear the name of Ningxia Hui Autonomous Region, northwest China. No further payload information was immediately available.

The China Aerospace Science and Technology Corporation (CASC) stated that the Long March 6 underwent modifications for the launch.

The launcher uses kerosene and liquid oxygen propellant for its first two stages and was designed by the Shanghai Academy of Spaceflight Technology. SAST is also developing a Long March 6 variant which will be capable of vertical takeoff and vertical landing.

A new batch of Long March 6 launches are expected soon, carrying commercial and international payloads. The launcher can deliver up to 1,000 kilograms to a 700-kilometer SSO.

In January Argentina-based Satellogic said that it plans to launch 90 of its remote sensing smallsats on as many as six Long March 6 rockets under a contract with China Great Wall Industry Corporation (CGWIC).

China has attempted 26 launches in 2019 so far. 24 of these have been successful, though one satellite remains in geostationary transfer orbit, presumed lost. The two failures were a Long March 4C and a first orbital launch attempt from private company OneSpace.

Preparations are ongoing at the Wenchang Satellite Launch Center for a return-to-flight of the Long March 5 heavy-lift launcher.

The mission will carry the experimental Shijian-20 communications satellite, based on a new large platform. Success of the launch is required for China to proceed with missions to Mars, the moon, and move ahead with its plans for a crewed space station.
https://spacenews.com/china-carries-out-2-orbital-launches-inside-3-hours/

https://www.nasaspaceflight.com/2019/11/long-march-6-lofts-five-ningxia-1-satellites/

Ningxia-1 01 https://space.skyrocket.de/doc_sdat/ningxia-1.htm
Ningxia-1 02
Ningxia-1 03
Ningxia-1 04
Ningxia-1 05

Kolejny start KZ-1A dzisiaj o 11:00:

http://www.youtube.com/watch?v=eireJOEClA0
https://www.youtube.com/watch?v=eireJOEClA0

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-3C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
17 01:22 Onenui 1 Electron/Curie Palisade Demo-1
17 15:21:04 Xichang CZ-3B/G2 TJ-4

LISTOPAD 2019

02 13:59:46 Wallops 0A Antares-230 Cygnus-12
03 03:22:39 Taiyuan 9 CZ-4B Gaofen-7, Jingzhi 1, Jifeng,
Sudan Scientific Experimental Satellite 1
04 17:43:04 Xichang CZ-3B/G2 Beidou-IGSO-3
11 14:56:00 Canaveral 40 Falcon-9 Starlink v1.0 x 60
13 03:40:35 Jiuquan 43/95 KZ-1A Jilin-1 Gaofen-02A
13 06:35:14 Taiyuan 16 CZ-6 Ningxia-1 x 5
17 10:00 Jiuquan 43/95 KZ-1A KL-Alpha A, B
__________________________________________________________________________________________
22 21:08 Kourou 3 Ariane-5ECA Inmarsat 5 F5, TIBA-2
23 ~01:00 Xichang CZ-3B/YZ-1 Beidou-3 M19, M20
24/25 ??:?? Onenui 1 Electron/Curie ATL-1, FossaSat-1, NOOR-1A, NOOR-1B,
SMOG-P, TRSI Satmm ALE-2
27 04:00 Sriharikota S PSLV-XL Cartosat-3,Meshbed, Flock x 12
?? ??:?? Plesieck 43/4 Sojuz-2.1a/Fregat Kosmos (Nejtron)

GRUDZIEŃ 2019

01 11:30 Bajkonur 31/6 Sojuz-2.1a Progress MS-13
04 17:51 KSC 39A Falcon-9 Dragon-19
0? ??:?? Sriharikota F PSLV-CA RISAT-2BR1, iQPS SAR, Spire-2 x 4
10 ??:?? Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos (Uragan-M)
16 00:10-01:38 KSC 39A Falcon-9 Kacific-1
17 03:21 Taiyuan 9 CZ-4B CBERS-4A
17 08:54:20 Kourou ELS Sojuz-STA/Fregat-M CSG-1, CHEOPS, ANGELS, EyeSat, OPS-SAT,
Open Cosmos x 4, ELO
17 ~12:45 Canaveral 41 Atlas-5/422 Starliner Boe-OFT
20-31 ??:?? Wenchang 101 CZ-5 Shijian-20
25 ??:?? Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
2P ??:?? Mojave 12/30 B-747/LauncherOne MiniCarb, PAN A, PAN B, STP-27VP (x 8?)
3D ??:?? Sriharikota S PSLV-CA RISAT-2BR2, Kleos x 4, Lemur x ?

?? ??:?? Jiuquan 43/94 CZ-2D ETRSS-1, MN50-01, MN10-03, MN10-04
?? ??:?? Plesieck 43/4 Sojuz-2.1w/Wołga ?
?? ??:?? Onenui 1 Electron/Curie MCNAIR

Już piąty chiński start w tym miesiącu
17.11. o 10:00 z Jiuquan wystrzelona została RN KZ-1A, która wyniosła na orbitę o parametrach: hp=1050 km,
ha=1050 km, i=86º satelitę KL-Alpha A, a na orbitę o parametrach: hp=1050 km, ha=1425 km, i=86º satelitę
KL-Alpha B.
http://lk.astronautilus.pl/n191116.htm#01

https://www.forum.kosmonauta.net/index.php?topic=3780.msg138323#msg138323

China sends two global multimedia satellites into planned orbit
Source: Xinhua| 2019-11-17 21:38:58|Editor: Yurou

(http://www.xinhuanet.com/english/2019-11/17/138562304_15740007309621n.jpg)
Two global multimedia satellites, KL-a-A and KL-a-B, are launched by a Kuaizhou-1A (KZ-1A) carrier rocket from the Jiuquan Satellite Launch Center in Jiuquan, northwest China's Gansu Province, Nov. 17, 2019. (Photo by Ma Chongpeng/Xinhua)

JIUQUAN, Nov. 17 (Xinhua) -- Two global multimedia satellites were sent into planned orbit from the Jiuquan Satellite Launch Center in northwest China on Sunday.

The two global multimedia satellites, KL-a-A and KL-a-B, was launched by Kuaizhou-1A (KZ-1A), a carrier rocket at 6:00 p.m. (Beijing Time).

The two satellites are international cooperative commercial projects delivered by the Innovation Academy for Microsatellites of the Chinese Academy of Sciences. They are mainly used for the Ka-band communication technology test, and the user is a German company.

KZ-1A is a low-cost solid-fuel carrier rocket with high reliability and a short preparation period. The rocket, developed by a company under the China Aerospace Science and Industry Corporation, is mainly used to launch low-orbit microsatellites.

Sunday's launch was the third mission for KZ-1A this year.
http://www.xinhuanet.com/english/2019-11/17/c_138562304.htm

China’s Kuaizhou launcher flies for second time in four days
November 19, 2019 Stephen Clark

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2019/11/138562304_15740007457131n.jpg)
A Kuaizhou 1A rocket lifted off Sunday from the Jiuquan space center in northwestern China. Credit: Xinhua

Demonstrating a quick turnaround launch capability, China launched a light-class, solid-fueled Kuaizhou 1A rocket Sunday, four days after the same type of satellite booster fired into orbit from the same launch pad.

The four-stage Kuaizhou 1A booster delivered two microsatellites into two different orbits, using its restartable kick stage to maneuver to different altitudes for deployment of each payload.

The Kuaizhou 1A rocket lifted off from the Jiuquan space center in the Inner Mongolia region of northwestern China at 1000 GMT (5 a.m. EST) Sunday, arcing toward the south from the desert launch base toward a polar orbit.

Sunday’s launch, which occurred at 6 p.m. Beijing time, was the second flight of a Kuaizhou 1A rocket from the same launch site at Jiuquan in a little more than four days.

A Kuaizhou 1A rocket lifted off Nov. 13 from Jiuquan and successfully deployed a commercial Earth observation satellite into orbit for a fleet of Earth-imaging spacecraft owned by Chang Guang Satellite Technology Co. Ltd.

Kuaizhou means “speedy vessel” in Chinese, a name indicative of its purpose as a satellite launcher that can be readied for liftoff in a short time period. The rocket — likely derived from Chinese ballistic missile technology — launches from a road-mobile transporter, and it was not clear whether Sunday’s mission used the same transporter as the Nov. 13 launch.

Two “KL-Alpha” satellites were aboard Sunday’s Kuaizhou 1A launch. They are part of an international cooperative commercial project between the Innovation Academy for Microsatellites of the Chinese Academy of Sciences and a German company, according to China’s state-run Xinhua news agency.

Xinhua did not identify the German company involved with the KL-Alpha satellites, but the news agency said the spacecraft will conduct Ka-band communications tests. Other Chinese media reports suggested the satellites will perform technology demonstrations for KLEO Connect, a Berlin-based company which seeks to develop a fleet of small satellites to provide industrial asset tracking and data relay services.

U.S. military orbital tracking data showed that one of the KL-Alpha satellites was injected into a circular orbit roughly 650 miles (1,050 kilometers) above Earth, and the other separated in a more elliptical orbit stretching to a peak altitude of nearly 890 miles (1,430 kilometers). Both satellites are flying in orbits inclined 88.9 degrees to the equator.

The Kuaizhou 1A rocket is one of several new Chinese smallsat launchers. It’s managed by Expace, a commercially-oriented subsidiary of the China Aerospace Science and Industry Corp., the biggest Chinese state-backed aerospace contractor. Technical details of the Kuaizhou 1A launcher, capable of injecting 440 pounds (200 kilograms) of payload to a 435-mile-high (700-kilometer) orbit, have not been released by Chinese authorities.

With Sunday’s mission, Chinese teams have launched five Kuaizhou 1A rockets since 2017 on satellite delivery missions, including three this year. All five launches to date have been successful.
https://spaceflightnow.com/2019/11/19/chinas-kuaizhou-launcher-flies-for-second-time-in-four-days/

https://www.nasaspaceflight.com/2019/11/china-second-kuaizhou-1a-rocket-four-days/

KL-Alpha A https://space.skyrocket.de/doc_sdat/kl-alpha-a.htm
KL-Alpha B

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-3C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
17 01:22 Onenui 1 Electron/Curie Palisade Demo-1
17 15:21:04 Xichang CZ-3B/G2 TJ-4

LISTOPAD 2019

02 13:59:46 Wallops 0A Antares-230 Cygnus-12
03 03:22:39 Taiyuan 9 CZ-4B Gaofen-7, Jingzhi 1, Jifeng,
Sudan Scientific Experimental Satellite 1
04 17:43:04 Xichang CZ-3B/G2 Beidou-IGSO-3
11 14:56:00 Canaveral 40 Falcon-9 Starlink v1.0 x 60
13 03:40:35 Jiuquan 43/95 KZ-1A Jilin-1 Gaofen-02A
13 06:35:14 Taiyuan 16 CZ-6 Ningxia-1 x 5
17 10:00 Jiuquan 43/95 KZ-1A KL-Alpha A, B
23 00:55:55 Xichang 3 CZ-3B/YZ-1 Beidou-3 M21, M22
__________________________________________________________________________________________
24 21:08-22:43 Kourou 3 Ariane-5ECA Inmarsat 5 F5, TIBA-2
25 07:57-09:22 Onenui 1 Electron/Curie ATL-1, FossaSat-1, NOOR-1A, NOOR-1B,
SMOG-P, TRSI Satmm ALE-2
25 ~17:40 Plesieck 43/4 Sojuz-2.1w/Wołga ?
27 03:58 Sriharikota S PSLV-XL Cartosat-3,Meshbed, Flock-4p x 12

GRUDZIEŃ 2019

?? ??:?? Plesieck 43/4 Sojuz-2.1a/Fregat Kosmos (Nejtron)
01 11:30 Bajkonur 31/6 Sojuz-2.1a Progress MS-13
04 17:51 KSC 39A Falcon-9 Dragon-19
0? ??:?? Sriharikota F PSLV-CA RISAT-2BR1, iQPS SAR, Spire-2 x 4
10 ??:?? Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos (Uragan-M)
16 00:10-01:38 KSC 39A Falcon-9 Kacific-1
17 03:21 Taiyuan 9 CZ-4B CBERS-4A
17 08:54:20 Kourou ELS Sojuz-STA/Fregat-M CSG-1, CHEOPS, ANGELS, EyeSat, OPS-SAT,
Open Cosmos x 4, ELO
17 ~12:45 Canaveral 41 Atlas-5/422 Starliner Boe-OFT
20-31 ??:?? Wenchang 101 CZ-5 Shijian-20
24 ??:?? Bajkonur 81/24 Proton-M/DM-03 Elektro-Ł No. 3
25 ??:?? Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
2P ??:?? Mojave 12/30 B-747/LauncherOne MiniCarb, PAN A, PAN B, STP-27VP (x 8?)
3D ??:?? Sriharikota S PSLV-CA RISAT-2BR2, Kleos x 4, Lemur x ?
?? ??:?? Jiuquan 43/94 CZ-2D ETRSS-1, MN50-01, MN10-03, MN10-04
?? ??:?? Plesieck 43/4 Sojuz-2.1w/Wołga ?
?? ??:?? Onenui 1 Electron/Curie MCNAIR

Seria chińskich startów trwa
23.11. o 00:55:54,831 z Xichang wystrzelona została RN CZ-3B/YZ-1, która wyniosła na orbitę satelity nawigacyjne
Beidou-3 M21 i Beidou-3 M22.
http://lk.astronautilus.pl/n191116.htm#02

http://www.youtube.com/watch?v=oz12qNw0yG4
https://www.youtube.com/watch?v=oz12qNw0yG4

China sends two BeiDou satellites
Source: Xinhua| 2019-11-23 13:47:25|Editor: Lu Hui

(http://www.xinhuanet.com/english/2019-11/23/138577771_15744917429681n.jpg)
China sends two satellites of the BeiDou Navigation Satellite System (BDS) into space at 8:55 a.m from the Xichang Satellite Launch Center in southwest China's Sichuan Province, Nov. 23, 2019. Launched on a Long March-3B carrier rocket and the Yuanzheng-1 (Expedition-1) upper stage attached to the carrier rocket, the two satellites have entered their planned orbits. They are the 50th and 51st satellites of the BDS satellite family. (Photo by Guo Wenbin/Xinhua)

XICHANG, Nov. 23 (Xinhua) -- China sent two satellites of the BeiDou Navigation Satellite System (BDS) into space from the Xichang Satellite Launch Center in Sichuan Province at 8:55 a.m. Saturday.

Launched on a Long March-3B carrier rocket and the Yuanzheng-1 (Expedition-1) upper stage attached to the carrier rocket, the two satellites have entered their planned orbits. They are the 50th and 51st satellites of the BDS satellite family.

The two medium earth orbit satellites are also network satellites of the BeiDou-3 system.

The launch was the 319th mission for the Long March series carrier rockets.

The two new satellites, the carrier rocket and Yuanzheng-1 were all developed by the Innovation Academy for Microsatellites of the Chinese Academy of Sciences and the China Academy of Launch Vehicle Technology under the China Aerospace Science and Technology Corporation.
http://www.xinhuanet.com/english/2019-11/23/c_138577771.htm

China launches two more Beidou navigation satellites
November 23, 2019 Stephen Clark

Maintaining a rapid-fire launch cadence to close out the year, China added two more Beidou satellites to its independent positioning, navigation and timing fleet Saturday with a successful launch aboard a Long March 3B rocket.

The Long March 3B launcher, standing 184 feet (56 meters) tall, lifted off from the Xichang space base at 0055 GMT Saturday (7:55 p.m. EST Friday), according to China’s state-run Xinhua news agency.

Fueled by a noxious mix of hydrazine and nitrogen tetroxide, the Long March 3B climbed away from the Xichang spaceport, nestled in a mountain valley in southwestern China’s Sichuan province. Heading southeast from Xichang, the rocket’s four strap-on liquid-fueled boosters shut down and jettisoned around two-and-a-half minutes into the mission, and the Long March 3B’s core stage switched off its four engines seconds later.

A video and images shared on the Chinese social media site Weibo showed damage to a village downrange from Xichang apparently caused by falling debris from the Long March 3B rocket. Images appeared to show pieces of a Long March 3B booster, a building on fire, and a destroyed motorcycle, plus reddish-brown clouds in the air, a sign of leaking toxic fumes from the rocket wreckage.

Cytuj

Andrew Jones@AJ_FI

This is the aftermath downrange following a Chinese Long March 3B launch from Xichang early Saturday. And that yellow smoke is very toxic hypergolic propellant. Source: https://weibo.com/3279752321/Ihy1liV5Y?refer_flag=1001030103_ …

Twitter (https://twitter.com/AJ_FI/status/1198173691378618368?ref_src=twsrc%5Etfw%7Ctwcamp%5Etweetembed%7Ctwterm%5E1198173691378618368&ref_url=https%3A%2F%2Fspaceflightnow.com%2F2019%2F11%2F23%2Fchina-launches-two-more-beidou-navigation-satellites-2%2F)

Rockets launched from China’s most active launch sites drop their spent rocket stages over land. Videos on social media showing rocket wreckage amid homes, farms and roads are a common site after Long March rocket launches.

China has a newer launch base on Hainan Island, a geographic location that allows rockets to jettison boosters over the ocean, which is the practice for U.S., European, Japanese and Indian launchers. China’s newest generation of rockets are fueled by solid propellants, kerosene and liquid hydrogen, which are more environmentally friendly than hydrazine.

After separating the first stage and strap-on boosters, the Long March 3B’s second stage main engine ignited to continue the Long March 3B’s ascent into orbit, followed by second stage jettison and the start-up of the rocket’s two third stage YF-75 engines, fed by a super-cold mix of liquid hydrogen and liquid oxygen propellants.

A Yuanzheng upper stage deployed after the Long March 3B’s third stage completed its role in Saturday’s mission. The Yuanzheng stage ignited to place the two Beidou navigation satellites in a nearly circular orbit at an average altitude of 13,500 miles (21,800 kilometers), with an inclination of 55 degrees, according to tracking data published by the U.S. military.

Chinese officials declared the launch a success, completing China’s sixth orbital launch this month. There have been 28 orbital launch attempts from China this year — more than any other country — and 26 of the missions were successful.

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2019/11/138577771_15744917615981n.jpg)
A Long March 3B rocket climbs away from the Xichang space base Saturday with two Beidou navigation satellites. Credit: Xinhua

The two satellites launched Saturday will enter the Chinese navigation network in medium Earth orbit, similar to the positions of navigation satellites in the U.S. military’s GPS fleet, Russia’s Glonass system, and Europe’s Galileo constellation.

Other groups of Beidou satellites fly in geosynchronous orbits more than 22,000 miles (nearly 36,000 kilometers) in altitude, either over the equator or on inclined tracks that move back and forth over the northern and southern hemispheres.

With Saturday’s launch, China has sent 51 Beidou navigation satellites into orbit since 2000. Some of those satellites were launched on test missions, and are no longer operational.

China could launch two more Beidou satellites before the end of the year, before adding a final batch of Beidou craft to the network in 2020 to allow the network to begin global service.
https://spaceflightnow.com/2019/11/23/china-launches-two-more-beidou-navigation-satellites-2/

https://www.nasaspaceflight.com/2019/11/chinese-bolster-navigation-system-dual-beidou-launch/

https://space.skyrocket.de/doc_sdat/bd-3m-2.htm

6. start chiński w tym miesiącu i nowy rekord w ilości przeprowadzonych startów kosmicznych przez ten kraj w 1. miesiącu oraz 28 start w tym roku ( W 2018 39 razy startowały chińskie kosmiczne rakiety).

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-3C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
17 01:22 Onenui 1 Electron/Curie Palisade Demo-1
17 15:21:04 Xichang CZ-3B/G2 TJ-4

LISTOPAD 2019

02 13:59:46 Wallops 0A Antares-230 Cygnus-12
03 03:22:39 Taiyuan 9 CZ-4B Gaofen-7, Jingzhi 1, Jifeng,
Sudan Scientific Experimental Satellite 1
04 17:43:04 Xichang CZ-3B/G2 Beidou-IGSO-3
11 14:56:00 Canaveral 40 Falcon-9 Starlink v1.0 x 60
13 03:40:35 Jiuquan 43/95 KZ-1A Jilin-1 Gaofen-02A
13 06:35:14 Taiyuan 16 CZ-6 Ningxia-1 x 5
17 10:00 Jiuquan 43/95 KZ-1A KL-Alpha A, B
23 00:55:55 Xichang 3 CZ-3B/YZ-1 Beidou-3 M21, M22
25 17:52:03 Plesieck 43/4 Sojuz-2.1w/Wołga Kosmos 2542
__________________________________________________________________________________________
26 21:09-22:53 Kourou 3 Ariane-5ECA Inmarsat 5 F5, TIBA-2
27 03:58 Sriharikota S PSLV-XL Cartosat-3,Meshbed, Flock-4p x 12
28 07:56-09:22 Onenui 1 Electron/Curie ATL-1, FossaSat-1, NOOR-1A, NOOR-1B,
SMOG-P, TRSI Satmm ALE-2
?? ??:?? Taiyuan 9 CZ-4C ?

GRUDZIEŃ 2019

04 17:51 KSC 39A Falcon-9 Dragon-19
06 09:34 Bajkonur 31/6 Sojuz-2.1a Progress MS-13
0? ??:?? Sriharikota F PSLV-CA RISAT-2BR1, iQPS SAR, Spire-2 x 4
?? ??:?? Plesieck 43/4 Sojuz-2.1a/Fregat Kosmos (Nejtron)
10 ??:?? Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos (Uragan-M)
16 00:10-01:38 KSC 39A Falcon-9 Kacific-1
17 03:21 Taiyuan 9 CZ-4B CBERS-4A
17 08:54:20 Kourou ELS Sojuz-STA/Fregat-M CSG-1, CHEOPS, ANGELS, EyeSat, OPS-SAT,
Open Cosmos x 4, ELO
17 ~12:45 Canaveral 41 Atlas-5/422 Starliner Boe-OFT
20-31 ??:?? Wenchang 101 CZ-5 Shijian-20
24 ??:?? Bajkonur 81/24 Proton-M/DM-03 Elektro-Ł No. 3
25 ??:?? Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
2P ??:?? Mojave 12/30 B-747/LauncherOne MiniCarb, PAN A, PAN B, STP-27VP (x 8?)
3D ??:?? Sriharikota S PSLV-CA RISAT-2BR2, Kleos x 4, Lemur x ?
?? ??:?? Jiuquan 43/94 CZ-2D ETRSS-1, MN50-01, MN10-03, MN10-04
?? ??:?? Plesieck 43/4 Sojuz-2.1w/Wołga ?
?? ??:?? Onenui 1 Electron/Curie MCNAIR

Ech ci Rosjanie i SpaceX - zepsuli taką ładną serię chińskich startów! ;)

Ariane 5, start za 4 min.

https://youtu.be/ADOA4yLvxVs

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-3C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
17 01:22 Onenui 1 Electron/Curie Palisade Demo-1
17 15:21:04 Xichang CZ-3B/G2 TJ-4

LISTOPAD 2019

02 13:59:46 Wallops 0A Antares-230 Cygnus-12
03 03:22:39 Taiyuan 9 CZ-4B Gaofen-7, Jingzhi 1, Jifeng,
Sudan Scientific Experimental Satellite 1
04 17:43:04 Xichang CZ-3B/G2 Beidou-IGSO-3
11 14:56:00 Canaveral 40 Falcon-9 Starlink v1.0 x 60
13 03:40:35 Jiuquan 43/95 KZ-1A Jilin-1 Gaofen-02A
13 06:35:14 Taiyuan 16 CZ-6 Ningxia-1 x 5
17 10:00 Jiuquan 43/95 KZ-1A KL-Alpha A, B
23 00:55:55 Xichang 3 CZ-3B/YZ-1 Beidou-3 M21, M22
25 17:52:03 Plesieck 43/4 Sojuz-2.1w/Wołga Kosmos 2542
26 21:23 Kourou 3 Ariane-5ECA Inmarsat 5 F5, TIBA-2
27 03:58 Sriharikota S PSLV-XL Cartosat-3,Meshbed, Flock-4p x 12
__________________________________________________________________________________________
29 07:56-09:22 Onenui 1 Electron/Curie ATL-1, FossaSat-1, NOOR-1A, NOOR-1B,
SMOG-P, TRSI Satmm ALE-2
?? ??:?? Taiyuan 9 CZ-4C ?

GRUDZIEŃ 2019

04 17:51 KSC 39A Falcon-9 Dragon-19
06 09:34 Bajkonur 31/6 Sojuz-2.1a Progress MS-13
0? ??:?? Sriharikota F PSLV-CA RISAT-2BR1, iQPS SAR, Spire-2 x 4
?? ??:?? Plesieck 43/4 Sojuz-2.1a/Fregat Kosmos (Nejtron)
10 ??:?? Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos (Uragan-M)
16 00:10-01:38 KSC 39A Falcon-9 Kacific-1
17 03:21 Taiyuan 9 CZ-4B CBERS-4A
17 08:54:20 Kourou ELS Sojuz-STA/Fregat-M CSG-1, CHEOPS, ANGELS, EyeSat, OPS-SAT,
Open Cosmos x 4, ELO
17 ~12:45 Canaveral 41 Atlas-5/422 Starliner Boe-OFT
20-31 ??:?? Wenchang 101 CZ-5 Shijian-20
24 ??:?? Bajkonur 81/24 Proton-M/DM-03 Elektro-Ł No. 3
25 ??:?? Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
2P ??:?? Mojave 12/30 B-747/LauncherOne MiniCarb, PAN A, PAN B, STP-27VP (x 8?)
3D ??:?? Sriharikota S PSLV-CA RISAT-2BR2, Kleos x 4, Lemur x ?
?? ??:?? Jiuquan 43/94 CZ-2D ETRSS-1, MN50-01, MN10-03, MN10-04
?? ??:?? Plesieck 43/4 Sojuz-2.1w/Wołga ?
?? ??:?? Onenui 1 Electron/Curie MCNAIR

Tajny satelita wystrzelony z Plesiecka
25.11. o 17:52:03,401 z Plesiecka wystrzelona została RN Sojuz-2.1w/Wołga, która wyniosła na orbitę o parametrach:
hp=368 km, ha=858 km, i=97,9º tajnego satelitę Kosmos 2542.
http://lk.astronautilus.pl/n191116.htm#03

http://www.youtube.com/watch?v=vqST1CQl1_E
https://www.youtube.com/watch?v=vqST1CQl1_E

Russia launches space surveillance satellite
November 25, 2019 Stephen Clark

(...) Analysts noted similarities between Monday’s launch and a Soyuz 2-1v flight in June 2017 that deployed a similarly-secretive payload into orbit. Observers believed the June 2017 launch carried a military spacecraft into orbit to collect geodetic measurements, but the satellite later released a smaller craft in orbit described by the Russian military as an inspector probe capable approaching and imaging other objects in orbit, according to RussianSpaceWeb.com, a website run by the respected Russian space journalist Anatoly Zak.

Russian authorities did not announce the launch of the clandestine payload in advance, but airspace warning notices informing pilots of downrange booster and payload fairing drop zones suggested a Soyuz launch was planned Monday. (...)
https://spaceflightnow.com/2019/11/25/russia-launches-space-surveillance-satellite/

https://www.nasaspaceflight.com/2019/11/soyuz-2-1v-lofts-mystery-military-satellite/

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-3C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
17 01:22 Onenui 1 Electron/Curie Palisade Demo-1
17 15:21:04 Xichang CZ-3B/G2 TJ-4

LISTOPAD 2019

02 13:59:46 Wallops 0A Antares-230 Cygnus-12
03 03:22:39 Taiyuan 9 CZ-4B Gaofen-7, Jingzhi 1, Jifeng,
Sudan Scientific Experimental Satellite 1
04 17:43:04 Xichang CZ-3B/G2 Beidou-IGSO-3
11 14:56:00 Canaveral 40 Falcon-9 Starlink v1.0 x 60
13 03:40:35 Jiuquan 43/95 KZ-1A Jilin-1 Gaofen-02A
13 06:35:14 Taiyuan 16 CZ-6 Ningxia-1 x 5
17 10:00 Jiuquan 43/95 KZ-1A KL-Alpha A, B
23 00:55:55 Xichang 3 CZ-3B/YZ-1 Beidou-3 M21, M22
25 17:52:03 Plesieck 43/4 Sojuz-2.1w/Wołga Kosmos 2542
26 21:23 Kourou 3 Ariane-5ECA Inmarsat 5 F5, TIBA-2
27 03:58 Sriharikota S PSLV-XL Cartosat-3,Meshbed, Flock-4p x 12
27 23:52 Taiyuan 9 CZ-4C Gaofen-12

GRUDZIEŃ 2019
__________________________________________________________________________________________
04 17:51 KSC 39A Falcon-9 Dragon-19
06 09:34 Bajkonur 31/6 Sojuz-2.1a Progress MS-13
0? 07:56-09:22 Onenui 1 Electron/Curie ATL-1, FossaSat-1, NOOR-1A, NOOR-1B,
SMOG-P, TRSI Satmm ALE-2
0? ??:?? Sriharikota F PSLV-CA RISAT-2BR1, iQPS SAR, Spire-2 x 4
?? ??:?? Plesieck 43/4 Sojuz-2.1a/Fregat Kosmos (Nejtron)
10 ??:?? Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos (Uragan-M)
16 00:10-01:38 KSC 39A Falcon-9 Kacific-1
17 03:21 Taiyuan 9 CZ-4B CBERS-4A, FloripaSat-1, ETRSS-1, MN50-01,
MN10-03, MN10-04
17 08:54:20 Kourou ELS Sojuz-STA/Fregat-M CSG-1, CHEOPS, ANGELS, EyeSat, OPS-SAT,
Open Cosmos x 4, ELO
17 ~12:45 Canaveral 41 Atlas-5/422 Starliner Boe-OFT
24 ??:?? Bajkonur 81/24 Proton-M/DM-03 Elektro-Ł No. 3
25 ??:?? Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
27 ??:?? Wenchang 101 CZ-5 Shijian-20
2P ??:?? Mojave 12/30 B-747/LauncherOne MiniCarb, PAN A, PAN B, STP-27VP (x 8?)
3D ??:?? Sriharikota S PSLV-CA RISAT-2BR2, Kleos x 4, Lemur x ?
?? ??:?? Jiuquan 43/94 CZ-2D
?? ??:?? Plesieck 43/4 Sojuz-2.1w/Wołga ?
?? ??:?? Onenui 1 Electron/Curie MCNAIR

Ariane po raz 250
26.11. o 21:23 z Kourou wystrzelona została RN Ariane-5ECA, która wyniosła w T+25' 07" na orbitę o parametrach:
hp=250 km, ha=3526 km, i=5º satelity telekomunikacyjne TIBA-1 i Inmarsat 5 F5 (GX-5). Był to dwieście pięćdziesiąty
start rakiet rodziny Ariane.
http://lk.astronautilus.pl/n191116.htm#04

http://www.youtube.com/watch?v=M4pMzK1Ly3Y
https://www.youtube.com/watch?v=M4pMzK1Ly3Y

Launch of 250th Ariane rocket marks new era for Inmarsat broadband fleet
November 26, 2019 Stephen Clark

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2019/11/78214999_2748997088471955_2529608851125174272_o.jpg)
The 250th launch of an Ariane rocket — and the 106th Ariane 5 flight — delivered the TIBA 1 and Inmarsat GX5 communications satellites to orbit Tuesday evening. Credit: ESA/CNES/Arianespace – Photo Optique Video du CSG – JM Guillon

(...) The TIBA 1 satellite was the larger of the two payloads launched Tuesday. It launched in the upper berth of the Ariane 5’s bulbous payload shroud. Underneath a composite adapter sat Inmarsat GX5, which separated from the launcher after TIBA 1 in the Tuesday’s flight sequence. (...)

“Tonight is a very special launch for many reasons,” Israel continued. “We are now celebrating, with this launch, the 250th launch from the Ariane family. The journey started at Christmas 1979, on the 24th of December, with Ariane 1, and we are now almost 40 years later. What a journey we have done together. We are all really proud that this launch, which is really special for all the Ariane family, has been delivered for loyal partners and customers.”

The TIBA 1 and Inmarsat GX5 are destined for circular geostationary orbits more than 22,000 miles (nearly 36,000 kilometers) over the equator, where their velocities will match the rate of Earth’s rotation, causing them to appear in a fixed position in the sky.

Egypt ordered the TIBA 1 communications satellite in 2016 as part of a purchase of French military equipment reportedly worth more than $1 billion. French officials released no further updates on the Egyptian satellite until October, when satellite-builder Airbus Defense and Space announced its name and assignment to the next Ariane 5 launch. (...)
https://spaceflightnow.com/2019/11/26/launch-of-250th-ariane-rocket-marks-new-era-for-inmarsat-broadband-fleet/

Ariane 5 launches satellites for Egypt, Inmarsat
by Caleb Henry — November 26, 2019

(https://spacenews.com/wp-content/uploads/2019/11/rsz_screen_shot_2019-11-26_at_42346_pm-e1574810929743-879x484.jpg)
An Ariane 5 lifts off Nov. 26 from Kourou, French Guiana, with two geostationary communications satellites onboard. Credit: Arianespace webcast.

WASHINGTON — An Ariane 5 rocket from European launch provider Arianespace successfully lifted off Nov. 26, carrying a communications satellite for the Egyptian government and a satellite for Inmarsat.

The rocket launched at 4:23 p.m. Eastern from the Guiana Space Center in South America following a two-day delay due to a launch site power issue and a one-day weather delay. Egypt’s TIBA-1 satellite separated 27 minutes after liftoff, followed by Inmarsat’s GX-5 satellite 34 minutes after liftoff.

The launch was the 250th of an Ariane-family rocket, and one of the last for the Ariane 5, which has 11 missions remaining. Europe is phasing out the Ariane 5, its heavy-lift vehicle, from 2020 to 2023 in favor of the lower cost Ariane 6, which is now in production.

Egyptian government becomes a satellite operator

TIBA-1, named after the ancient Egyptian capital, Tiba, is the Egyptian government’s first satellite.

Thales Alenia Space and Airbus co-built the 5,600-kilogram satellite, with Airbus supplying the bus and Thales Alenia Space providing the Ka-band payload. Airbus also procured the satellite’s launch on behalf of the government of Egypt.

François Gaullier, Airbus Defence and Space senior vice president of telecommunications satellite systems, said in a post-launch speech that the company has received telemetry from the satellite, indicating it is healthy in orbit.

TIBA-1 is designed to provide connectivity across Egypt and other countries along the Nile river.

Egypt’s Ministry of Communications and Information Technology said TIBA-1 is the first in a series of “TIBA Sat” missions the country plans in the near future.

Egypt aims to “disrupt the communications industry in Egypt and Africa” with the TIBA Sat satellites, foreshadowing a new entrant into a market where Middle East operators Spacecom, Yahsat, Es’hailSat and Arabsat are all present, along with global satellite operators.

Egypt also has a commercial satellite operator, NileSat, which provides service from three satellites, according to the company website. Arianespace said in a news release it has launched three satellites for NileSat between 1998 and 2010.

Inmarsat fleet expansion begins

With GX-5, Inmarsat’s now has 14 satellites in geostationary orbit. GX-5 is the first of eight additional satellites and payloads London-based Inmarsat ordered after completing its first-generation Global Xpress high-throughput satellite system.

Built by Thales Alenia Space, GX-5 has more capacity than Inmarsat’s current four Global Xpress satellites combined, Inmarsat CEO Rupert Pearce said in a pre-recorded speech aired during the launch.

Pearce described GX-5 as the beginning of a “second phase of network evolution” for Global Xpress. He said Inmarsat plans to operate the Ka-band satellite over Europe and the Middle East to provide Wi-Fi for airplanes and boats.

GX-5 has 72 fixed spot beams, plus four beams that can be steered to cover different parts of the globe. Mark Dickinson, Inmarsat deputy chief technology officer, said in a post-launch speech that the company received telemetry from the 4,000-kilogram satellite.

Inmarsat is now focused on layering additional capacity on Global Xpress to support customers in high-traffic areas. The company’s next satellite, Inmarsat-6 F1, is scheduled to launch in 2020 on a Mitsubishi Heavy Industries H-2A rocket, followed by Inmarsat-6 F2 on a to-be-announced launcher in 2021. Both are from Airbus.

After those, Inmarsat has two payloads launching in 2022 on Space Norway satellites that Northrop Grumman is building. Three reprogrammable satellites, the Inmarsat-7s, follow from Airbus, with launch anticipated by 2023 (https://spacenews.com/inmarsat-details-gx-expansion-onesat-satellite-orders/).

Arianespace Soyuz launch in December

Arianespace’s VA250 mission was the fourth and final launch of Ariane 5 for the year. Stéphane Israël, Arianespace chief executive, said the company’s next mission will be a Soyuz launch with the Italian Cosmo-SkyMed second-generation radar satellite, the European Space Agency’s CHEOPS telescope, and three smallsat secondary payloads. That mission is scheduled for Dec. 17, he said.
https://spacenews.com/ariane-5-launches-satellites-for-egypt-inmarsat/

https://www.arianespace.com/mission/ariane-flight-va250/
https://www.nasaspaceflight.com/2019/11/ariane-5-tiba-1-inmarsat-gx5/

Tiba 1 https://space.skyrocket.de/doc_sdat/tiba-1.htm
Inmarsat-5 F5 (GX 5) https://space.skyrocket.de/doc_sdat/inmarsat-5-5.htm

Kolejny start z indyjskiego kosmodromu
27.11. o 03:58 z Sriharikota wystrzelona została RN PSLV-XL, która wyniosła w T+16' 55" na orbitę o parametrach:
hp=509 km, ha=509 km, i=97,5º satelity Cartosat-3, Meshbed i 12 Flock-4p.
http://lk.astronautilus.pl/n191116.htm#05

http://www.youtube.com/watch?v=p0oLARS6cCw
https://www.youtube.com/watch?v=p0oLARS6cCw

PSLV delivers India’s highest-resolution Earth observation satellite to orbit
November 27, 2019 Stephen Clark

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2019/11/EKW29PSUwAA6-T_.jpeg)
An Indian Polar Satellite Launch Vehicle lifts off at 9:28 a.m. local time Wednesday (0358 GMT; 10:58 p.m. EST Tuesday) with the Cartosat 3 satellite and 13 secondary payloads. Credit: ISRO

(...) Within a half-hour, the PSLV injected its 14 satellite payloads into a polar orbit more 316 miles (509 kilometers) above Earth. Cameras fixed to the PSLV’s fourth stage showed the 14 spacecraft separating from the rocket, and officials from the Indian Space Research Organization — India’s space agency — declared the launch a success.

“Cartosat 3 is (India’s) highest-resolution civilian spacecraft,” said K. Sivan, ISRO’s chairman. “It is also the most complex and advanced Earth observation satellite ISRO has built so far.”

The 3,582-pound (1,625-kilogram) Cartosat 3 spacecraft carries an optical imaging payload with a resolution of about 25 centimeters — less than a foot — allowing analysts to identify types of cars and see finer details in buildings and natural landforms.

“The realization of Cartosat 3 has witnessed a totally new development in advanced technological areas, across the board, in all the domains from the payload to the communications system, the optical system, and the sensors, and so on,” said P. Kunhikrishnan, head of ISRO’s U.R. Rao Satellite Center.

Cartosat 3 will provide imagery with “the highest-ever achieved spatial resolution of about a foot, combined with a much wider swath,” Kunhikrishnan said. “That demanded a very high data throughout.”

The Cartosat 3 satellite will downlink imagery through a high-bandwidth Ka-band data link, Kunhikrishnan said.

India has launched nine Cartosat mapping satellites since 2005, the first of which had an imaging resolution of 8.2 feet, or 2.5 meters. The Cartosat satellites launched since 2005 have offered improvements in resolution and data collection capacity.

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2019/11/sf_planet.jpg)
One of Planet’s SuperDove prototype satellites launched in late 2018 captured this view of San Francisco. Credit: Planet

Twelve of the secondary passengers that launched with the PSLV Tuesday are owned by Planet, a San Francisco-based company that operates more than 100 shoebox-sized “Dove” CubeSats with Earth-imaging cameras. Planet, which builds its own spacecraft, says the 12 satellites launching on the PSLV are part of an upgraded series of Earth-observing nanosatellites called “SuperDoves.”

“New sensors are enabling higher image quality with sharper, more vibrant colors and accurate surface reflectance values for advanced algorithms and time-series analysis,” Planet said last month when the company announced the new SuperDove capabilities.

The SuperDove satellites will join 26 SuperDove prototypes already in orbit, according to Planet.

Planet sells 3-meter (10-foot) resolution imagery from its Dove satellites through a service named PlanetScope. The company’s large fleet of small, relatively inexpensive satellites can provide global images refreshed daily, enabling customers ranging from farmers to the U.S. government’s spy agencies to look for day-to-day changes.

The new SuperDove satellites will allow Planet to collect imagery in four, five and eight spectral bands, yielding up to five times more data than the earlier Dove satellites, according to Will Marshall, Planet’s founder and CEO. The upgrades are particularly useful for agricultural and pollution monitoring.

With Tuesday’s launch, Planet has launched more than 400 satellites.

Sarah Bates, a Planet spokesperson, said Monday that the company currently has roughly 120 operational Dove nanosatellites in orbit. Planet has also launched larger refrigerator-sized 15 SkySat satellites, which offer higher-resolution imagery than the Dove CubeSats, and the company inherited five satellites from RapidEye when it acquired that company in 2013.

In addition to more SuperDove CubeSats, Planet has six more SkySat satellites in production and plans to launch them within the next year, Bates said.

Planet said its ground team received signals from all 12 satellites launched Tuesday. The company’s newest batch of SuperDove satellites is designated Flock 4p.

The Flock 4p satellites will undergo detumbling maneuvers, various subsystem health checks, solar panel deployments, and calibration of their imagery systems before entering commercial service, according to Planet.

A three-unit CubeSat named Meshbed also rode India’s PSLV into orbit. The Meshbed nanosatellite, owned by Analytical Space of Cambridge, Massachusetts, will test an experimental phased array antenna developed by MITRE, a not-for-profit company that works with U.S. government research centers to develop innovations in defense and intelligence, aviation, health care and cybersecurity applications, among other areas.

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2019/11/FUSE-Infographic-527-4_2.jpg)
Credit: MITRE

MITRE’s patented Frequency-scaled Ultra-wide Spectrum Element, or FUSE, antenna could help enable the faster relay of satellite data to ground users, according to Analytical Space. The demonstration of the FUSE antenna, which MITRE developed in partnership with the Naval Research Laboratory, could also aid future U.S. government satellite missions in tactical communication and reconnaissance, officials said.

Built with 3D-printed parts, the FUSE antenna will unfurl from the Meshbed CubeSat after launch, then begin a series of data relay demonstrations.

“By solving the problem of fitting a wideband antenna into a CubeSat and demonstrating that it can operate in the harsh space environment, FUSE will accelerate the development of high-performance and multi-function systems, with a wide range of applications that includes military use and commercial satellite communications,” Analytical Space said.

The launch bookings for the Planet SuperDove satellites and the Meshbed CubeSat were arranged with NewSpace India Ltd., the commercial arm of ISRO. Spaceflight, a Seattle-based company, was the launch broker for Analytical Space’s Meshbed satellite.
https://spaceflightnow.com/2019/11/27/pslv-delivers-indias-highest-resolution-earth-observation-satellite-to-orbit/

https://www.nasaspaceflight.com/2019/11/indias-pslv-cartosat-3-launch/

Cartosat 3 https://space.skyrocket.de/doc_sdat/cartosat-3.htm
Flock-4p 1 (Dove 2277) https://space.skyrocket.de/doc_sdat/flock-1.htm
Flock-4p 2 (Dove 2278)
Flock-4p 3 (Dove 2304)
Flock-4p 4 (Dove 2310)
Flock-4p 5 (Dove 2259)
Flock-4p 6 (Dove 2263)
Flock-4p 7 (Dove 222F)
Flock-4p 8 (Dove 2275)
Flock-4p 9 (Dove 2257)
Flock-4p 10 (Dove 2233)
Flock-4p 11 (Dove 2231)
Flock-4p 12 (Dove 2271)
Meshbed https://space.skyrocket.de/doc_sdat/meshbed.htm

Chiński satelita radarowy
27.11. o 23:52 z Taiyuan wystrzelona została RN CZ-4C, która wyniosła na orbitę o parametrach: hp=595 km, ha=599 km,
i=97,9º satelitę radarowego Gaofen-12.
http://lk.astronautilus.pl/n191116.htm#06

http://www.youtube.com/watch?v=fH14rM35QvE
https://www.youtube.com/watch?v=fH14rM35QvE

China launches new Earth observation satellite
Source: Xinhua| 2019-11-28 08:30:12|Editor: huaxia

(http://www.xinhuanet.com/english/2019-11/28/138588854_15749101933281n.jpg)
An earth observation satellite, Gaofen-12, is launched aboard a Long March-4C rocket from the Taiyuan Satellite Launch Center in Taiyuan, capital of north China's Shanxi Province, Nov. 28, 2019. (Photo by Zheng Taotao/Xinhua)

TAIYUAN, Nov. 28 (Xinhua) -- China sent a new Earth observation satellite into space from the Taiyuan Satellite Launch Center in northern China's Shanxi Province at 7:52 a.m. Thursday (Beijing Time).

The satellite, Gaofen-12, was launched aboard a Long March-4C rocket and entered the planned orbit successfully. It was the 320th flight mission of the Long March carrier rocket series.

As part of the country's high-definition earth observation project, the microwave remote sensing satellite is capable of providing photographs with a resolution of better than a meter.

Gaofen-12 will be used in land surveys, urban planning, road network design and crop yield estimate, as well as disaster relief. It can also serve projects along the Belt and Road.

Both the satellite and the carrier rocket were developed by the Shanghai Academy of Spaceflight Technology under the China Aerospace Science and Technology Corporation.
http://www.xinhuanet.com/english/2019-11/28/c_138588854.htm

China launches radar observation satellite
November 28, 2019 Stephen Clark

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2019/11/138588854_15749102140541n.jpg)
A Long March 4C rocket took off from the Taiyuan space center in northern China at 2352 (6:52 p.m. EST) Wednesday. Credit: Xinhua

A new all-weather radar imaging satellite for China’s civilian-oriented fleet of Gaofen Earth observatories launched Wednesday aboard a Long March 4C rocket, according to Chinese state media.

The Gaofen 12 radar surveillance payload lifted off from the Taiyuan space center, located in northern China’s Shanxi province southwest of Beijing, at 2352 GMT (6:52 p.m. EST) Wednesday, China’s government-run Xinhua news agency reported. Liftoff occurred at 7:52 a.m. Beijing time Thursday.

A Long March 4C rocket headed south from Taiyuan to place the Gaofen 12 spacecraft into an orbit around 370 miles (596 kilometers) above Earth, with an inclination of 97.9 degrees to the equator, according to independent U.S. military tracking data.

Chinese officials declared the Long March 4C flight a success, marking China’s 29th orbital launch attempt this year, and the 27th to achieve orbit. That’s more than any other country in 2019.

The Gaofen 12 satellite and the Long March 4C rocket were developed by the Shanghai Academy of Spaceflight Technology, a division of the China Aerospace Science and Technology Corp., the top state-owned contractor for the Chinese space program, according to Xinhua.

The Gaofen series of satellites are part of the China High-Resolution Earth Observation System, or CHEOS. Chinese officials say the CHEOS satellite fleet is a civilian-operated program comprising optical and radar imaging spacecraft, and authorities have published high-resolution imagery taken by previous Gaofen satellites.

Gaofen 12 is a radar imaging satellite capable of viewing Earth’s surface day and night, whether skies are clear or cloudy. Xinhua said Gaofen 12’s microwave instrument will provide images with a resolution of better than one meter, or 3.3 feet.

State media said Gaofen 12 will be used in land surveys, urban planning, road network design, crop yield estimation and disaster relief. The satellite’s data will also be used internationally by countries that are part of China “Belt and Road” foreign policy and economic development initiative, Xinhua said.
https://spaceflightnow.com/2019/11/28/china-launches-radar-observation-satellite/

https://www.nasaspaceflight.com/2019/11/long-march-4c-lofts-gaofen-12/

https://space.skyrocket.de/doc_sdat/gf-12.htm

Starty kosmiczne w 2019 (1)

Starty wg miesięcy:

I 6+1 (Chiny 2, SpaceX 1, ULA 1, Indie 1, Japonia 1, Iran 1)
II 4+1 ( SpaceX 1, Rosja 1+1 z Kourou, Europa 1, Iran 1)
III 7+ 1 (Chiny 2+1 , SpaceX 1, ULA 1, Rocket Lab 1, Rosja 1, Europa 1)
IV 7 (Chiny 2 , SpaceX 1, NG 1, Rosja 1+1 Kourou, Indie 1)
V 7+ 1 (Chiny 1+1 , SpaceX 2, Rocket Lab 1, Rosja 2, Indie 1)
VI 6 (Chiny 2, SpaceX 2, Rocket Lab 1, Europa 1)
VII 10+1 (Chiny 2, SpaceX 1, Rosja 6, Europa 1, Indie 1)
VIII 11+1 (wybuch na wyrzutni) (Chiny 3, SpaceX 1, ULA 2, Rocket Lab 1, Rosja 3, Europa 1, Iran 1)
IX 7 (Chiny 4, Rosja 2, Japonia 1)
X 5 (Chiny 2, NG 1, Rocket Lab 1, Rosja 1)
XI 12 (82+5+ 1) (Chiny 7, SpaceX 1, NG 1 , Rosja 1, Europa 1, Indie 1)

W skrócie:

Chiny 27 + 2
USA 18 (SpaceX 11, ULA 4, NG 3)
Nowa Zelandia (Rocket Lab) 5
Rosja 18+2 z Kourou
Europa (bez europejskich Sojuzów) 5 + 1
Japonia 2
Indie 5
Iran 2 + 1 (wybuch na wyrzutni)

Chiny

10.01. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg127412#msg127412) CZ-3B/G2 Xichang LC2
Zhongxing-2D
21.01. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg127796#msg127796) CZ-11 Jiuquan
Jilin Lincao-1
Jilin Lincao-2
Lingque-1A
Xiaoxiang-1 03
09.03. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg129772#msg129772) CZ-3B/G2 Xichang LC3
Zhongxing-6C
27.03. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg130495#msg130495) OS-M1 Jiuquan
Lingque 1B
31.03. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg130623#msg130623) CZ-3B/G2 Xichang
Tianlian-2 01
20.04. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg131328#msg131328) CZ-3B/G2 Xichang LC3
Beidou-3 IGSO1 (4600 kg)
29.04. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg131638#msg131638) CZ-4B Taiyuan LC9
Tianhui 2-01A (TH 2-01A)
Tianhui 2-01B (TH 2-01B)
17.05. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg132211#msg132211) CZ-3C Xichang LC3
Beidou-2 G8
22.05. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg132401#msg132401) CZ-4C Taiyuan LC9
Yaogan-33
05.06. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg132849#msg132849) CZ-11 WEY barka, Morze Żółte
Jilin-1 HR 03A (42 kg)
Bufeng-1A
Bufeng-1B
Xiaoxiang-1-04
Tianqi 3
Tianxiang
Tianxiang
24.06. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg133490#msg133490) CZ-3B Xichang LC3
Beidou-3 IGSO-2 (4200 kg)
25.07. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg134700#msg134700) SQX-1 Jiuquan
CAS 7B (BP 1B, BO 102, BIT Progress-OSCAR 102) (3 kg)
Hangtian KKG Fazhang sat
(Hyperbola Stage 4 payloads)
26.07. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg134759#msg134759) CZ-2C Xichang
Yaogan-30 Group 05 01
Yaogan-30 Group 05 02
Yaogan-30 Group 05 03
17.08. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg135342#msg135342) Jielong-1 Jiuquan
Tianqi-2 (8 kg ?)
Qian Sheng 1-01 (65 kg)
Xingshidai-5 (10 kg)
19.08. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg135369#msg135369) CZ-3B/G2 Xichang LC2
Zhongxing-18
30.08. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg135767#msg135767) KZ-1A Jiuquan
KX-09
Xiaoxiang-1-07
12.09. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg136133#msg136133) CZ-4B Taiyuan LC9
Ziyuan-1 02D
Jingshi-1 (16 kg)
Jinniuzuo-1
19.09. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg136369#msg136369) CZ-11 Jiuquan 43/95
OHS-3
OHS-3A
OHS-3B
OHS-3C
OVS-3D (90 kg)
22.09. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg136452#msg136452) CZ-3B/YZ-1 Xichang LC2
Beidou-3 M23 (1014 kg ?)
Beidou-3 M24 (1014 kg ?)
25.09. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg136507#msg136507) CZ-2D Jiuquan LC43/94
Yunhai-1-02
04.10. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg136957#msg136957) CZ-4C Taiyuan LC9
Gaofen-10[R]
17.10. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg137330#msg137330) CZ-3B/G2 Xichang LC3
TJSW-4
03.11. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg137803#msg137803) CZ-4B Taiyuan LC9
Gaofen-7
Jingzhi 1
Sudan SES-1
Jifeng
04.11. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg137894;topicseen#msg137894) CZ-3B/G2 Xichang LC2
Beidou-3 IGSO-3 (4200 kg)
13.11. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg138260#msg138260) KZ-1A Jiuquan LC-43/95
Jilin-1 Gaofen-02A (42 kg ?)
13.11. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg138261#msg138261) CZ-6 Taiyuan LC-16
Ningxia-1 01
Ningxia-1 02
Ningxia-1 03
Ningxia-1 04
Ningxia-1 05
17.10. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg138333#msg138333) KZ-1A Jiuquan LC-43/95
KL-Alpha A (70 kg)
KL-Alpha B (90 kg)
23.11. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg138492;topicseen#msg138492) CZ-3B/YZ-1 Xichang LC3
Beidou-3 M21 (1060 kg)
Beidou-3 M22 (1060 kg)
27.11. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg138683;topicseen#msg138683) CZ-4C Taiyuan LC-9
Gaofen-12

USA

SpaceX

11.01. (http://www.forum.kosmonauta.net/index.php?topic=3356.msg127416#msg127416) Falcon-9R Vandenberg SLC-4E
Iridium-NEXT 66 (860 kg)
Iridium-NEXT 67 (860 kg)
Iridium-NEXT 68 (860 kg)
Iridium-NEXT 69 (860 kg)
Iridium-NEXT 70 (860 kg)
Iridium-NEXT 71 (860 kg)
Iridium-NEXT 72 (860 kg)
Iridium-NEXT 73 (860 kg)
Iridium-NEXT 74 (860 kg)
Iridium-NEXT 75 (860 kg)
22.02. (http://www.forum.kosmonauta.net/index.php?topic=3457.msg128856;topicseen#msg128856) Falcon-9R Canaveral SLC-40
PSN-6 (4735 kg)
Beresheet (582 kg)
S5 (60 kg)
02.03. (http://www.forum.kosmonauta.net/index.php?topic=3370.msg129232#msg129232) Falcon-9R KSC LC-39A
Dragon 2 DM-1 (12055 kg)
11.04. (http://www.forum.kosmonauta.net/index.php?topic=3161.msg131046#msg131046) Falcon Heavy KSC LC-39A
Arabsat-6A (6465 kg; 3520 kg (bez paliwa)
04.05. (http://www.forum.kosmonauta.net/index.php?topic=3486.msg131892#msg131892) Falcon-9R Canaveral SLC-40
Dragon SpX-17
Red-Eye↑ (~100 kg)
OCO 3⇑
STP-H6⇑
24.05. (http://www.forum.kosmonauta.net/index.php?topic=3633.msg132459#msg132459) Falcon-9R Canaveral SLC-40
Starlink 1 (227 kg)
Starlink 2 (227 kg)
Starlink 3 (227 kg)
Starlink 4 (227 kg)
Starlink 5 (227 kg)
Starlink 6 (227 kg)
Starlink 7 (227 kg)
Starlink 8 (227 kg)
Starlink 9 (227 kg)
Starlink 10 (227 kg)
Starlink 11 (227 kg)
Starlink 12 (227 kg)
Starlink 13 (227 kg)
Starlink 14 (227 kg)
Starlink 15 (227 kg)
Starlink 16 (227 kg)
Starlink 17 (227 kg)
Starlink 18 (227 kg)
Starlink 19 (227 kg)
Starlink 20 (227 kg)
Starlink 21 (227 kg)
Starlink 22 (227 kg)
Starlink 23 (227 kg)
Starlink 24 (227 kg)
Starlink 25 (227 kg)
Starlink 26 (227 kg)
Starlink 27 (227 kg)
Starlink 28 (227 kg)
Starlink 29 (227 kg)
Starlink 30 (227 kg)
Starlink 31 (227 kg)
Starlink 32 (227 kg)
Starlink 33 (227 kg)
Starlink 34 (227 kg)
Starlink 35 (227 kg)
Starlink 36 (227 kg)
Starlink 37 (227 kg)
Starlink 38 (227 kg)
Starlink 39 (227 kg)
Starlink 40 (227 kg)
Starlink 41 (227 kg)
Starlink 42 (227 kg)
Starlink 43 (227 kg)
Starlink 44 (227 kg)
Starlink 45 (227 kg)
Starlink 46 (227 kg)
Starlink 47 (227 kg)
Starlink 48 (227 kg)
Starlink 49 (227 kg)
Starlink 50 (227 kg)
Starlink 51 (227 kg)
Starlink 52 (227 kg)
Starlink 53 (227 kg)
Starlink 54 (227 kg)
Starlink 55 (227 kg)
Starlink 56 (227 kg)
Starlink 57 (227 kg)
Starlink 58 (227 kg)
Starlink 59 (227 kg)
Starlink 60 (227 kg)
12.06. (http://www.forum.kosmonauta.net/index.php?topic=3672.msg133059#msg133059) Falcon-9R Vandenberg SLC-4E
Radarsat-C1 (1430 kg)
Radarsat-C2 (1430 kg)
Radarsat-C3 (1430 kg)
25.06. (http://www.forum.kosmonauta.net/index.php?topic=3596.msg133491#msg133491) Falcon Heavy KSC LC-39A
DSX (~600 kg)
FORMOSAT 7A (278 kg)
FORMOSAT 7B (278 kg)
FORMOSAT 7C (278 kg)
FORMOSAT 7D (278 kg)
FORMOSAT 7E (278 kg)
FORMOSAT 7F (278 kg)
GPIM (~ 180 kg)
OTB 1 (138 kg)
NPSat 1 (86 kg)
Oculus-ASR (70 kg)
Prox 1 (71 kg)
LightSail B (5 kg)
E-TBEx A (4 kg)
E-TBEx B (4 kg)
PSat 2 (2 kg)
TEPCE 1 (1.5 kg)
TEPCE 2 (1.5 kg)
BRICSat 2 (1 kg)
FalconSat 7 (5 kg
ARMADILLO (4 kg)
CP 9 (LEO) (2 kg)
StangSat (1 kg)
Prometheus-2 5 ? (2 kg)
25.07. (http://www.forum.kosmonauta.net/index.php?topic=3679.msg134758;topicseen#msg134758) Falcon-9R Canaveral SLC-40
Dragon CRS-18 (SpX 18, Dragon C108-F3)
IDA 3 ⇑ (526 kg)
RFTSat 1 ↑
MakerSat 1 ↑ (1 kg)
NARSScube 2 ↑ (1 kg)
? ↑
06.08. (http://www.forum.kosmonauta.net/index.php?topic=3701.msg135095#msg135095) Falcon-9 Canaveral SLC-40
Amos-17 (6500 kg)
11.11. (https://www.forum.kosmonauta.net/index.php?topic=3747.msg138249#msg138249) Falcon-9R Canaveral SLC-40
Starlink 1-1 (~260 kg)
Starlink 1-2 (~260 kg)
Starlink 1-3 (~260 kg)
Starlink 1-4 (~260 kg)
Starlink 1-5 (~260 kg)
Starlink 1-6 (~260 kg)
Starlink 1-7 (~260 kg)
Starlink 1-8 (~260 kg)
Starlink 1-9 (~260 kg)
Starlink 1-10 (~260 kg)
Starlink 1-11 (~260 kg)
Starlink 1-12 (~260 kg)
Starlink 1-13 (~260 kg)
Starlink 1-14 (~260 kg)
Starlink 1-15 (~260 kg)
Starlink 1-16 (~260 kg)
Starlink 1-17 (~260 kg)
Starlink 1-18 (~260 kg)
Starlink 1-19 (~260 kg)
Starlink 1-20 (~260 kg)
Starlink 1-21 (~260 kg)
Starlink 1-22 (~260 kg)
Starlink 1-23 (~260 kg)
Starlink 1-24 (~260 kg)
Starlink 1-25 (~260 kg)
Starlink 1-26 (~260 kg)
Starlink 1-27 (~260 kg)
Starlink 1-28 (~260 kg)
Starlink 1-29 (~260 kg)
Starlink 1-30 (~260 kg)
Starlink 1-31 (~260 kg)
Starlink 1-32 (~260 kg)
Starlink 1-33 (~260 kg)
Starlink 1-34 (~260 kg)
Starlink 1-35 (~260 kg)
Starlink 1-36 (~260 kg)
Starlink 1-37 (~260 kg)
Starlink 1-38 (~260 kg)
Starlink 1-39 (~260 kg)
Starlink 1-40 (~260 kg)
Starlink 1-41 (~260 kg)
Starlink 1-42 (~260 kg)
Starlink 1-43 (~260 kg)
Starlink 1-44 (~260 kg)
Starlink 1-45 (~260 kg)
Starlink 1-46 (~260 kg)
Starlink 1-47 (~260 kg)
Starlink 1-48 (~260 kg)
Starlink 1-49 (~260 kg)
Starlink 1-50 (~260 kg)
Starlink 1-51 (~260 kg)
Starlink 1-52 (~260 kg)
Starlink 1-53 (~260 kg)
Starlink 1-54 (~260 kg)
Starlink 1-55 (~260 kg)
Starlink 1-56 (~260 kg)
Starlink 1-57 (~260 kg)
Starlink 1-58 (~260 kg)
Starlink 1-59 (~260 kg)
Starlink 1-60 (~260 kg)

ULA

19.01. (http://www.forum.kosmonauta.net/index.php?topic=3418.msg127703#msg127703) Delta-4H Vandenberg SLC-6
USA-290 (13500 kg - 17000 kg)
16.03. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg130091#msg130091) Delta-4M+(5,4) Canaveral SLC-37B
WGS-10 (5987 kg)
08.08. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg135138#msg135138) Atlas-5/551 Canaveral SLC-41
AEHF-5 (USA-292) (6168 kg)
TDO
22.08. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg135471#msg135471) Delta-4M+(4,2) Canaveral SLC-37B
GPS III SV02 (4400 kg (#1))

Northrop Grumman

17.04. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg131234#msg131234) Antares-230 Wallops LP-0A
Cygnus NG-11 (SS Roger Chaffee)
VCC A (1 kg) ↑
VCC B (1 kg) ↑
VCC C (1 kg) ↑
Bird JPN (1 kg) ↑
Bird LKA (1 kg) ↑
Bird NPL (1 kg) ↑
IOD-GEMS (4 kg) ↑
SpooQy 1 ↑
EntrySat (4 kg) ↑
Światowid (2 kg) ↑
KrakSat (1 kg) ↑
AeroCube 10A
AeroCube 10B
SASSI2 (4 kg)
Seeker
ThinSat 1A (1.95 kg)
ThinSat 1B (1.09 kg)
ThinSat 1C (2.11 kg)
ThinSat 1D (2.20 kg)
ThinSat 1E (2.16 kg)
ThinSat 1F (2.11 kg)
ThinSat 1G (1.10 kg)
ThinSat 1H (2.11 kg)
ThinSat 1I (2.15 kg)
ThinSat 1J (2.20 kg)
ThinSat 1K (1.10 kg)
ThinSat 1L (2.14 kg)
11.10. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg137098#msg137098) L-1011/Pegasus-XL Canaveral 13/31
ICON (288 kg)
02.11. (https://www.forum.kosmonauta.net/index.php?topic=3815.msg137783#msg137783) Antares-230+ Wallops LP-0A
Cygnus CRS-12 (NG 12, SS Alan Bean)
STPSat 4 ↑ (~ 100 kg)
HARP ↑
Phoenix ↑
RadSat-u ↑ (4 kg)
SOCRATES ↑ (4 kg)
MVP-Argus (Argus 02, MVP A, SLU 05) ↑ (1 kg)
HuskySat 1 (HS 1)
SwampSat 2
AeroCube 14A (3,5 kg)
AeroCube 14B (3,5 kg)
AeroCube 15A (3,7 kg)
AeroCube 15B (3,7 kg)
Orbital Factory 2 (OF 2) (1 kg)

Nowa Zelandia
Rocket Lab (amerykańska spółka z nowozelandzką spółką zależną)

28.03. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg130533#msg130533) Electron/Curie Onenui LC1
R3D2 (150 kg)
05.05. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg131893#msg131893) Electron/Curie Onenui LC1
SPARC-1
Falcon ODE (1 kg)
Harbinger (150 kg)
29.06. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg133595;topicseen#msg133595) Electron Onenui LC-1
BlackSky Global 3 (56 kg)
Prometheus 2.6 ? (2 kg)
Prometheus 2.7 ? (2 kg)
ACRUX 1 (1 kg)
SpaceBEE 8 (0.4 kg)
SpaceBEE 9 (0.7 kg)
?
19.08. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg135370#msg135370) Electron/Curie Onenui LC1
BlackSky Global 4 (56 kg)
BRO 1 (6 kg)
AFSPC 1
AFSPC 2
17.10. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg137329#msg137329) Electron Onenui LC1
Palisade Demo-1

Starty kosmiczne w 2019 (2)

Rosja

21.02. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg128841#msg128841) Sojuz-2.1b/Fregat-M Bajkonur 31/PU-6
EgyptSat-A (~1000 kg)
14.03. (http://www.forum.kosmonauta.net/index.php?topic=3536.msg129934#msg129934) Sojuz-FG Bajkonur 1/PU-5
Sojuz MS-12
04.04. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg130750#msg130750) Sojuz-2.1a Bajkonur 31/PU-6
Progress MS-11
27.05. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg132564#msg132564) Sojuz-2.1b/Fregat-M Plesieck 43/PU-4
Kosmos 2534 (1415 kg)
30.05. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg132689#msg132689) Proton-M/Briz-M Bajkonur 200/PU-39
Jamał-601 (5700 kg)
05.07. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg133894#msg133894[/url) Sojuz-2.1b/Fregat Wostocznyj 1S
Meteor-M 2-2 (2750 kg)
ICEYE X4
ICEYE X5
CarboNIX (~30 kg)
DoT 1 (20 kg)
El Camino Real (Momentus X1)
NSLSat 1
AmGU 1 (AmurSat)
Lemur-2 100 (Lemur-2 Wanli) (4 kg)
Lemur-2 101 (Lemur-2 LillyJo) (4 kg)
Lemur-2 102 (Lemur-2 DustInTheWind) (4 kg)
Lemur-2 103 (Lemur-2 EJatta) (4 kg)
Lemur-2 104 (Lemur-2 Morag) (4 kg)
Lemur-2 105 (Lemur-2 GregRobinson) (4 kg)
Lemur-2 106 (Lemur-2 Yndrd) (4 kg)
Lemur-2 107 (Lemur-2 Alex-Maddy) (4 kg)
EXOCONNECT (D-Star One EXOCONNECT) (4 kg)
JAISAT 1
LightSat (D-Star One LightSat) (4 kg)
SEAM 2.0 (4 kg)
Sokrat
SONATE
UTE-Ecuador
VDNH-80 (VDNKh-80)
Lucky-7 (1 kg)
MOVE 2b (1 kg)
MTCube (ROBUSTA 1C) (1 kg)
TTÜ101 (TTÜSat, MektorySAT 1, Koit) (1 kg)
BeeSat 9 (1 kg)
BeeSat 10 (1 kg)
BeeSat 11 (1 kg)
BeeSat 12 (1 kg)
BeeSat 13 (1 kg)
10.07. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg134090#msg134090) Sojuz-2.1w/Wołga Plesieck 43/PU-4
Kosmos 2535
Kosmos 2536
Kosmos 2537
Kosmos 2538
13.07. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg134224#msg134224) Proton-M/DM-03 Bajkonur 81/PU-24
Spektr-RG (2647 kg - przy starcie, 2267 kg bez paliwa)
20.07. (http://www.forum.kosmonauta.net/index.php?topic=3691.msg134460#msg134460) Sojuz-FG Bajkonur1/PU-5
Sojuz MS-13
30.07. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg134854#msg134854) Soyuz-2-1a Fregat-M Plesieck 43/PU-4
Meridian 8 (~2100 kg)
31.07. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg134862#msg134862) Sojuz-2.1a Bajkonur 31/PU-6
Progress MS-12
05.08. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg135078#msg135078) Proton-M/Briz-M Bajkonur 81/PU-24
Kosmos 2539 (Blagovest 14L)
22.08. (https://www.forum.kosmonauta.net/index.php?topic=3766.msg135468#msg135468) Sojuz-2.1a Bajkonur 31/PU-6
Sojuz MS-14
30.08. (http://30.08.) Rokot/Briz-KM Plesieck 133/PU-3
Kosmos 2540 (~1400 kg)
25.09. (https://www.forum.kosmonauta.net/index.php?topic=3767.msg136530#msg136530) Sojuz-FG Bajkonur 1/PU-5
Sojuz MS-15
26.09. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg136586#msg136586) Sojuz-2.1b/Fregat Plesieck 43/PU-4
Kosmos 2541 (Tundra)
09.10. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg137039#msg137039) Proton-M/Briz-M Bajkonur 200/PU-39
Eutelsat 5 West B (~3000 kg)
MEV-1 (2326 kg)
25.11. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg138617#msg138617) Sojuz-2.1w/Wołga Plesieck 43/PU-4
Kosmos 2542

Rosja (Arianespace)

27.02. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg129075#msg129075) Sojuz-ST-B/Fregat-M Kourou ELS
OneWeb 0006 (145 kg)
OneWeb 0007 (145 kg)
OneWeb 0008 (145 kg)
OneWeb 0009 (145 kg)
OneWeb 0010 (145 kg)
OneWeb 0011 (145 kg)
OneWeb Mass Models (4) przymocowane do dozownika i górnego stopnia Fregat-M jako balast
04.04. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg130750#msg130750) Sojuz-STB/Fregat-MT Kourou ELS 700 kg
O3b (FM-17) (700 kg)
O3b (FM-18) (700 kg)
O3b (FM-19) (700 kg)
O3b (FM-20) (700 kg)

Europa

05.02. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg128344#msg128344) Ariane-5ECA Kourou ELA-3
HS4-SGS1 (6495 kg; 3950 kg (bez paliwa) )
GSat-31 (2536 kg)
22.03. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg130312#msg130312) Vega Kourou ZLV
PRISMA (879 kg)
20.06. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg133336#msg133336) Ariane-5ECA Kourou ELA-3
AT&T T-16 (6350 kg)
Eutelsat 7C (3400 kg)
11.07. (http://www.forum.kosmonauta.net/index.php?topic=3724.msg134091#msg134091) Vega Kourou ZLV
Falcon Eye 1 (1197 kg)
06.08. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg135094#msg135094) Ariane-5ECA Kourou ELA-3
Intelsat 39 (6600 kg)
EDRS-C (3186 kg)
26.11. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg138681#msg138681) Ariane-5ECA Kourou ELA-3
TIBA-1 (5640 kg)
Inmarsat 5 F5 (4007 kg)

Japonia

18.01. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg127652#msg127652) Epsilon Kagoshima LP-M
RAPIS-1 (~200 kg)
RISESAT (~50 kg)
ALE-1 (~68 kg)
MicroDragon (50 kg)
OrigamiSat-1 (4 kg)
Aoba (2 kg)
NEXUS (1 kg)
24.09. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg136453#msg136453) H2-B Tanegashima Y/LP-2
HTV-8 (Kounotori-8)

Indie

24.01. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg127973#msg127973) PSLV-DL Sriharikota FLP
Microsat-R (740 kg)
Kalamsat v2 (?, 1.26 kg (payload only))
01.04. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg130645#msg130645) PSLV-QL Sriharikota SLP
EMISAT (436 kg)
Flock-4a 1 (Dove 2218) (5 kg)
Flock-4a 2 (Dove 2201) (5 kg)
Flock-4a 3 (Dove 2206) (5 kg)
Flock-4a 4 (Dove 2220) (5 kg)
Flock-4a 5 (Dove 2227) (5 kg)
Flock-4a 6 (Dove 220B) (5 kg)
Flock-4a 7 (Dove 222D) (5 kg)
Flock-4a 8 (Dove 2213) (5 kg)
Flock-4a 9 (Dove 2224) (5 kg)
Flock-4a 10 (Dove 2205) (5 kg)
Flock-4a 11 (Dove 2223) (5 kg)
Flock-4a 12 (Dove 2209) (5 kg)
Flock-4a 13 (Dove 220C) (5 kg)
Flock-4a 14 (Dove 222C) (5 kg)
Flock-4a 15 (Dove 2207) (5 kg)
Flock-4a 16 (Dove 222B) (5 kg)
Flock-4a 17 (Dove 2212) (5 kg)
Flock-4a 18 (Dove 2215) (5 kg)
Flock-4a 19 (Dove 2235) (5 kg)
Flock-4a 20 (Dove 2232) (5 kg)
Lemur-2 96 (4 kg)
Lemur-2 97 (4 kg)
Lemur-2 98 (4 kg)
Lemur-2 99 (4 kg)
BlueWalker 1 (BW 1)
M6P
Astrocast 0.2 (4 kg)
AISTECHSAT 3 (Danu Pathfinder)
AIS/APRS/ARIS
22.05. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg132399#msg132399) PSLV-CA Sriharikota FLP
RISAT-2B (615 kg)
22.07. (http://www.forum.kosmonauta.net/index.php?topic=331.msg134576#msg134576) GSLV Mk 3 Sriharikota SLP
Chandrayaan-2
27.11. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg138682#msg138682) PSLV-XL Sriharikota SLP
Cartosat 3 (1625 kg)
Flock-4p 1 (Dove 2277) (5 kg)
Flock-4p 2 (Dove 2278) (5 kg)
Flock-4p 3 (Dove 2304) (5 kg)
Flock-4p 4 (Dove 2310) (5 kg)
Flock-4p 5 (Dove 2259) (5 kg)
Flock-4p 6 (Dove 2263) (5 kg)
Flock-4p 7 (Dove 222F) (5 kg)
Flock-4p 8 (Dove 2275) (5 kg)
Flock-4p 9 (Dove 2257) (5 kg)
Flock-4p 10 (Dove 2233) (5 kg)
Flock-4p 11 (Dove 2231) (5 kg)
Flock-4p 12 (Dove 2271) (5 kg)
Meshbed

Iran

15.01. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg127569#msg127569) Simorgh Semnan LC-2
Payam-e Amirkabir (90 kg)
05.02. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg128440#msg128440) Safir-1B Semnan LC-1
Dousti 1 (52 kg)
29.08. (https://www.forum.kosmonauta.net/index.php?topic=3784.msg135762#msg135762) Safir-1B Semnan LC-1
Nahid-1 (50 kg) (wybuch na wyrzutni)

http://lk.astronautilus.pl/starty19.htm
http://space.skyrocket.de/doc_chr/lau2019.htm

2017 (http://www.forum.kosmonauta.net/index.php?topic=2968.msg113233#msg113233)
2018 (http://www.forum.kosmonauta.net/index.php?topic=3294.msg126624#msg126624)

Objaśnienia:
↑ - satelita umieszczony na orbicie z pokładu ISS lub rozmieszczony z innego statku
⇑- ładunek zainstalowany na zewnątrz ISS

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-3C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
17 01:22 Onenui 1 Electron/Curie Palisade Demo-1
17 15:21:04 Xichang CZ-3B/G2 TJ-4

LISTOPAD 2019

02 13:59:46 Wallops 0A Antares-230 Cygnus-12
03 03:22:39 Taiyuan 9 CZ-4B Gaofen-7, Jingzhi 1, Jifeng,
Sudan Scientific Experimental Satellite 1
04 17:43:04 Xichang CZ-3B/G2 Beidou-IGSO-3
11 14:56:00 Canaveral 40 Falcon-9 Starlink v1.0 x 60
13 03:40:35 Jiuquan 43/95 KZ-1A Jilin-1 Gaofen-02A
13 06:35:14 Taiyuan 16 CZ-6 Ningxia-1 x 5
17 10:00 Jiuquan 43/95 KZ-1A KL-Alpha A, B
23 00:55:55 Xichang 3 CZ-3B/YZ-1 Beidou-3 M21, M22
25 17:52:03 Plesieck 43/4 Sojuz-2.1w/Wołga Kosmos 2542
26 21:23 Kourou 3 Ariane-5ECA Inmarsat 5 F5, TIBA-2
27 03:58 Sriharikota S PSLV-XL Cartosat-3,Meshbed, Flock-4p x 12
27 23:52 Taiyuan 9 CZ-4C Gaofen-12

GRUDZIEŃ 2019
__________________________________________________________________________________________
04 17:51 KSC 39A Falcon-9 Dragon-19
06 07:56-09:22 Onenui 1 Electron/Curie ATL-1, FossaSat-1, NOOR-1A, NOOR-1B,
SMOG-P, TRSI Satmm ALE-2
06 09:34 Bajkonur 31/6 Sojuz-2.1a Progress MS-13
11-13 ??:?? Sriharikota F PSLV-CA RISAT-2BR1, iQPS SAR, Spire-2 x 4
10 ??:?? Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos (Uragan-M)
16 00:10-01:38 KSC 39A Falcon-9 Kacific-1
17 03:21 Taiyuan 9 CZ-4B CBERS-4A, FloripaSat-1, ETRSS-1, MN50-01,
MN10-03, MN10-04
17 08:54:20 Kourou ELS Sojuz-STA/Fregat-M CSG-1, CHEOPS, ANGELS, EyeSat, OPS-SAT,
Open Cosmos x 4, ELO
17 ~12:45 Canaveral 41 Atlas-5/422 Starliner Boe-OFT
24 ??:?? Bajkonur 81/24 Proton-M/DM-03 Elektro-Ł No. 3
25 ??:?? Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
27 ??:?? Wenchang 101 CZ-5 Shijian-20
2P ??:?? Mojave 12/30 B-747/LauncherOne MiniCarb, PAN A, PAN B, STP-27VP (x 8?)
3D ??:?? Sriharikota S PSLV-CA RISAT-2BR2, Kleos x 4, Lemur x ?
?? ??:?? Jiuquan 43/94 CZ-2D
?? ??:?? Onenui 1 Electron/Curie MCNAIR

Aż 7 chińskich startów mieliśmy w listopadzie! To pewno ich rekord? Chińczycy zawsze zwiększali tempo startów pod koniec roku (przynajmniej według naszego kalendarza), ale chyba nigdy aż tak...

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-3C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
17 01:22 Onenui 1 Electron/Curie Palisade Demo-1
17 15:21:04 Xichang CZ-3B/G2 TJ-4

LISTOPAD 2019

02 13:59:46 Wallops 0A Antares-230 Cygnus-12
03 03:22:39 Taiyuan 9 CZ-4B Gaofen-7, Jingzhi 1, Jifeng,
Sudan Scientific Experimental Satellite 1
04 17:43:04 Xichang CZ-3B/G2 Beidou-IGSO-3
11 14:56:00 Canaveral 40 Falcon-9 Starlink v1.0 x 60
13 03:40:35 Jiuquan 43/95 KZ-1A Jilin-1 Gaofen-02A
13 06:35:14 Taiyuan 16 CZ-6 Ningxia-1 x 5
17 10:00 Jiuquan 43/95 KZ-1A KL-Alpha A, B
23 00:55:55 Xichang 3 CZ-3B/YZ-1 Beidou-3 M21, M22
25 17:52:03 Plesieck 43/4 Sojuz-2.1w/Wołga Kosmos 2542
26 21:23 Kourou 3 Ariane-5ECA Inmarsat 5 F5, TIBA-2
27 03:58 Sriharikota S PSLV-XL Cartosat-3,Meshbed, Flock-4p x 12
27 23:52 Taiyuan 9 CZ-4C Gaofen-12

GRUDZIEŃ 2019
__________________________________________________________________________________________
05 17:29:23 Canaveral 40 Falcon-9 Dragon-19
06 07:56-09:22 Onenui 1 Electron/Curie ATL-1, FossaSat-1, NOOR-1A, NOOR-1B,
SMOG-P, TRSI Satmm ALE-2
06 09:34:11 Bajkonur 31/6 Sojuz-2.1a Progress MS-13
07 02:45 Taiyuan KZ-1A Jilin-1 Gaofen-02B
07 08:45 Taiyuan KZ-1A Xingyun-2 01, 02
10 09:05 Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos (Uragan-M)
11 09:55 Sriharikota F PSLV-QL RISAT-2BR1, iQPS SAR, Spire-2 x 4
16 00:10-01:38 KSC 39A Falcon-9 Kacific-1
17 08:54:20 Kourou ELS Sojuz-STA/Fregat-M CSG-1, CHEOPS, ANGELS, EyeSat, OPS-SAT,
Open Cosmos x 4, ELO
17 ??:?? Xichang CZ-3B/YZ-1 Beidou-3 M19, M20
19 11:59 Canaveral 41 Atlas-5/422 Starliner Boe-OFT
20 03:21 Taiyuan 9 CZ-4B CBERS-4A, FloripaSat-1, ETRSS-1, MN50-01,
MN10-03, MN10-04
24 ??:?? Bajkonur 81/24 Proton-M/DM-03 Elektro-Ł No. 3
25 23:18 Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
27 ??:?? Wenchang 101 CZ-5 Shijian-20
2P ??:?? Mojave 12/30 B-747/LauncherOne MiniCarb, PAN A, PAN B, STP-27VP (x 8?)
3D ??:?? Sriharikota S PSLV-CA RISAT-2BR2, Kleos x 4, Lemur x ?
3D ??:?? Canaveral 40 Falcon-9R Starlink v1.0 x 60
?? ??:?? Onenui 1 Electron/Curie MCNAIR

12 startów rakiet w listopadzie 2019
BY KRZYSZTOF KANAWKA ON 3 GRUDNIA 2019

W listopadzie 2019 doszło do 12 startów rakiet orbitalnych, w tym siedmiu chińskich.

W listopadzie 2019 roku doszło do dwóch startów rakiet amerykańskich (Antares 230 oraz Falcon 9), jednej europejskiej (Ariane 5), jednej indyjskiej (PSLV-XL) i jednej rosyjskiej (Sojuz-2.1w). Wszystkie pozostałe starty zostały wykonane przez Chiny.

W listopadowych startach Chiny wykorzystały następujące rakiety: CZ-4B, CZ-3B (dwa razy), KZ-1A (dwa razy), CZ-6 i CZ-4C. Część rakiet należy do “głównego nurtu” chińskiej astronautyki – są to konstrukcje wykorzystywane od lat. Dwie rakiety – KZ-1A oraz CZ-6 – to konstrukcje stosunkowo nowe.

Rakieta CZ-6 wystartowała w listopadzie 2019 po raz trzeci od momentu wprowadzenia do służby w 2015 roku. CZ-6 jest w stanie wynieść do 1500 kilogramów ładunku na niską orbitę okołoziemską. Rakieta została zbudowana przez China Aerospace Science and Technology Corporation oraz China Academy of Launch Vehicle Technology. Można ją porównać do europejskiej Vega albo amerykańskiego Falcona 1.

Z kolei dla rakiet z rodziny KZ-1 był to już siódmy start od momentu wprowadzenia do służby w 2013 roku i zarazem piąty lot w wersji “KZ-1A”. Te rakiety są oferowane przez jedną z chińskich firm branży kosmicznej – w tym na rynku komercyjnym.

Warto tu dodać, że w locie rakiety CZ-4B z 3 listopada 2019 na orbitę został wyniesiony satelita o nazwie Sudan Scientific Experimental Satellite 1. Jest to pierwszy satelita Sudanu. Chiny od kilkunastu lat oferują państwom z całego świata możliwości współpracy – w szczególnie tym, które dotychczas miały niewielkie doświadczenie w branży kosmicznej. Efektem są bliższe relacje tych państw z Chinami.

Łącznie w 2019 roku wykonano już 87 startów rakiet orbitalnych, z czego 82 były udane. W grudniu 2019 może dojść do startu nawet i kilkunastu rakiet orbitalnych, choć jest także możliwe, że kilka lotów zostanie opóźnionych do 2020 roku.

(PFA)
https://kosmonauta.net/2019/12/12-startow-rakiet-w-listopadzie-2019/

Cytat: astropl w Grudzień 04, 2019, 22:19

07 02:45 Taiyuan KZ-1A Jilin-1 Gaofen-02B
07 08:45 Taiyuan KZ-1A Xingyun-2 01, 02

To będzie ciekawe "zjawisko"!

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-3C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
17 01:22 Onenui 1 Electron/Curie Palisade Demo-1
17 15:21:04 Xichang CZ-3B/G2 TJ-4

LISTOPAD 2019

02 13:59:46 Wallops 0A Antares-230 Cygnus-12
03 03:22:39 Taiyuan 9 CZ-4B Gaofen-7, Jingzhi 1, Jifeng,
Sudan Scientific Experimental Satellite 1
04 17:43:04 Xichang CZ-3B/G2 Beidou-IGSO-3
11 14:56:00 Canaveral 40 Falcon-9 Starlink v1.0 x 60
13 03:40:35 Jiuquan 43/95 KZ-1A Jilin-1 Gaofen-02A
13 06:35:14 Taiyuan 16 CZ-6 Ningxia-1 x 5
17 10:00 Jiuquan 43/95 KZ-1A KL-Alpha A, B
23 00:55:55 Xichang 3 CZ-3B/YZ-1 Beidou-3 M21, M22
25 17:52:03 Plesieck 43/4 Sojuz-2.1w/Wołga Kosmos 2542
26 21:23 Kourou 3 Ariane-5ECA Inmarsat 5 F5, TIBA-2
27 03:58 Sriharikota S PSLV-XL Cartosat-3,Meshbed, Flock-4p x 12
27 23:52 Taiyuan 9 CZ-4C Gaofen-12

GRUDZIEŃ 2019

05 17:29:25 Canaveral 40 Falcon-9 Dragon-19
06 08:18 Onenui 1 Electron/Curie ATL-1, FossaSat-1, NOOR-1A, NOOR-1B,
SMOG-P, TRSI Satm, ALE-2
06 09:34:11 Bajkonur 31/6 Sojuz-2.1a Progress MS-13
__________________________________________________________________________________________
07 02:45 Taiyuan KZ-1A Jilin-1 Gaofen-02B
07 08:45 Taiyuan KZ-1A Xingyun-2 01, 02
10 09:05 Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos (Uragan-M)
11 09:55 Sriharikota F PSLV-QL RISAT-2BR1, iQPS SAR, Spire-2 x 4
16 00:10-01:38 KSC 39A Falcon-9 Kacific-1
17 08:54:20 Kourou ELS Sojuz-STA/Fregat-M CSG-1, CHEOPS, ANGELS, EyeSat, OPS-SAT,
Open Cosmos x 4, ELO
17 ??:?? Xichang CZ-3B/YZ-1 Beidou-3 M19, M20
19 11:59 Canaveral 41 Atlas-5/422 Starliner Boe-OFT
20 03:21 Taiyuan 9 CZ-4B CBERS-4A, FloripaSat-1, ETRSS-1, MN50-01,
MN10-03, MN10-04
24 ??:?? Bajkonur 81/24 Proton-M/DM-03 Elektro-Ł No. 3
25 23:18 Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
27 ??:?? Wenchang 101 CZ-5 Shijian-20
2P ??:?? Mojave 12/30 B-747/LauncherOne MiniCarb, PAN A, PAN B, STP-27VP (x 8?)
3D ??:?? Sriharikota S PSLV-CA RISAT-2BR2, Kleos x 4, Lemur x ?
3D ??:?? Canaveral 40 Falcon-9R Starlink v1.0 x 60
?? ??:?? Onenui 1 Electron/Curie MCNAIR

Electron po raz szósty w tym roku
06.12. o 08:18 z Onenui Station wystrzelona została RN Electron/Curie, która wyniosła w T+51'57" na orbitę o parametrach:
hp=398 km, ha=415 km, i=97,01º satelity ATL-1, FossaSat-1, NOOR-1A, NOOR-1B, SMOG-P, TRSi Sat i ALE-2.
http://lk.astronautilus.pl/n191201.htm#02

http://www.youtube.com/watch?v=dyPzrYDW8A8
https://www.youtube.com/watch?v=dyPzrYDW8A8

Electron wynosi siedem satelitów (06.12.2019)
BY KRZYSZTOF KANAWKA ON 7 GRUDNIA 2019

(https://kosmonauta.net/wp-content/uploads/2019/12/2019_12_06-electron.jpg)
Widok na dyszę rakiety Electron - lot z 6 grudnia 2019 / Credits - RocketLab

Szóstego grudnia rakieta Electron wyniosła na orbitę siedem małych satelitów.

Start rakiety Electron nastąpił 6 grudnia o godzinie 09:18 CET. Start odbył się z wyrzutni Onenui w Nowej Zelandii. Lot przebiegł prawidłowo i około 52 minuty po starcie wszystkie satelity zostały uwolnione na orbicie.

Na pokładzie rakiety Electron znalazły się następujące satelity: ATL-1, ALE-2, FossaSat-1, NOOR-1A, NOOR-1B, SMOG-P oraz TRSi Sat.

http://www.youtube.com/watch?v=QK9mQdar5_w
https://www.youtube.com/watch?v=QK9mQdar5_w&feature=emb_title

Start rakiety Electron – 6 grudnia 2019 / Credits – Rocket Lab

Był to dziesiąty start rakiety Electron i jednocześnie szósty w 2019 roku. Niewątpliwie jest duże rynkowe zainteresowanie rakietą Electron – na przyszły rok zaplanowano już przynajmniej 10 startów tej rakiety. Przedstawiciele firmy RocketLab deklarują, że docelowo Electron ma startować co dwa tygodnie.

(RL, PFA)
https://kosmonauta.net/2019/12/electron-wynosi-siedem-satelitow-06-12-2019/
https://www.urania.edu.pl/wiadomosci/udany-lot-rakiety-electron-z-systemami-odzyskiwania-dolnego-stopnia

Rocket Lab’s 10th launch tests booster recovery technology
December 6, 2019 Stephen Clark

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2019/12/rocketlab_quick1.jpg)
Rocket Lab’s 55-foot-tall (17-meter) Electron launcher lifted off from Launch Complex 1 at Mahia Peninsula on New Zealand’s North Island at 3:18 a.m. EST (0818 GMT) Friday. Credit: Rocket Lab

(...) The 10th launch of an Electron rocket — and the sixth this year — lifted off from Launch Complex 1 at Rocket Lab’s privately-run space base on New Zealand’s North Island at 3:18 a.m. EST (0818 GMT) Friday. The 55-foot-tall (17-meter) launcher took off at 9:18 p.m. local time in New Zealand and soared into a clear evening sky against a fading twilight sky.

Rocket Lab scrubbed a launch attempt Nov. 29 to repair a problem with a ground umbilical for the Electron’s second stage, and the launch team paused the countdown more than 20 minutes Friday to allow ground winds to subside at the launch site. (...)

Peter Beck, Rocket Lab’s CEO, tweeted Friday that the Electron first stage performed better than expected during Friday’s flight and survived its guided high-speed plunge back through the thick layers of the atmosphere, a re-entry Beck compares to hitting a wall.

“Electron made it through wall! Solid telemetry all the way to sea level with a healthy stage. A massive step for recovery!!” Beck tweeted.

“Not only is this tenth mission a significant milestone launch for us, but our first guided stage re-entry was a complete success,” Beck said in a statement. “The stage made it through the harsh re-entry environment intact, which is an outstanding result for a first test of our recovery systems. It’s a huge testament to the relentless drive and commitment of our team that we’ve reached ten flights in just our second year of commercial launches.”

Rocket Lab did not attempt to actually recover the stage Friday, and the Electron booster did not carry a decelerator. On future missions, the company plans to use a helicopter to catch the rocket — suspended under a parachute — to ensure it is not contaminated by ocean water. (...)

Rocket Lab says Friday’s launch was the company’s last mission of the year. The company aims for a faster cadence of launches next year, and teams plan a full booster recovery attempt in 2020.

Rocket Lab has also developed a manufacturing robot to more quickly produce rocket parts. The U.S.-New Zealand rocket company has its corporate headquarters and manufactures engines in Southern California, and produces structure and has its primary launch site in New Zealand. (...)

Early next year, Rocket Lab will begin launching Electron missions from a new facility at Wallops Island, Virginia.

The largest payload deployed in orbit on Friday’s mission was a microsatellite designed to release hundreds of colorful sky pellets to fall into the atmosphere next year, creating an artificial meteor shower that could be visible to millions.

The satellite, built and owned by Tokyo-based Astro Live Experiences, launched into a 250-mile-high (400-kilometer) polar orbit to prepare for next year’s sky spectacle. On-board thrusters will help target re-entry over a specific region for the artificial shooting stars.

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2019/12/QS_lv_TQ.jpeg)
The Japanese ALE-2 microsatellite is seen deploying from the Curie kick stage Friday. Credit: Rocket Lab

ALE has not announced the location or exact time for the meteor shower demonstration, but the event might be scheduled during the 2020 Summer Olympics in Tokyo.

The 165-pound (75-kilogram) ALE-2 satellite measures 2 feet by 2 feet by 2.6 feet (60 x 60 x 80 centimeters). Its ride into orbit Friday was arranged by Spaceflight, a Seattle-based launch broker for small satellites.

The other six tiny satellites aboard the Electron rocket were 2-inch (5-centimeter) PocketQube picosatellites from the Scottish satellite manufacturer and mission management provider Alba Orbital.

Alba Orbital arranged the launch of all six PocketQubes, which are smaller and cheaper than most CubeSats, for customers in the United States, Spain and Hungary.
https://spaceflightnow.com/2019/12/06/rocket-labs-10th-launch-tests-booster-recovery-technology/

Electron launches smallsats in test of rocket reusability
by Jeff Foust — December 6, 2019

(https://spacenews.com/wp-content/uploads/2019/12/electron-flight10.jpg)
A Rocket Lab Electron lifts off from the company's New Zealand launch site Dec. 6 on the tenth flight of the small launch vehicle. Credit: Rocket Lab

WASHINGTON — Rocket Lab successfully launched several smallsats Dec. 6 on an Electron mission also designed to test technologies to make the rocket’s first stage reusable.

The Electron lifted off from the company’s launch site on New Zealand’s Mahia Peninsula at 3:18 a.m. Eastern after more than a week of delays caused by ground equipment issues and weather. The rocket’s Curie kick stage deployed its payload of seven smallsats starting about an hour after liftoff.

Six of the seven satellites were “PocketQube” picosatellites, smaller versions of cubesats, developed by Scottish company Alba Orbital for five customers in the United States and Europe. Those satellites will perform a variety of technology demonstrations, from intersatellite communications links to Internet of Things connectivity.

The seventh, and largest, satellite is ALE-2, from Japanese company Astro Live Experiences. The 75-kilogram satellite will demonstrate the ability to produce artificial meteor showers by releasing colored projectiles that will burn up in the upper atmosphere.

The launch, the tenth for the Electron and called “Running Out Of Fingers” by Rocket Lab, is the first of a “block upgrade” for the rocket that incorporates improvements as part of the company’s efforts to recover and reuse the first stage. Those changes include the addition of new flight computers and S-band telemetry for a guidance and navigation system to control the stage through reentry back to the ground.

Rocket Lab said prior to the launch that it would not attempt to recover the stage, but instead use the mission to gather data as it goes through what the company has dubbed the “wall” of heating as it renters. “We’re doing basically everything except popping parachutes,” Peter Beck, chief executive of Rocket Lab, said in a November interview.

While there was only limited video from the first stage as it started its reentry, Beck said a short time later that test went well. “Electron made it through wall! Solid telemetry all the way to sea level with a healthy stage. A massive step for recovery!!” he tweeted.

The launch was the sixth and final Electron mission of 2019. The company is anticipating a higher flight rate in 2020, which has been driving its work on rocket reusability as well as manufacturing upgrades to speed the production rate of rockets. The company will also later this month formally open its second launch site, on Wallops Island, Virginia, with a first launch from there scheduled for early 2020.
https://spacenews.com/electron-launches-smallsats-in-test-of-rocket-reusability/

https://www.nasaspaceflight.com/2019/12/rocket-lab-booster-recovery-10th-electron-flight/
https://www.theverge.com/2019/12/6/20998539/rocket-lab-electron-reusability-guided-reentry-launch-test
https://www.rocketlabusa.com/

ALE 2 https://space.skyrocket.de/doc_sdat/ale-1.htm
NOOR 1A https://space.skyrocket.de/doc_sdat/noor-1.htm
NOOR 1B
ATL 1 https://space.skyrocket.de/doc_sdat/atl-1.htm
FossaSat 1 https://space.skyrocket.de/doc_sdat/fossasat-1.htm
SMOG-P https://space.skyrocket.de/doc_sdat/smog-p.htm
TRSI-Sat https://space.skyrocket.de/doc_sdat/trsi-sat.htm

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-3C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
17 01:22 Onenui 1 Electron/Curie Palisade Demo-1
17 15:21:04 Xichang CZ-3B/G2 TJ-4

LISTOPAD 2019

02 13:59:46 Wallops 0A Antares-230 Cygnus-12
03 03:22:39 Taiyuan 9 CZ-4B Gaofen-7, Jingzhi 1, Jifeng,
Sudan Scientific Experimental Satellite 1
04 17:43:04 Xichang CZ-3B/G2 Beidou-IGSO-3
11 14:56:00 Canaveral 40 Falcon-9 Starlink v1.0 x 60
13 03:40:35 Jiuquan 43/95 KZ-1A Jilin-1 Gaofen-02A
13 06:35:14 Taiyuan 16 CZ-6 Ningxia-1 x 5
17 10:00 Jiuquan 43/95 KZ-1A KL-Alpha A, B
23 00:55:55 Xichang 3 CZ-3B/YZ-1 Beidou-3 M21, M22
25 17:52:03 Plesieck 43/4 Sojuz-2.1w/Wołga Kosmos 2542, Kosmos 2543
26 21:23 Kourou 3 Ariane-5ECA Inmarsat 5 F5, TIBA-2
27 03:58 Sriharikota S PSLV-XL Cartosat-3,Meshbed, Flock-4p x 12
27 23:52 Taiyuan 9 CZ-4C Gaofen-12

GRUDZIEŃ 2019

05 17:29:25 Canaveral 40 Falcon-9 Dragon-19
06 08:18 Onenui 1 Electron/Curie ATL-1, FossaSat-1, NOOR-1A, NOOR-1B,
SMOG-P, TRSI Satm, ALE-2
06 09:34:11 Bajkonur 31/6 Sojuz-2.1a Progress MS-13
07 02:55:46 Taiyuan KZ-1A Jilin-1 Gaofen-02B
07 08:52 Taiyuan KZ-1A HEAD-2A, 2B, Tianyi-16, 17, Tianqi-4A, 4B
__________________________________________________________________________________________
10 09:05 Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos (Uragan-M)
11 09:55 Sriharikota F PSLV-QL RISAT-2BR1, iQPS SAR, Spire-2 x 4
16 00:10-01:38 Canaveral 40 Falcon-9 Kacific-1
17 08:54:20 Kourou ELS Sojuz-STA/Fregat-M CSG-1, CHEOPS, ANGELS, EyeSat, OPS-SAT,
Open Cosmos x 4, ELO
17 ??:?? Xichang CZ-3B/YZ-1 Beidou-3 M19, M20
20 03:21 Taiyuan 9 CZ-4B CBERS-4A, FloripaSat-1, ETRSS-1, MN50-01,
MN10-03, MN10-04
20 11:36 Canaveral 41 Atlas-5/422 Starliner Boe-OFT
24 ??:?? Bajkonur 81/24 Proton-M/DM-03 Elektro-Ł No. 3
25 23:18 Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
27 ??:?? Wenchang 101 CZ-5 Shijian-20
2P ??:?? Mojave 12/30 B-747/LauncherOne MiniCarb, PAN A, PAN B, STP-27VP (x 8?)
3D ??:?? Sriharikota S PSLV-CA RISAT-2BR2, Kleos x 4, Lemur x ?
3D ??:?? Canaveral 40 Falcon-9R Starlink v1.0 x 60

Niezły numer z tymi KZ-1A. To chyba rekordowo najkrótszy czas pomiędzy dwoma startami tej samej rakiety? (A może jakieś Sojuzy były jeszcze "szybsze"?)

Dwie rakiety z tego samego kosmodromu (1)
07.12. o 02:55:46 z Taiyuan wystrzelona została RN KZ-1A, która wyniosła na orbitę o parametrach: hp=187 km, ha=756 km,
i=97,52º satelitę teledetekcyjnego Jilin-1 Gaofen-02B.
http://lk.astronautilus.pl/n191201.htm#06

http://www.youtube.com/watch?v=o15cC5HrTQQ
https://www.youtube.com/watch?v=o15cC5HrTQQ

China launches new optical remote sensing satellite
Source: Xinhua| 2019-12-07 12:39:12|Editor: ZX

(http://www.xinhuanet.com/english/2019-12/07/138612692_15757082254541n.jpg)
(http://www.xinhuanet.com/english/2019-12/07/138612692_15757082254581n.jpg)
The Jilin-1 Gaofen 02B satellite, which belongs to the Jilin-1 satellite family, is launched with Kuaizhou-1A (KZ-1A) from the Taiyuan Satellite Launch Center in north China's Shanxi Province Dec. 7, 2019. The new optical remote sensing satellite will form a network with the 14 previously launched Jilin-1 satellites, providing remote sensing data and services for agriculture, forestry, resources and environment. (Photo by Zheng Taotao/Xinhua)

TAIYUAN, Dec. 7 (Xinhua) -- China sent a new optical remote sensing satellite into space from the Taiyuan Satellite Launch Center in northern China's Shanxi Province at 10:55 a.m. Saturday (Beijing Time).

The Jilin-1 Gaofen 02B satellite, which belongs to the Jilin-1 satellite family, was launched by Kuaizhou-1A (KZ-1A) and entered the planned orbit successfully.

The satellite was independently developed by the Chang Guang Satellite Technology Co., Ltd., featuring high resolution, wide width and high-speed data transmission.

The satellite will form a network with the 14 previously launched Jilin-1 satellites, providing remote sensing data and services for agriculture, forestry, resources and environment.

KZ-1A is a low-cost solid-fuel carrier rocket with high reliability and a short preparation period. The rocket, developed by a company under the China Aerospace Science and Industry Corporation, is mainly used to launch low-orbit microsatellites.
http://www.xinhuanet.com/english/2019-12/07/c_138612692.htm

China launches two Kuaizhou rockets in six hours
December 7, 2019 Stephen Clark

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2019/12/138612692_15757082254941n.jpg)
A Kuaizhou 1A rocket lifts off Saturday from the Taiyuan space base with the Jilin 1 Gaofen 02B Earth-imaging satellite. This was the first of two Kuaizhou 1A rocket launches from Taiyuan in less than six hours. Credit: Xinhua

Two solid-fueled Kuaizhou 1A rockets fired into orbit from the same spaceport in northern China Saturday, demonstrating a further advance in China’s aim for a quick-response, on-call satellite launch capability.

The back-to-back Kuaizhou 1A missions both lifted off from the Taiyuan space center in northern China’s Shanxi province, using separate road-mobile transporters as launch pads.

The rockets successfully carried a total of seven small satellites into orbit for Earth-imaging, ship tracking, and experimental communications missions, according to China’s state-run Xinhua news agency.

Saturday’s rapid-fire launches from Taiyuan marked the sixth and seventh flights of Kuaizhou 1A rockets since then launch vehicle model debuted in 2017, and the fourth and fifth Kuaizhou 1A flights this year. Last month, Chinese teams performed two Kuaizhou 1A launches in a four-day period at the Jiuquan launch base in northwestern China.

All seven of the Kuaizhou 1A satellite delivery flights to date have been successful.

Powered by three solid-fueled booster stages and a liquid-fueled orbital injection engine, the Kuaizhou 1A rocket is one of several new Chinese smallsat launchers. It’s managed by Expace, a commercially-oriented subsidiary of the China Aerospace Science and Industry Corp., the biggest Chinese state-backed aerospace contractor. The light-class Kuaizhou 1A rocket is capable of injecting 440 pounds (200 kilograms) of payload to a 435-mile-high (700-kilometer) orbit.

Kuaizhou means “speedy vessel” in Chinese, a name indicative of its purpose as a satellite launcher that can be readied for liftoff in a short time period. The rocket — likely derived from Chinese ballistic missile technology — launches from a road-mobile transporter.

The launches Saturday were the first Kuaizhou 1A flights from Taiyuan. All previous launches by the solid-fueled booster originated from Jiuquan.

The first Kuaizhou 1A flight Saturday lifted off from Taiyuan at 0255 GMT Saturday (10:55 a.m. Beijing time; 9:55 p.m. EST Friday) with the Jilin 1 Gaofen 02B Earth observation satellite, according to Xinhua.

The Jilin 1 Gaofen 02B spacecraft joins a fleet of commercial Earth-imaging stations owned by Chang Guang Satellite Technology Co. Ltd. The new satellite is the 15th spacecraft launched in the Jilin 1 fleet since 2015, and will be capable of collecting imagery with a resolution of better than 2.5 feet (75 centimeters).

The Kuaizhou 1A rocket delivered the Jilin 1 Gaofen 02B satellite into a 332-mile-high (535-kilometer) orbit inclined 97.5 degrees to the equator. (...)
https://spaceflightnow.com/2019/12/07/china-launches-two-kuaizhou-rockets-in-six-hours/

https://www.nasaspaceflight.com/2019/12/china-double-kuaizhou-1a-launch-taiyuan/

Jilin-1 https://space.skyrocket.de/doc_sdat/jilin-1-highresolution-02a.htm

Dwie rakiety z tego samego kosmodromu (2)
07.12. o 08:52 z Taiyuan wystrzelona została RN KZ-1A, która wyniosła na orbitę o parametrach: hp=495 km, ha=511 km,
i=97,37º satelity HEAD-2A, HEAD-2B, Tianyi-16, Tianyi-17, Tianqi-4A i Tianqi-4B.
http://lk.astronautilus.pl/n191201.htm#07

http://www.youtube.com/watch?v=o15cC5HrTQQ
https://www.youtube.com/watch?v=o15cC5HrTQQ

China sends six satellites into orbit with single rocket
Source: Xinhua| 2019-12-07 18:54:17|Editor: Yurou

TAIYUAN, Dec. 7 (Xinhua) -- China sent six satellites into space from the Taiyuan Satellite Launch Center in northern Shanxi Province at 4:52 p.m. Saturday (Beijing Time).

They were launched by a Kuaizhou-1A (KZ-1A) rocket and have entered the planned orbit successfully.

It was the second launch from the Taiyuan launch center in less than six hours after another KZ-1A rocket sent the Jilin-1 Gaofen 02B satellite into space at 10:55 a.m., setting a new record for China's aerospace industry.

It also marked a breakthrough for the Taiyuan Satellite Launch Center in its rapid launch and emergency launch capabilities.

The satellites HEAD-2A and HEAD-2B were the first batch of satellites for the Skywalker Constellation, which was developed by Beijing-based HEAD Aerospace Technology Co. Ltd. They will provide global users with services such as environmental monitoring, material supervision, emergency communication enhancement and information collection on global ships and aircraft.

Developed by Spacety Co., Ltd. based in Changsha, Hunan Province, the Spacety-16 and Spacety-17 satellites are medium-resolution micro-nano remote sensing satellites that are mainly used for disaster prevention, maritime applications, agricultural remote sensing and polar environment monitoring.

Tianqi-4A and Tianqi-4B satellites developed by a Beijing-base high-tech company are low-orbit satellites. They will provide services such as global Internet of Things data transmission, emergency communications and material tracking.

KZ-1A is a low-cost solid-fuel carrier rocket with high reliability and a short preparation period. The rocket, developed by a company under the China Aerospace Science and Industry Corporation, is mainly used to launch low-orbit microsatellites.
http://www.xinhuanet.com/english/2019-12/07/c_138613450.htm

China launches two Kuaizhou rockets in six hours
December 7, 2019 Stephen Clark

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2019/12/kz1a_launch2.jpg)
The second Kuaizhou 1A launch Saturday from the Taiyuan space center delivered six small satellites into orbit. Credit: Weibo

(...) Less than six hours after the first launch of the day from Taiyuan, another Kuaizhou 1A booster fired off a different launch pad at 0852 GMT (4:52 p.m. Beijing time; 3:52 a.m. EST) with six small satellites on-board.

The six payloads aboard the second Kuaizhou 1A flight Saturday were deployed in orbit around 310 miles (500 kilometers) above Earth, on a track inclined 97.4 degrees to the equator.

Two privately-developed satellites for Beijing-based HEAD Aerospace launched on the second Kuaizhou 1A flight Saturday will provide environmental monitoring, asset supervision, emergency communication, and ship and aircraft tracking services. The 100-pound (45-kilogram) HEAD 2A and 2B satellites are the first craft in HEAD Aerospace’s Skywalker constellation.

The second Kuaizhou 1A launch also delivered the Spacety 16 and 17 small satellites to orbit for Spacety Co. Ltd. The Spacety payloads are “medium-resolution micro-nano remote sensing satellites that are mainly used for disaster prevention, maritime applications, agricultural remote sensing and polar environment monitoring,” according to Xinhua.

Two experimental data relay nanosatellites named Tianqi 4A and 4B were also launched for Guodian Gaoke, another Beijing-based company, Xinhua said.
https://spaceflightnow.com/2019/12/07/china-launches-two-kuaizhou-rockets-in-six-hours/

https://www.nasaspaceflight.com/2019/12/china-double-kuaizhou-1a-launch-taiyuan/

HEAD 2A https://space.skyrocket.de/doc_sdat/head-1.htm
HEAD 2B
TY 16
TY 17
Tianqi 4A https://space.skyrocket.de/doc_sdat/tianqi-1.htm
Tianqi 4B

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-3C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
17 01:22 Onenui 1 Electron/Curie Palisade Demo-1
17 15:21:04 Xichang CZ-3B/G2 TJ-4

LISTOPAD 2019

02 13:59:46 Wallops 0A Antares-230 Cygnus-12
03 03:22:39 Taiyuan 9 CZ-4B Gaofen-7, Jingzhi 1, Jifeng,
Sudan Scientific Experimental Satellite 1
04 17:43:04 Xichang CZ-3B/G2 Beidou-IGSO-3
11 14:56:00 Canaveral 40 Falcon-9 Starlink v1.0 x 60
13 03:40:35 Jiuquan 43/95 KZ-1A Jilin-1 Gaofen-02A
13 06:35:14 Taiyuan 16 CZ-6 Ningxia-1 x 5
17 10:00 Jiuquan 43/95 KZ-1A KL-Alpha A, B
23 00:55:55 Xichang 3 CZ-3B/YZ-1 Beidou-3 M21, M22
25 17:52:03 Plesieck 43/4 Sojuz-2.1w/Wołga Kosmos 2542, Kosmos 2543
26 21:23 Kourou 3 Ariane-5ECA Inmarsat 5 F5, TIBA-2
27 03:58 Sriharikota S PSLV-XL Cartosat-3,Meshbed, Flock-4p x 12
27 23:52 Taiyuan 9 CZ-4C Gaofen-12

GRUDZIEŃ 2019

05 17:29:25 Canaveral 40 Falcon-9 Dragon-19
06 08:18 Onenui 1 Electron/Curie ATL-1, FossaSat-1, NOOR-1A, NOOR-1B,
SMOG-P, TRSI Satm, ALE-2
06 09:34:11 Bajkonur 31/6 Sojuz-2.1a Progress MS-13
07 02:55:46 Taiyuan KZ-1A Jilin-1 Gaofen-02B
07 08:52 Taiyuan KZ-1A HEAD-2A, 2B, Tianyi-16, 17, Tianqi-4A, 4B
__________________________________________________________________________________________
11 08:54 Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos (Uragan-M)
11 09:55 Sriharikota F PSLV-QL RISAT-2BR1, iQPS SAR, Spire-2 x 4
16 ??:?? Xichang CZ-3B/YZ-1 Beidou-3 M19, M20
17 00:10-01:38 Canaveral 40 Falcon-9 Kacific-1
17 08:54:20 Kourou ELS Sojuz-STA/Fregat-M CSG-1, CHEOPS, ANGELS, EyeSat, OPS-SAT,
Open Cosmos x 4, ELO
20 03:21 Taiyuan 9 CZ-4B CBERS-4A, FloripaSat-1, ETRSS-1, MN50-01,
MN10-03, MN10-04
20 11:36 Canaveral 41 Atlas-5/422 Starliner Boe-OFT
24 ??:?? Bajkonur 81/24 Proton-M/DM-03 Elektro-Ł No. 3
26 23:12 Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
27 ??:?? Wenchang 101 CZ-5 Shijian-20
2P ??:?? Mojave 12/30 B-747/LauncherOne MiniCarb, PAN A, PAN B, STP-27VP (x 8?)
3D ??:?? Jiuquan KZ-1A Yinhe-1
3D ??:?? Sriharikota S PSLV-CA RISAT-2BR2, Kleos x 4, Lemur x ?
3D ??:?? Canaveral 40 Falcon-9R Starlink v1.0 x 60

Czy doszło do dzisiejszych startów Sojuza i PSLV?

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-3C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
17 01:22 Onenui 1 Electron/Curie Palisade Demo-1
17 15:21:04 Xichang CZ-3B/G2 TJ-4

LISTOPAD 2019

02 13:59:46 Wallops 0A Antares-230 Cygnus-12
03 03:22:39 Taiyuan 9 CZ-4B Gaofen-7, Jingzhi 1, Jifeng,
Sudan Scientific Experimental Satellite 1
04 17:43:04 Xichang CZ-3B/G2 Beidou-IGSO-3
11 14:56:00 Canaveral 40 Falcon-9 Starlink v1.0 x 60
13 03:40:35 Jiuquan 43/95 KZ-1A Jilin-1 Gaofen-02A
13 06:35:14 Taiyuan 16 CZ-6 Ningxia-1 x 5
17 10:00 Jiuquan 43/95 KZ-1A KL-Alpha A, B
23 00:55:55 Xichang 3 CZ-3B/YZ-1 Beidou-3 M21, M22
25 17:52:03 Plesieck 43/4 Sojuz-2.1w/Wołga Kosmos 2542, Kosmos 2543
26 21:23 Kourou 3 Ariane-5ECA Inmarsat 5 F5, TIBA-2
27 03:58 Sriharikota S PSLV-XL Cartosat-3,Meshbed, Flock-4p x 12
27 23:52 Taiyuan 9 CZ-4C Gaofen-12

GRUDZIEŃ 2019

05 17:29:25 Canaveral 40 Falcon-9 Dragon-19
06 08:18 Onenui 1 Electron/Curie ATL-1, FossaSat-1, NOOR-1A, NOOR-1B,
SMOG-P, TRSI Satm, ALE-2
06 09:34:11 Bajkonur 31/6 Sojuz-2.1a Progress MS-13
07 02:55:46 Taiyuan KZ-1A Jilin-1 Gaofen-02B
07 08:52 Taiyuan KZ-1A HEAD-2A, 2B, Tianyi-16, 17, Tianqi-4A, 4B
11 08:54:49 Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos 2544 (Uragan-M)
11 09:55:00 Sriharikota F PSLV-QL RISAT-2BR1, QPS SAR, Spire-2 x 4,
Tyvak-0092, Tyvak-0129, Duchifat-3,
1HOPSAT-1
__________________________________________________________________________________________
16 ~07:20 Xichang CZ-3B/YZ-1 Beidou-3 M19, M20
17 00:10-01:38 Canaveral 40 Falcon-9 Kacific-1
17 08:54:20 Kourou ELS Sojuz-STA/Fregat-M CSG-1, CHEOPS, ANGELS, EyeSat, OPS-SAT
20 03:21 Taiyuan 9 CZ-4B CBERS-4A, FloripaSat-1, ETRSS-1, MN50-01,
MN10-03, MN10-04
20 11:36 Canaveral 41 Atlas-5/422 Starliner Boe-OFT
24 ~12:15 Bajkonur 81/24 Proton-M/DM-03 Elektro-Ł No. 3
26 23:12 Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
27 ??:?? Wenchang 101 CZ-5 Shijian-20
29 ??:?? Jiuquan KZ-1A Yinhe-1
31 04:40 Canaveral 40 Falcon-9R Starlink v1.0 x 60

W tym roku pozostało jeszcze maksymalnie 10 startów orbitalnych. Ponieważ dotychczas powiodło się ich 89, zatem nie uda się dociągnąć do setki.

Rosyjski satelita nawigacyjny
11.12. o 08:54:48,591 z wyrzutni 43/PU-3 w Plesiecku wystartowała RN Sojuz-2.1b/Fregat-M, która wyniosła na orbitę
o parametrach: hp=19126 km, ha=19150 km, i=64,84° satelitę nawigacyjnego systemu GŁONASS typu Uragan-M.
Otrzymał on nazwę Kosmos 2544.
http://lk.astronautilus.pl/n191201.htm#08

(https://pbs.twimg.com/media/ELgiMdJWkAAkzge.jpg)

(https://pbs.twimg.com/media/ELfVPFRXUAAXPWP.jpg)(https://pbs.twimg.com/media/ELfw7ZFXYAApFr8.jpg)

http://www.youtube.com/watch?v=OITOII_H_BA
https://www.youtube.com/watch?v=OITOII_H_BA

http://www.youtube.com/watch?v=KvWYUzqSC0g
https://www.youtube.com/watch?time_continue=2&v=KvWYUzqSC0g&feature=emb_title

«Фрегат» вывел на орбиту спутник «Глонасс-М»
11.12.2019 15:45

(https://www.roscosmos.ru/cache/gallery/sl3/27850/3950543225.jpg)(https://www.roscosmos.ru/cache/gallery/sl3/27850/3161268551.jpg)(https://www.roscosmos.ru/cache/gallery/sl3/27850/6209508491.jpg)(https://www.roscosmos.ru/cache/gallery/sl3/27850/4005499594.jpg)

Сегодня, 11 декабря 2019 года, в 11:54 мск со стартовой площадки космодрома Плесецк состоялся успешный пуск ракеты-носителя «Союз-2.1б» с разгонным блоком «Фрегат» производства НПО Лавочкина (входит в Госкорпорацию «Роскосмос») и космическим аппаратом «Глонасс-М» — навигационным спутником производства «ИСС имени академика М.Ф. Решетнёва».

Отделение спутника от разгонного блока прошло штатно после трех включений маршевой двигательной установки разгонного блока «Фрегат».

Спутники «Глонасс-М» составляют основу орбитальной группировки системы ГЛОНАСС. Они обеспечивают навигационной информацией и сигналами точного времени наземных, морских, воздушных и космических потребителей.

Разгонный блок «Фрегат» обеспечивает эффективное выполнение всех задач по выведению одного или нескольких космических аппаратов на рабочие орбиты или отлетные от Земли траектории. Весь процесс выведения осуществляется автономно, без вмешательства с Земли. Высочайшая надежность и, практически, идеальная точность выведения, дают разгонному блоку неоспоримые конкурентные преимущества над мировыми аналогами. Данный пуск стал 80-м для разгонного блока «Фрегат».
https://www.roscosmos.ru/27850/

Russia adds new satellite to Glonass navigation fleet
December 11, 2019 Stephen Clark

Russia launched a fresh satellite for the Glonass network Wednesday aboard a Soyuz rocket, replenishing a fleet of positioning and timing stations used around the world for navigation services.

The Glonass M navigation satellite lifted off on top of a Soyuz-2.1b booster at 0854 GMT (3:54 a.m. EST) from Pad 3 at Site 43 at the Plesetsk Cosmodrome, a military-run spaceport around 500 miles (800 kilometers) north of Moscow.

Wednesday’s launch marked the first rocket flight to originate from Pad 3 at Site 43 since a Soyuz booster crashed moments after liftoff in October 2002, killing a Russian soldier and injuring eight others. The crash partially destroyed the Soyuz launch pad, and all Soyuz flights from Plesetsk since 2002 have blasted off from a neighboring facility.

Russian teams repaired and upgraded the damaged launch pad before resuming launch operations there Wednesday.

Launched under the supervision of Russian troops, the Soyuz took off Wednesday at 11:54 a.m. Moscow time powered by kerosene-fueled engines. The rocket shed its spent strap-on boosters and payload shroud, then shut down its core stage nearly five minutes into the mission.

An RD-0124 engine on the Soyuz third stage ignited to propel the Glonass M spacecraft and a Fregat upper stage toward orbit, then released the Fregat to perform three engine firings. After the final Fregat burn, the rocket deployed the Glonass M spacecraft around three-and-a-half hours after liftoff.

The Russian Ministry of Defense said in a statement that the Glonass satellite was deployed in the targeted orbit, and was operating normally after Wednesday’s launch.

The Glonass satellite was released in a near-circular orbit at an altitude of more than 11,900 miles (19,100 kilometers) and an inclination of 64.8 degrees, according to publicly-released U.S. military tracking data.

ISS Reshetnev, a satellite manufacturer based in Zheleznogorsk, Russia, built the Glonass M spacecraft. The Russian Ministry of Defense was expected to name the Glonass satellite Kosmos 2544, keeping with the naming scheme for Russian military spacecraft.

Designed for a seven-year lifetime, the 3,100-pound (1,400-kilogram) Glonass M satellite launched Wednesday, designated No. 59, will replace an aging navigation craft in the Glonass fleet.

The Glonass satellites are spread in three orbital planes, or pathways, around Earth, each with eight spacecraft.

Russia’s Glonass fleet is similar to the U.S. Air Force’s Global Positioning System, providing worldwide navigation and timing services.
https://spaceflightnow.com/2019/12/11/russia-adds-new-satellite-to-glonass-navigation-fleet/

https://www.nasaspaceflight.com/2019/12/soyuz-2-1b-latest-glonass-plesetsk-pad-service/

https://space.skyrocket.de/doc_sdat/uragan-m.htm

10 satelitów wyniesionych z Indii
11.12. o 09:55:00 ze Sriharikota wystrzelona została RN PSLV-QL, która wyniosła na orbitę o parametrach: hp=576 km,
ha=576 km, i=37° satelity RISAT-2BR1, QPS SAR, Tyvak-0092, Tyvak-0129, Duchifat-3, 1HOPSAT-1 i 4 Lemur-2.
http://lk.astronautilus.pl/n191201.htm#09

http://www.youtube.com/watch?v=zBPZfhMYcRI
https://www.youtube.com/watch?v=zBPZfhMYcRI

India’s 50th PSLV lifts off with satellites from five nations
December 11, 2019 Stephen Clark

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2019/12/ELgOFZHU4AAChJ_.jpeg)
India’s 50th Polar Satellite Launch Vehicle soars into the sky over Sriharikota Island. Credit: ISRO

The 50th flight of an Indian Polar Satellite Launch Vehicle delivered 10 spacecraft from five nations into orbit Wednesday, including a new Indian radar surveillance platform and a batch of small commercial Earth observation satellites. (...)

Wednesday’s PSLV flight occurred two weeks after India’s last PSLV mission from the spaceport at Sriharikota.

“Along with the 50th historic mission for PSLV, this mission marks another major milestone,” said K. Sivan, ISRO’s chairman. “This is the 75th launch from the spaceport of India (at Sriharikota).”

The PSLV’s first mission lifted off from Sriharikota on Sept. 20, 1993, but failed to reach orbit after encountering a problem during separation of the rocket’s second and third stages. The PSLV’s only other launch failure occurred Aug. 31, 2017, when the rocket’s payload shroud did not jettison, preventing the rocket from placing an Indian navigation satellite into orbit.

“PSLV has hit gold today,” said S. Somanath, director of the Vikram Sarabhai Space Center, headquarters for ISRO’s launcher development programs. “This is one of the important milestones in the history of PSLV.”

ISRO originally developed the PSLV to carry Indian Earth observation satellites into low Earth orbit and end Indian reliance on foreign launchers for many missions. But Indian engineers have nearly doubled the PSLV’s original launch mass capacity since 1993, and the PSLV has flown in five different configurations with zero, two, four, or six strap-on boosters. The first variant of the PSLV launched with smaller solid rocket boosters than the strap-on motors used today.

Engineers have also introduced a new capability to reignite the PSLV’s fourth stage and outfit it with solar panels for extended missions.

The upgrades have allowed the PSLV to launch satellites into high-altitude geostationary transfer orbit. India’s first orbiters to reach the moon and Mars also launched on PSLV flights.

The relative low cost and high reliability of the PSLV have made it a popular choice to launch small satellites from foreign companies and research institutions.

The PSLV holds the record for the highest number of satellites launched on a single rocket, a mark set in 2017, when 104 spacecraft rode a PSLV into orbit. Planet, the U.S. company that operates a network of more than 100 Earth-observing CubeSats, had 88 of its Dove remote sensing nanosatellites on the rocket.

Sivan said the 50 PSLV missions to date have launched more than 116,000 pounds (52.7 metric tons) of payloads into space. About 17 percent of the mass launched by the PSLV missions to date have been from customer payloads.

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2019/12/risat2br1sep.jpg)
Artist’s illustration of the PSLV’s fourth stage (left) with the RISAT 2BR1 radar observation satellite (right). Credit: ISRO

India’s 1,384-pound (628-kilogram) RISAT 2BR1 radar observation satellite was the largest payload on Wednesday’s PSLV mission. Officials confirmed the spacecraft extended its power-generation solar panels as planned shortly after launch.

RISAT 2BR1 follows the launch of a similar radar imaging satellite launched by India in May. A third RISAT 2B-series spacecraft is scheduled for launch on a future PSLV flight in early 2020.

The radar-equipped satellites work in concert with India’s fleet of optical reconnaissance satellites. India launched the first in a new generation of Cartosat 3 Earth-imaging spacecraft last month.

Designed for a five-year mission, RISAT 2B carries an X-band radar imaging instrument capable of resolving structures and features on Earth’s surface, regardless of daylight or weather conditions. Earth-looking optical telescopes are inhibited by cloudy weather, and only produce usable imagery during daytime.

The satellite was developed by ISRO and carries a dish-shaped radar antenna that is folded up to fit inside the rocket’s payload compartment. Once the satellite is in space, its radial band antenna will be unfurled to its full diameter of 11.8 feet (3.6 meters).

The spacecraft will supply 2 kilowatts of power to the radar instrument, which is able to collect imagery in spotlight, strip and mosaic modes. The imaging resolution of RISAT 2BR1’s radar has not been disclosed by ISRO.

According to an information kit released by ISRO, RISAT 2BR1 will provide imagery to support applications in agriculture, forestry and disaster management.

Orbiting radars can also detect features, such as camouflaged military assets, on the ground that can escape detection with optical Earth observation satellites. The enhanced observing capability of radar satellites makes them useful for military and intelligence agencies.

“This spacecraft is an excellent space asset, which will contribute for national security, agriculture, forestry, agriculture, disaster management, and a host of applications,” said R.V. Nadagouda, the RISAT 2BR1 spacecraft director.

The 37-degree inclination orbit selected for the RISAT 2BR1 satellite does not provide global radar observation coverage, but it offers regular passes over Indian territory and neighboring Pakistan, a longtime strategic rival to India in the region.

Nine other small satellites from U.S., Israeli, Italian and Japanese companies hitched a ride on Wednesday’s PSLV flight.

The QPS-SAR 1 satellite, weighing roughly 220 pounds (100 kilograms), was built by iQPS, a Japanese company aiming to field a fleet of 36 small radar satellites to enable near-real-time observations of the Earth. QPS-SAR 1’s deployable synthetic aperture radar is the same 11.8-foot (3.6-meter) size of the instrument on India’s RISAT 2BR1 satellite, but the radar fits on a much smaller spacecraft.

According to iQPS, the new spacecraft, nicknamed Izanagi, is Japan’s first small high-resolution radar satellite. The Earth observation network planned by iQPS is one of several commercial small satellite fleets in development in the radar-imaging sector, alongside constellations being built by the Finnish company ICEYE and U.S.-based Capella Space.

A 41-pound (19-kilogram) microsatellite developed by Hera Systems, a California-based company, also rocketed into orbit Wednesday atop India’s PSLV.

Hera’s 1HOPSat-TD satellite is a technology demonstrator for a constellation of Earth observation satellites. The tech demo satellite launched Wednesday hosts an optical imager with a resolution of approximately 3.3 feet, or 1 meter, according to Hera Systems.

Israeli high school students at the Herzliya Science Center built the Duchifat 3 CubeSat launched on Wednesday’s PSLV flight.

Two CubeSats manufactured by the U.S.-based CubeSat-builder Tyvak were also on the PSLV launch Wednesday.

One of the CubeSats, built for an unspecified Italian company, will demonstrate search and rescue communications capabilities. The other Tyvak-built nanosatellite will demonstrate space technology for NASA.

Four more Lemur-2 CubeSats for San Francisco-based Spire Global also launched Wednesday. The nanosatellites — each about the size of a toaster oven — carry payloads to track marine traffic and collect weather data.
https://spaceflightnow.com/2019/12/11/indias-50th-pslv-lifts-off-with-satellites-from-five-nations/

https://www.isro.gov.in/launcher/pslv-c48-risat-2br1
https://www.nasaspaceflight.com/2019/12/indian-pslv-launch-risat-2br1-military-satellite/

RISAT 2BR1 https://space.skyrocket.de/doc_sdat/risat-2b.htm
QPS-SAR 1 (Izanagi) https://space.skyrocket.de/doc_sdat/qps-sar-1.htm
1HOPSat TD https://space.skyrocket.de/doc_sdat/1hopsat-td.htm
Pathfinder Risk Reduction (Tyvak 0129) https://space.skyrocket.de/doc_sdat/pathfinder-risk-reduction.htm
Lemur-2 108 https://space.skyrocket.de/doc_sdat/lemur-2.htm
Lemur-2 109
Lemur-2 110
Lemur-2 111
COMMTRAIL (Tyvak 0092) https://space.skyrocket.de/doc_sdat/commtrail.htm
Duchifat 3 https://space.skyrocket.de/doc_sdat/duchifat-3.htm

Cytat: astropl w Grudzień 13, 2019, 05:20

W tym roku pozostało jeszcze maksymalnie 10 startów orbitalnych. Ponieważ dotychczas powiodło się ich 89, zatem nie uda się dociągnąć do setki.

Szkoda! Mam nadzieję, że jednak Chińczycy i Irańczycy nas zaskoczą! :P

Cytat: artpoz w Grudzień 13, 2019, 14:52

Jest wyznaczona data i godzina startu:
31 grudnia 2019, 05:40 czasu polskiego

Jak wystartuje w terminie to 4. raz Falcony wystartują 3 razy w ciągu jednego miesiąca.
Wcześniej zdarzyło się to w grudniu 2018.
W tym roku Falcony startowały najczęściej jeden raz w miesiącu: 7 takich miesięcy było, nie licząc grudnia, gdzie prognoza startów wygląda optymistycznie :)
A we wrześniu i październiku w ogóle nie poleciały.
Na razie tylko w maju i czerwcu po dwa razy Falcony startowały w kosmos.

W 2018 RN SpaceX startowały 21 razy.
W 2019 na razie 12 razy , z szansą na 2 kolejne starty ( dla porównania w 2017 odbyło się 18 startów Falconów).

Czyli przewidywania, że niższe ceny oferowane przez SpaceX zwiększą popyt na starty, nie sprawdziły się?

Cytat: JSz w Grudzień 13, 2019, 23:15

Czyli przewidywania, że niższe ceny oferowane przez SpaceX zwiększą popyt na starty, nie sprawdziły się?

Wstrzymałbym się z taką hipotezą.
U głównych konkurentów czyli Arianspace i ULA nie widać wzmożonego ruchu.
Produkcja satelitów wymaga czasu, zwłaszcza tych dużych.

W wynoszonych ładunkach, patrząc na całość, widać rosnący trend w wynoszeniu małych satelitów.

W 2018 były nadrabiane opóźnienia wywołane wybuchem na wyrzutni w 2017.

Czy obecna sytuacja może być efektem chwilowego nasycenia rynku ?

Skupiając się na wybranych kategoriach głównych klientów wyraźnie dostrzec można regres w 2019 w kategorii "inni komercyjni".
Zobaczymy czy da się tu zauważyć pewną stabilizację w 2020.

2017 inni komercyjni 8 + wojskowe 2 = 10
2018 inni komercyjni 12 + wojskowe 1+naukowe (NASA) 1= 14
2019 inni komercyjni 4 (+1 plan) + wojskowe (drobnica i inne cywilne) 1 = 5+1 plan

=========================================================================

Dochodowość firmy wygląda na dobrą patrząc na rok poprzedni
https://www.cnbc.com/2019/05/20/spacex-revenue-2-billion-from-rockets-last-year-jefferies-estimate.html

Podsumowanie startów firmy w 2018
https://www.businessinsider.com/spacex-falcon-9-commercial-rocket-record-most-launches-2018-12?IR=T#19-sso-a-smallsat-express-december-3-19

W koleice czeka ponad 20 startów komercyjnych klientów
https://www.spacex.com/missions

W 2020 czeka nas dużo startów Starlinków
https://www.forum.kosmonauta.net/index.php?topic=3641.msg136134#msg136134

=========================================================================

Krótkie streszczenie (nieco uproszczone) startów Falconów (z zaznaczeniem konkurencji) z podziałem na kategorie związane przede wszystkim z głównymi ładunkami:

2017

ULA 8
Arianspace 9 + Rosja z Kourou 2

SpaceX
1) dragony iss 4

2) iridium 4

3) inni komercyjni
Echostar-23 kom GEO
SES-10 kom GEO
Inmarsat-5 F4 GEO
BulgariaSat-1 GEO
Intelsat 35e GEO
FORMOSAT 5 teledetekcyjny
Echostar 105 GEO
Koreasat 5A GEO

4) wojskowe
NRO L-76
X-37B OTV-5

5)
małe satelity (jako dodatkowy ładunek z Dragon SpX-10)
małe satelity (jako dodatkowy ładunek z Dragon SpX-11)
małe satelity (jako dodatkowy ładunek z Dragon SpX-12)
małe satelity (jako dodatkowy ładunek z Dragon SpX-13)

=========================================================================

2018

ULA 8
Europa (bez europejskich Sojuzów) 8 + Rosja 3 z Kourou

SpaceX

1) Dragony ISS 3

2) Iridium 3

3) Inni komercyjni
SES-16/GovSat-1 GEO
Paz ( zwiadowczy Hiszpania)
Hispasat 30W-6 GEO
Bangabandhu-1 GEO
SES-12 GEO
Telstar 19 GEO
Merah Putih GEO
Telstar 18 Vantage GEO
SAOCOM-1A (teledetekcyjny)
Es’hail Sat 2 GEO
pierwszego satelitę nawigacyjnego serii GPS III (SV01, Vespucci)
małe satelity (64 satelity)

4) wojskowe
Zuma (USA-280)
PODSAT-1 (jako dodatkowy ładunek - technologiczny)

5)Naukowe
TESS
GRACE-FO 1 i GRACE-FO 2 (jako dodatkowe ładunki)

6)
małe satelity (jako dodatkowy ładunek z Dragon SpX-14)
małe satelity (jako dodatkowy ładunek z Dragon SpX-15)
małe satelity (jako dodatkowy ładunek z Dragon SpX-16)

7) wewnętrzne starty firmy
Tesla Roadster
Tintin-A i B (jako dodatkowe ładunki - test Starlinków)

=========================================================================

2019

ULA 4 + 1 plan
Arianspace 6 + Rosja Kourou 2 + 1 plan

SpaceX

1) Dragony ISS 4

2) Iridium 1

3) Inni komercyjni
PSN-6 GEO
Arabsat-6S GEO
trzy satelity konstelacji Radarsat
Amos-17 GEO
+ plan Kacific 1 GEO

4) Wojskowe
S5 (technologiczny wojskowy mikrosatelita - jako dodatkowy ładunek)

małe satelity (25 satelitów) (głównie dla potrzeb wojska)

5) Naukowe
izraelski lądownik księżycowy Beresheet (jako dodatkowy ładunek)

6) wewnętrzne ładunki firmy
Starlink 1-60
Starlink 1 1-60
+ plan Starlink 2 1-60

7)
małe satelity (jako dodatkowy ładunek z Dragon SpX-17)
małe satelity (jako dodatkowy ładunek z Dragon SpX-18)
małe satelity (jako dodatkowy ładunek z Dragon SpX-19)

IMHO, bardziej obawialbym sie spadku zapotrzebowania na GEO, satelity sa bardziej niezawodne,
wiecej panstw samo chce wynosic satelity i moze to robic, wiecej pomyslow na niskolatajace
konstelacje, np. najnowsza chinska "Dzika Ges" (Hongyan):
864 satellites, with 8Tbps przepustowosci , wysokosc 1175km
Wlasciwie mowi sie o zamykaniu niektorych producentow satelitow czy przynajmniej ich ograniczeniu.
Mozliwe, ze nawet za friko nikt by nie chcial tego brac tych lotow SX ... ;-)
Z powazaniem
Adam Przybyla
(https://pbs.twimg.com/card_img/1203495162753605632/nslsJJS0?format=jpg&name=900x900)

Zrodla:
https://gbtimes.com/china-to-build-300-satellite-hongyan-communications-constellation-in-low-earth-orbit
https://www.bizjournals.com/denver/news/2019/03/01/maxar-technologies-stocks-slide-as-dividends.html
https://spacenews.com/maxar-cutting-jobs-to-help-stem-1-2-billion-loss-stabilize-satellite-division/
https://spacenews.com/lack-of-satellite-orders-triggers-layoffs-at-space-systems-loral/

Cytat: Orionid w Grudzień 14, 2019, 13:30

Cytat: JSz w Grudzień 13, 2019, 23:15
Czyli przewidywania, że niższe ceny oferowane przez SpaceX zwiększą popyt na starty, nie sprawdziły się?
Wstrzymałbym się z taką hipotezą.
U głównych konkurentów czyli Arianspace i ULA nie widać wzmożonego ruchu.
Produkcja satelitów wymaga czasu, zwłaszcza tych dużych.

W wynoszonych ładunkach, patrząc na całość, widać rosnący trend w wynoszeniu małych satelitów.

W 2018 były nadrabiane opóźnienia wywołane wybuchem na wyrzutni w 2017.

Czy obecna sytuacja może być efektem chwilowego nasycenia rynku ?

Skupiając się na wybranych kategoriach głównych klientów wyraźnie dostrzec można regres w 2019 w kategorii "inni komercyjni".
Zobaczymy czy da się tu zauważyć pewną stabilizację w 2020.

2017 inni komercyjni 8 + wojskowe 2 = 10
2018 inni komercyjni 12 + wojskowe 1+naukowe (NASA) 1= 14
2019 inni komercyjni 4 (+1 plan) + wojskowe (drobnica i inne cywilne) 1 = 5+1 plan

Kilka uwag. Historia stricte komercyjnych (które nazwałeś "innymi komercyjnymi") startów SpaceX sięga nie 2017, ale 2012 roku, więc rynek miał czas zareagować. Widać jednak, że zareagował słabo. W tym okresie SpaceX mógł wykazać się niezawodnością na dość wysokim stopniu: ładunki zostały stracone 3 razy, w tym dwa razy jeśli idzie o komercję, więc raczej nie w tym problem.

To, że w planie jest dużo startów Starlinków, to nie komercja ala program własny, więc te starty nie wskazują na komercyjny sukces SpaceX jako wytwórcy rakiet.

Dochodowość jest wynikiem w dużym stopniu usług dla rządu, a więc dla NASA i wojska oraz programów, w tym takich jak CRS, CRS-2 czy CPP.

Owszem, w planach na 2020 jest ok. 20 startów. Obiektywnie rzecz biorąc to i tak dużo, choć zapowiedzi SpaceX były większe. Z tym, że tyko 7 z tych startów to komercja. Wygląda to tak, że SpaceX poszedł w swym modelu biznesowym drogą Boeinga, Lockheed-Martina i innych - tak zawzięcie krytykowanych na Forum starych graczy, którzy przyssali się do państwowej kasy. SpaceX usilnie stara się robić to samo.

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-3C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
17 01:22 Onenui 1 Electron/Curie Palisade Demo-1
17 15:21:04 Xichang CZ-3B/G2 TJ-4

LISTOPAD 2019

02 13:59:46 Wallops 0A Antares-230 Cygnus-12
03 03:22:39 Taiyuan 9 CZ-4B Gaofen-7, Jingzhi 1, Jifeng,
Sudan Scientific Experimental Satellite 1
04 17:43:04 Xichang CZ-3B/G2 Beidou-IGSO-3
11 14:56:00 Canaveral 40 Falcon-9 Starlink v1.0 x 60
13 03:40:35 Jiuquan 43/95 KZ-1A Jilin-1 Gaofen-02A
13 06:35:14 Taiyuan 16 CZ-6 Ningxia-1 x 5
17 10:00 Jiuquan 43/95 KZ-1A KL-Alpha A, B
23 00:55:55 Xichang 3 CZ-3B/YZ-1 Beidou-3 M21, M22
25 17:52:03 Plesieck 43/4 Sojuz-2.1w/Wołga Kosmos 2542, Kosmos 2543
26 21:23 Kourou 3 Ariane-5ECA Inmarsat 5 F5, TIBA-2
27 03:58 Sriharikota S PSLV-XL Cartosat-3,Meshbed, Flock-4p x 12
27 23:52 Taiyuan 9 CZ-4C Gaofen-12

GRUDZIEŃ 2019

05 17:29:25 Canaveral 40 Falcon-9 Dragon-19
06 08:18 Onenui 1 Electron/Curie ATL-1, FossaSat-1, NOOR-1A, NOOR-1B,
SMOG-P, TRSI Satm, ALE-2
06 09:34:11 Bajkonur 31/6 Sojuz-2.1a Progress MS-13
07 02:55:46 Taiyuan KZ-1A Jilin-1 Gaofen-02B
07 08:52 Taiyuan KZ-1A HEAD-2A, 2B, Tianyi-16, 17, Tianqi-4A, 4B
11 08:54:49 Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos 2544 (Uragan-M)
11 09:55:00 Sriharikota F PSLV-QL RISAT-2BR1, QPS SAR, Spire-2 x 4,
Tyvak-0092, Tyvak-0129, Duchifat-3,
1HOPSAT-1
16 07:22 Xichang 3 CZ-3B/YZ-1 Beidou-3 M19, M20
__________________________________________________________________________________________
17 00:10-01:38 Canaveral 40 Falcon-9 Kacific-1
17 08:54:20 Kourou ELS Sojuz-STA/Fregat-M CSG-1, CHEOPS, ANGELS, EyeSat, OPS-SAT
20 03:21 Taiyuan 9 CZ-4B CBERS-4A, FloripaSat-1, ETRSS-1, MN50-01,
MN10-03, MN10-04
20 11:36 Canaveral 41 Atlas-5/422 Starliner Boe-OFT
24 ~12:15 Bajkonur 81/24 Proton-M/DM-03 Elektro-Ł No. 3
26 ??:?? Wenchang 101 CZ-5 Shijian-20
26 23:12 Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
29 ??:?? Jiuquan KZ-1A Yinhe-1
31 04:40 Canaveral 40 Falcon-9R Starlink v1.0 x 60

Co do rynku GEO to od pewnego czasu mówi się o zadyszce w tej branży. Przykładem może być artykuł z zeszłego roku:
https://spacenews.com/amid-geo-downturn-launch-operators-look-for-new-markets/

Możliwe, że nowa generacja satelitów na GEO (znacznie mniejsze) nieco zmieni tę sytuację, ale wyraźnie widać, że raczej niższe orbity są bardzie interesujące dla kom-satów niż GEO.

Artykul od z Dzis -ia ;-)
https://filling-space.com/2019/12/13/is-the-us-launch-industry-experiencing-a-bubble/
BTW, to chyab nadwaloby sie do osobnego watku, nie smiecmy tu Waldkowi ;-)
Z powazaniem
Adam Przybyla

Kolejne Beidou na orbicie
16.12. o 07:22:04,839 z Xichang wystrzelona została RN CZ-3B/YZ-1, która wyniosła na orbitę satelity nawigacyjne
Beidou-3M19 i Beidou-3M20.
http://lk.astronautilus.pl/n191216.htm#01

http://www.youtube.com/watch?v=W1fKSaLzRdg
https://www.youtube.com/watch?v=W1fKSaLzRdg

China launches two new BeiDou satellites
Source: Xinhua| 2019-12-16 21:41:38|Editor: zh

XICHANG, Dec. 16 (Xinhua) -- China successfully sent two satellites of the BeiDou Navigation Satellite System (BDS) into space from Xichang Satellite Launch Center in Sichuan Province at 3:22 p.m. Monday.

The launch means all the 24 medium earth orbit (MEO) satellites of the BDS-3 have been successfully sent into space, and the deployment of the core BDS-3 constellation system has been completed, according to Yang Changfeng, chief designer of the BDS.

"BDS now has the full capacity for global service. It will be able to provide excellent navigation service to global users," Yang said.

China started to build the BDS-3 system in 2009. The system, independently constructed and operated by China, consists of three geostationary orbit satellites, three inclined geosynchronous orbit satellites and 24 MEO satellites.

MEO satellites are the main satellites of the BDS-3, said Wang Ping, chief designer of the BDS-3 satellites. According to the design, the 24 MEO satellites are evenly distributed over three orbital planes at an altitude of about 20,000 km and each orbital plane has eight satellites.

The design enables every location worldwide to be covered by five to six satellites at any time, which is the precondition for the system to provide global service, Wang said.

Launched on a Long March-3A carrier rocket, the two satellites entered their preset orbit after a flight of more than three hours.

The launch was the 321st mission for the Long March series carrier rockets and the 108th mission for the Long March-3A carrier rocket.

Jiang Jie, academician of the Chinese Academy of Sciences and chief designer of Long March-3A carrier rockets, said since the launch of the first BDS-2 test satellite in 2007, the Long March-3A carrier rockets have successfully sent 53 BDS satellites into orbit in 38 missions.

So far, all the BDS satellites were sent into space from the Xichang Satellite Launch Center and all the launch missions were successful, said Wang Zemin, deputy director of the launch center.

The first BDS-3 satellite was sent into space in 2017 and the basic BDS constellation deployment was completed at the end of last year, enabling the system to provide global service two years ahead of schedule.
http://www.xinhuanet.com/english/2019-12/16/c_138635857.htm

China completes core of Beidou global satellite navigation system
December 16, 2019 Stephen Clark

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2019/12/640-7.jpeg)
A Long March 3B rocket lifts off Monday from the Xichang space base in southwestern China’s Sichuan province. Credit: CASC

Two Chinese Beidou navigation satellites successfully launched Monday on top of a Long March 3B rocket, completing the core of China’s independent positioning and timing network ahead of the start of global service next year.

The 184-foot-tall (56-meter) Long March 3B rocket lifted off from the Xichang space base in southwestern China’s Sichuan province at 0722 GMT (2:22 a.m. EST; 3:22 p.m. Beijing time) Monday, according to statements issued by the country’s top state-owned aerospace contractor.

Four liquid-fueled boosters and a core stage — all fed by toxic hydrazine fuel — powered the Long March 3B away from a launch pad surrounded by hills painted with the colors of late autumn foliage.

The rocket arced toward the southeast into a clear afternoon sky and shed its four boosters around two-and-a-half minutes into the flight. The core stage shut down and fell away moments later, giving way to the Long March 3B’s second stage.

A twin-engine third stage, propelled by hydrogen-fueled engines, ignited to continue the trip into orbit before deploying a Yuanzheng upper stage, which finished the job of placing the two Beidou navigation satellites into their targeted circular orbit more than three hours later.

The Beidou satellites launched Monday are orbiting Earth at an average altitude of 13,500 miles (21,800 kilometers), with an inclination of 55 degrees, according to tracking data published by the U.S. military.

The successful launch means all 24 third-generation, or BDS-3, Medium Earth Orbit satellites for China’s Beidou navigation network have been sent into space since 2017, according the Chinese state-run Xinhua news agency. The BDS-3 spacecraft are the latest generation of China’s Beidou navigation satellites intended for worldwide service, following earlier missions designed for technology demonstrations or intermediate regional service.

“BDS now has the full capacity for global service. It will be able to provide excellent navigation service to global users,” said Yang Changfeng, chief designed for the Beidou satellite navigation system, or BDS, according to Xinhua.

The global Beidou system includes 24 satellites spread among three orbital planes in Medium Earth Orbit — like the spacecraft launched Monday — and six satellites in higher geosynchronous orbits more than 22,000 miles (nearly 36,000 kilometers) above Earth. Three of those are in inclined geosynchronous orbits, and three are kept stationary over the equator.

The Beidou network is analogous to the U.S. military’s Global Positioning System and Russia’s Glonass navigation fleet. Europe is also building out a constellation of navigation satellites to provide global service.

China has launched 53 Beidou satellites since 2000, including prototypes and older-generation spacecraft no longer in operation.

Monday’s Long March 3B flight marked the 32nd orbital launch attempt of the year from China, and the 30th mission to successfully reach orbit in 2019. China has launched more orbital missions than any other country this year.
https://spaceflightnow.com/2019/12/16/china-completes-core-of-beidou-global-satellite-navigation-system/

https://www.weibo.com/3922221653/Il2Fv7T4D?type=comment
https://www.nasaspaceflight.com/2019/12/china-near-global-coverage-latest-launch-beidou-3m-satellites/

https://space.skyrocket.de/doc_sdat/bd-3m-2.htm

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-3C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
17 01:22 Onenui 1 Electron/Curie Palisade Demo-1
17 15:21:04 Xichang CZ-3B/G2 TJ-4

LISTOPAD 2019

02 13:59:46 Wallops 0A Antares-230 Cygnus-12
03 03:22:39 Taiyuan 9 CZ-4B Gaofen-7, Jingzhi 1, Jifeng,
Sudan Scientific Experimental Satellite 1
04 17:43:04 Xichang CZ-3B/G2 Beidou-IGSO-3
11 14:56:00 Canaveral 40 Falcon-9 Starlink v1.0 x 60
13 03:40:35 Jiuquan 43/95 KZ-1A Jilin-1 Gaofen-02A
13 06:35:14 Taiyuan 16 CZ-6 Ningxia-1 x 5
17 10:00 Jiuquan 43/95 KZ-1A KL-Alpha A, B
23 00:55:55 Xichang 3 CZ-3B/YZ-1 Beidou-3 M21, M22
25 17:52:03 Plesieck 43/4 Sojuz-2.1w/Wołga Kosmos 2542, Kosmos 2543
26 21:23 Kourou 3 Ariane-5ECA Inmarsat 5 F5, TIBA-2
27 03:58 Sriharikota S PSLV-XL Cartosat-3,Meshbed, Flock-4p x 12
27 23:52 Taiyuan 9 CZ-4C Gaofen-12

GRUDZIEŃ 2019

05 17:29:25 Canaveral 40 Falcon-9 Dragon-19
06 08:18 Onenui 1 Electron/Curie ATL-1, FossaSat-1, NOOR-1A, NOOR-1B,
SMOG-P, TRSI Satm, ALE-2
06 09:34:11 Bajkonur 31/6 Sojuz-2.1a Progress MS-13
07 02:55:46 Taiyuan KZ-1A Jilin-1 Gaofen-02B
07 08:52 Taiyuan KZ-1A HEAD-2A, 2B, Tianyi-16, 17, Tianqi-4A, 4B
11 08:54:49 Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos 2544 (Uragan-M)
11 09:55:00 Sriharikota F PSLV-QL RISAT-2BR1, QPS SAR, Spire-2 x 4,
Tyvak-0092, Tyvak-0129, Duchifat-3,
1HOPSAT-1
16 07:22:05 Xichang 3 CZ-3B/YZ-1 Beidou-3 M19, M20
17 00:10 Canaveral 40 Falcon-9 Kacific-1
__________________________________________________________________________________________
18 08:54:20 Kourou ELS Sojuz-STA/Fregat-M CSG-1, CHEOPS, ANGELS, EyeSat, OPS-SAT
20 03:21 Taiyuan 9 CZ-4B CBERS-4A, FloripaSat-1, ETRSS-1, MN50-01,
MN10-03, MN10-04
20 11:36 Canaveral 41 Atlas-5/422 Starliner Boe-OFT
24 ~12:15 Bajkonur 81/24 Proton-M/DM-03 Elektro-Ł No. 3
26 ??:?? Wenchang 101 CZ-5 Shijian-20
26 23:12 Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
29 ??:?? Jiuquan KZ-1A Yinhe-1
31 04:40 Canaveral 40 Falcon-9R Starlink v1.0 x 60

Czy Sojuz z CHEOPSem oraz OPS-Satem wystartował?

Cytat: kanarkusmaximus w Grudzień 17, 2019, 10:13

Czy Sojuz z CHEOPSem oraz OPS-Satem wystartował?

Nie, w T-85 minut, w chwili rozpoczęcia automatycznej sekwencji startowej nastąpiło przerwanie. Start został przełożony na jutro o tej samej porze.

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-4C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
17 01:22 Onenui 1 Electron/Curie Palisade Demo-1
17 15:21:04 Xichang CZ-3B/G2 TJ-4

LISTOPAD 2019

02 13:59:46 Wallops 0A Antares-230 Cygnus-12
03 03:22:39 Taiyuan 9 CZ-4B Gaofen-7, Jingzhi 1, Jifeng,
Sudan Scientific Experimental Satellite 1
04 17:43:04 Xichang CZ-3B/G2 Beidou-IGSO-3
11 14:56:00 Canaveral 40 Falcon-9 Starlink v1.0 x 60
13 03:40:35 Jiuquan 43/95 KZ-1A Jilin-1 Gaofen-02A
13 06:35:14 Taiyuan 16 CZ-6 Ningxia-1 x 5
17 10:00 Jiuquan 43/95 KZ-1A KL-Alpha A, B
23 00:55:55 Xichang 3 CZ-3B/YZ-1 Beidou-3 M21, M22
25 17:52:03 Plesieck 43/4 Sojuz-2.1w/Wołga Kosmos 2542, Kosmos 2543
26 21:23 Kourou 3 Ariane-5ECA Inmarsat 5 F5, TIBA-2
27 03:58 Sriharikota S PSLV-XL Cartosat-3,Meshbed, Flock-4p x 12
27 23:52 Taiyuan 9 CZ-4C Gaofen-12

GRUDZIEŃ 2019

05 17:29:25 Canaveral 40 Falcon-9 Dragon-19
06 08:18 Onenui 1 Electron/Curie ATL-1, FossaSat-1, NOOR-1A, NOOR-1B,
SMOG-P, TRSI Satm, ALE-2
06 09:34:11 Bajkonur 31/6 Sojuz-2.1a Progress MS-13
07 02:55:46 Taiyuan KZ-1A Jilin-1 Gaofen-02B
07 08:52 Taiyuan KZ-1A HEAD-2A, 2B, Tianyi-16, 17, Tianqi-4A, 4B
11 08:54:49 Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos 2544 (Uragan-M)
11 09:55:00 Sriharikota F PSLV-QL RISAT-2BR1, QPS SAR, Spire-2 x 4,
Tyvak-0092, Tyvak-0129, Duchifat-3,
1HOPSAT-1
16 07:22:05 Xichang 3 CZ-3B/YZ-1 Beidou-3 M19, M20
17 00:10 Canaveral 40 Falcon-9 Kacific-1
18 08:54:20 Kourou ELS Sojuz-STA/Fregat-M CSG-1, CHEOPS, ANGELS, EyeSat, OPS-SAT
__________________________________________________________________________________________
20 03:21 Taiyuan 9 CZ-4B CBERS-4A, FloripaSat-1, ETRSS-1, MN50-01,
MN10-03, MN10-04
20 11:36:43 Canaveral 41 Atlas-5/422 Starliner Boe-OFT
24 ~12:15 Bajkonur 81/24 Proton-M/DM-03 Elektro-Ł No. 3
26 ??:?? Wenchang 101 CZ-5 Shijian-20
26 23:12 Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
29 ??:?? Jiuquan KZ-1A Yinhe-1
31 04:40 Canaveral 40 Falcon-9R Starlink v1.0 x 60

O! Udało się! :) CHEOPS i OPS-Sat na orbicie! :)

Cytat: kanarkusmaximus w Grudzień 18, 2019, 12:52

O! Udało się! :) CHEOPS i OPS-Sat na orbicie! :)

... ten ops to ma jakies super mozliwoscie komputerowe. Ktos cos wie wiecej? Sam reklamowki na sieci ...:(((
Z powazaniem
Adam Przybyla

Pięć satelitów wyniesionych z Kourou
18.12. o 08:54:20 z Kourou wystartowała RN Sojuz-STA/Fregat-M, która wyniosła w T+20' 13" na orbitę o parametrach:
hp=614 km, ha=626 km, i=97,9° satelitę obserwacyjnego CSG-1 (COSMO-Skymed Second Generation), w T+2h 21' 21"
na orbitę o parametrach: hp=712 km, ha=715 km, i=98,2° satelitę astronomicznego CHEOPS (CHaracterising ExOPlanet
Satellite), a w T+4h 02' 52" na orbitę o parametrach: hp=500 km, ha=500 km, i=97,4° satelity: odbioru danych ANGELS
(ARGOS Néo on a Generic Economical and Light Satellite), astronomicznego EyeSat i technologicznego OPS-SAT.
http://lk.astronautilus.pl/n191216.htm#03

https://www.youtube.com/watch?v=rG6lx3-S9Eg

Arianespace launches ESA’s CHEOPS satellite to study exoplanets
by Andrew Jones — December 18, 2019

(...) The primary payload in terms of mass was the first of the second generation of Cosmo-SkyMed dual-use radar reconnaissance satellites for the Italian government. The 2.2-metric-ton satellite, manufactured by Thales Alenia Space for the Italian Space Agency, separated from the Fregat upper stage 23 minutes after launch. (...)

The 273-kilogram wet mass CHaracterising ExOPlanet Satellite (CHEOPS) entered its intended near-polar dusk-dawn Sun-synchronous orbit following separation 2 hours 24 minutes after launch.

CHEOPS is designed to follow up on already detected exoplanets. It will precisely measure the diameters of known exoplanets using transit photometry — measuring the minuscule dips in light emission from a star as an orbiting planet passes in front of it.

It will focus on ascertaining the mass-radius relation of exoplanets between 1-20 Earth masses and identifying planets with significant atmospheres. It will also provide insights into planet migration paths and identify planets that are prime targets for future habitability studies across 3.5 years of science operations.

Airbus is prime contractor for the mission, with the telescope provided by the University of Bern in collaboration with the University of Geneva.

Three CubeSats were also aboard as auxiliary payloads. EyeSat, a 3U CubeSat (5 kg) student satellite, and ANGELS, a 30-kilogram technology miniaturization test satellite, were both launched for CNES of France. ESA’s OPS-SAT will be testing and validating new techniques in mission control and on-board satellite systems.

The launch was the ninth and final mission for Arianespace in 2019 and the third Soyuz launch from Kourou this year. This number includes a Vega launch failure in July, resulting in the loss of the UAE’s Falcon Eye-1 optical imaging satellite.
https://spacenews.com/arianespace-launches-esas-cheops-satellite-to-study-exoplanets/

https://www.arianespace.com/mission/ariane-flight-vs23/
https://sci.esa.int/web/cheops/-/liftoff-for-cheops-esa-s-exoplanet-mission
https://www.nasaspaceflight.com/2019/12/esa-arianespace-historic-cheops-exoplanet-launch/

CSG 1 https://space.skyrocket.de/doc_sdat/cosmo-skymed-csg.htm
CHEOPS https://space.skyrocket.de/doc_sdat/cheops.htm
ANGELS https://space.skyrocket.de/doc_sdat/angels_cnes.htm
Eye-Sat https://space.skyrocket.de/doc_sdat/eye-sat.htm
OPS-SAT https://space.skyrocket.de/doc_sdat/ops-sat.htm

Wątek CHEOPS https://www.forum.kosmonauta.net/index.php?topic=3211.msg118106#msg118106
Wątek OPS-SAT https://www.forum.kosmonauta.net/index.php?topic=3855.msg139017#msg139017

Artykuły astronautyczne (https://www.forum.kosmonauta.net/index.php?topic=3865.msg139243#msg139243)

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-4C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
17 01:22 Onenui 1 Electron/Curie Palisade Demo-1
17 15:21:04 Xichang CZ-3B/G2 TJ-4

LISTOPAD 2019

02 13:59:46 Wallops 0A Antares-230 Cygnus-12
03 03:22:39 Taiyuan 9 CZ-4B Gaofen-7, Jingzhi 1, Jifeng,
Sudan Scientific Experimental Satellite 1
04 17:43:04 Xichang CZ-3B/G2 Beidou-IGSO-3
11 14:56:00 Canaveral 40 Falcon-9 Starlink v1.0 x 60
13 03:40:35 Jiuquan 43/95 KZ-1A Jilin-1 Gaofen-02A
13 06:35:14 Taiyuan 16 CZ-6 Ningxia-1 x 5
17 10:00 Jiuquan 43/95 KZ-1A KL-Alpha A, B
23 00:55:55 Xichang 3 CZ-3B/YZ-1 Beidou-3 M21, M22
25 17:52:03 Plesieck 43/4 Sojuz-2.1w/Wołga Kosmos 2542, Kosmos 2543
26 21:23 Kourou 3 Ariane-5ECA Inmarsat 5 F5, TIBA-2
27 03:58 Sriharikota S PSLV-XL Cartosat-3,Meshbed, Flock-4p x 12
27 23:52 Taiyuan 9 CZ-4C Gaofen-12

GRUDZIEŃ 2019

05 17:29:25 Canaveral 40 Falcon-9 Dragon-19
06 08:18 Onenui 1 Electron/Curie ATL-1, FossaSat-1, NOOR-1A, NOOR-1B,
SMOG-P, TRSI Satm, ALE-2
06 09:34:11 Bajkonur 31/6 Sojuz-2.1a Progress MS-13
07 02:55:46 Taiyuan KZ-1A Jilin-1 Gaofen-02B
07 08:52 Taiyuan KZ-1A HEAD-2A, 2B, Tianyi-16, 17, Tianqi-4A, 4B
11 08:54:49 Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos 2544 (Uragan-M)
11 09:55:00 Sriharikota F PSLV-QL RISAT-2BR1, QPS SAR, Spire-2 x 4,
Tyvak-0092, Tyvak-0129, Duchifat-3,
1HOPSAT-1
16 07:22:05 Xichang 3 CZ-3B/YZ-1 Beidou-3 M19, M20
17 00:10 Canaveral 40 Falcon-9 Kacific-1
18 08:54:20 Kourou ELS Sojuz-STA/Fregat-M CSG-1, CHEOPS, ANGELS, EyeSat, OPS-SAT
20 03:22 Taiyuan 9 CZ-4B CBERS 4A, ETRSS 1, Tianqin 1, FloripaSat,
Shuntian, Tianyan 01, 02, Weilai 1R, Yuheng
20 11:36:43 Canaveral 41 Atlas-5/422 Starliner Boe-OFT
__________________________________________________________________________________________
24 ~12:15 Bajkonur 81/24 Proton-M/DM-03 Elektro-Ł No. 3
26 23:12 Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
27 14:00 Wenchang 101 CZ-5 Shijian-20
31 04:40 Canaveral 40 Falcon-9R Starlink v1.0 x 60

Jeśli wierzyć informacjom z twittera, to start CZ-5 przewidziany jest na 27.12 o 22:00 BJT (14:00 UTC).
Co więcej podobno ma być transmisja ze startu. Jutro wyprowadzenie rakiety na stanowisko startowe:
https://twitter.com/LiuyiYiliu/status/1207914037477957635 (https://twitter.com/LiuyiYiliu/status/1207914037477957635)
https://twitter.com/LiuyiYiliu/status/1207232910819913728 (https://twitter.com/LiuyiYiliu/status/1207232910819913728)

(https://pbs.twimg.com/media/EMNfZ0TU4AE9iFr.jpg)

Ciekawa informacja! Liczę, że się uda! :)

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-4C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
17 01:22 Onenui 1 Electron/Curie Palisade Demo-1
17 15:21:04 Xichang CZ-3B/G2 TJ-4

LISTOPAD 2019

02 13:59:46 Wallops 0A Antares-230 Cygnus-12
03 03:22:39 Taiyuan 9 CZ-4B Gaofen-7, Jingzhi 1, Jifeng,
Sudan Scientific Experimental Satellite 1
04 17:43:04 Xichang CZ-3B/G2 Beidou-IGSO-3
11 14:56:00 Canaveral 40 Falcon-9 Starlink v1.0 x 60
13 03:40:35 Jiuquan 43/95 KZ-1A Jilin-1 Gaofen-02A
13 06:35:14 Taiyuan 16 CZ-6 Ningxia-1 x 5
17 10:00 Jiuquan 43/95 KZ-1A KL-Alpha A, B
23 00:55:55 Xichang 3 CZ-3B/YZ-1 Beidou-3 M21, M22
25 17:52:03 Plesieck 43/4 Sojuz-2.1w/Wołga Kosmos 2542, Kosmos 2543
26 21:23 Kourou 3 Ariane-5ECA Inmarsat 5 F5, TIBA-2
27 03:58 Sriharikota S PSLV-XL Cartosat-3,Meshbed, Flock-4p x 12
27 23:52 Taiyuan 9 CZ-4C Gaofen-12

GRUDZIEŃ 2019

05 17:29:25 Canaveral 40 Falcon-9 Dragon-19
06 08:18 Onenui 1 Electron/Curie ATL-1, FossaSat-1, NOOR-1A, NOOR-1B,
SMOG-P, TRSI Satm, ALE-2
06 09:34:11 Bajkonur 31/6 Sojuz-2.1a Progress MS-13
07 02:55:46 Taiyuan KZ-1A Jilin-1 Gaofen-02B
07 08:52 Taiyuan KZ-1A HEAD-2A, 2B, Tianyi-16, 17, Tianqi-4A, 4B
11 08:54:49 Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos 2544 (Uragan-M)
11 09:55:00 Sriharikota F PSLV-QL RISAT-2BR1, QPS SAR, Spire-2 x 4,
Tyvak-0092, Tyvak-0129, Duchifat-3,
1HOPSAT-1
16 07:22:05 Xichang 3 CZ-3B/YZ-1 Beidou-3 M19, M20
17 00:10:00 Canaveral 40 Falcon-9 Kacific-1
18 08:54:20 Kourou ELS Sojuz-STA/Fregat-M CSG-1, CHEOPS, ANGELS, EyeSat, OPS-SAT
20 03:22:29 Taiyuan 9 CZ-4B CBERS 4A, ETRSS 1, Tianqin 1, FloripaSat,
Shuntian, Tianyan 01, 02, Weilai 1R, Yuheng
20 11:36:43 Canaveral 41 Atlas-5/422 Starliner Boe-OFT
__________________________________________________________________________________________
24 12:03:02 Bajkonur 81/24 Proton-M/DM-03 Elektro-Ł No. 3
26 23:12 Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
27 14:00 Wenchang 101 CZ-5 Shijian-20

Chiny nie tylko dla siebie
20.12. o 03:22:29,171 z Taiyuan wystrzelona została RN CZ-4B, która wyniosła na orbitę o parametrach: hp=629 km,
ha=629 km, i=97,9° satelity CBERS-4A (China-Brazil Earth Resources Satellite, Ziyuan-1 04A), ETRSS-1 (Ethiopian
Remote Sensing Satellite), FloripaSat-1, Tianqin-1 (CAS-6), Weilai-1R (Guozhi Henghao Nianjing 1), Tianyan 01
(MN50-2), Xingshidai-8 (Tianyan 02, MN6U-2), Yuheng i Shuntian.
http://lk.astronautilus.pl/n191216.htm#04

http://www.youtube.com/watch?v=FZ04rVsOWX8
https://www.youtube.com/watch?v=FZ04rVsOWX8

New commercial satellite launched in north China
Source: Xinhua| 2019-12-20 17:00:46|Editor: mingmei

XI'AN, Dec. 20 (Xinhua) -- A new commercial satellite was successfully launched from Taiyuan Satellite Launch Center in north China's Shanxi Province Friday.

The "BDSAGR-1" satellite has entered its scheduled orbit and is expected to provide accurate remote sensing data on crops in the river basins in north China and help modernize and digitalize China's agricultural industry.

The satellite belongs to the first phase of the "Guozhiheng Agricultural Remote Sensing Satellite Constellation" project jointly engineered by GasTianta and GZH-HNJ BDS AGR Co., Ltd.

Zeng Weigang, general manager of GasTianta, said the satellite was designed to operate in a sun-synchronous orbit with an orbit period of 96 minutes.

Zeng added that the project will eventually form a remote sensing satellite constellation consisting of 40 satellites covering the whole country.

"As a traditional agricultural country, there is still much room for improvement in the application of remote sensing satellites in China's agricultural field," said Zeng.

"We will continue to deepen the R&D and marketing of commercial aerospace technology and explore the application of remote sensing satellite technology in areas such as agricultural resources investigation, crop monitoring, disaster monitoring and food safety traceability," he added.
http://www.xinhuanet.com/english/2019-12/20/c_138646340.htm

China launches environmental satellite built in cooperation with Brazil
December 21, 2019 Stephen Clark

http://www.youtube.com/watch?v=XKo3Pm_CGbk
https://www.youtube.com/watch?v=XKo3Pm_CGbk&feature=emb_title

The sixth in a series of environmental monitoring satellites jointly developed by China and Brazil successfully launched Dec. 20 on top of a Long March 4B rocket.

The CBERS 4A Earth observation satellite rode the Long March 4B rocket into a 385-mile-high (620-kilometer) polar sun-synchronous orbit from the Taiyuan space base in northern China’s Shanxi province.

A three-stage, liquid-fueled Long March 4B rocket lifted off at 0322 GMT Dec. 20 (10:22 p.m. EST on Dec. 19) with the CBERS 4A spacecraft and eight smaller satellites, according to Chinese and Brazilian space officials.

CBERS 4A is the sixth in a series of Earth observation satellites developed by the two countries, and it joins CBERS 4 in orbit, still operating after its launch in 2014 (https://spaceflightnow.com/2014/12/07/chinese-brazilian-earth-observation-satellite-launched/). The collaborative CBERS, or China-Brazil Earth Resource Satellite, program began in 1988 and the first CBERS satellite launched in 1999.

The Long March 4B rocket delivered the CBERS 4A satellite, and eight secondary payloads, into the target polar orbit after flying on a southerly trajectory from the Taiyuan space center, officials said. The Long March 4B mission marked the 33rd orbital launch attempt from China this year, and the 31st to successfully reach orbit, more than any other country in 2019.

The 3,814-pound (1,730-kilogram) CBERS 4A satellite was built and launched in China. Two of its three Earth-imaging instruments were supplied by Brazil’s National Institute for Space Research, known by the acronym INPE.

According to INPE, responsibility for the CBERS 4A mission is shared equally by Brazil and China. INPE said Brazil’s investment in the mission totaled 175 Brazilian reals, or about $43 million.

CBERS 4A’s highest-resolution instrument, built in China, will produce images with a resolution as good as 2 meters, or about 6.6 feet. The Brazilian cameras will see over wider swaths of territory.

The Brazilian government said CBERS 4A — designed for a five-year mission — will extend the joint Earth-imaging satellite program’s benefits in environmental monitoring, land resource surveys, and geo-information services, particularly in regions like the Amazon rainforest. The new satellite launched Dec. 20, operating in tandem with the CBERS 4 spacecraft launched in 2014, will double the number of images available to users, INPE said.

The Brazilian research institute said it has provided nearly 2.4 million CBERS satellite images to about 20,000 users since it started releasing CBERS data freely in 2004.

Brazil is developing its own domestically-built Earth observation satellite named Amazonia 1 for launch in 2020 aboard an Indian rocket.

The eight smaller satellites orbited Dec. 20 by the Long March 4B rocket included a remote sensing Earth observation microsatellite for Ethiopia. The 143-pound (65-kilogram) spacecraft, named ETRSS 1, was built in China and donated to Ethiopia, according to China’s state-run Xinhua news agency.

Reuters reported the Chinese government paid about $6 million of the ETRSS 1 satellite’s manufacturing cost of more than $7 million.

The ETRSS 1 satellite will collect imagery from orbit to support observations of crops and forests, and assist in water conservation efforts in the African nation, Xinhua said. Ethiopian engineers also received training in satellite and ground station operations from Chinese experts, officials said.

The Long March 4B rocket also sent into space a microsatellite named Tianqin 1, which will help engineers evaluate technology for a future space-based gravitational wave observatory. Tianqin 1 also hosts an amateur radio transponder.

The launch Dec. 20 also deployed the Weilai 1R microsatellite into orbit. The satellite, also known as BDSAGR 1, was developed by GasTianta and GZH-HNJ BDS AGR Co., Ltd., as the first in a constellation of small craft to provide remote sensing data on agricultural crops.

A CubeSat developed by students at Universidade Federal de Santa Catarina in the Brazilian city of Florianópolis was also launched on the Long March 4B rocket Dec. 20.

The launch also carried the Chinese Tianyan-01 remote sensing microsatellite and Tianyan-02 CubeSat into orbit, along with the Yuheng and Shuntian satellites — both designed as prototypes for an Internet distribution service from space — according to information gathered by Jonathan McDowell (https://www.planet4589.org/space/jsr/latest.html), an astrophysicist who tracks global space activity.
https://spaceflightnow.com/2019/12/21/china-launches-environmental-satellite-built-in-cooperation-with-brazil/

https://www.nasaspaceflight.com/2019/12/long-march-3b-cbers-04a-ethiopias-first-satellite/

CBERS 4A (ZY-1 04A) https://space.skyrocket.de/doc_sdat/cbers-3.htm
ETRSS 1 https://space.skyrocket.de/doc_sdat/etrss-1.htm
Tianqin 1/CAS 6 https://space.skyrocket.de/doc_sdat/tianqin-1-cas-6.htm
Yuheng
Shuntian
Tianyan 01
Tianyan 02
Weilai 1R (Future 1R, Guozhi Henghao Nianjing 1) https://space.skyrocket.de/doc_sdat/weilai-1.htm
FloripaSat 1 https://space.skyrocket.de/doc_sdat/floripasat-1.htm

CZ-5 już stoi na stanowisku startowym.

https://mp.weixin.qq.com/s/0J9XBrr84vafmllYp8Vu4A (https://mp.weixin.qq.com/s/0J9XBrr84vafmllYp8Vu4A)

Proton spionizowany.
Rosjanie mają jeszcze w tym roku dwie szanse na udane starty, co będzie oznaczać, że zamkną rok bez anomalii startowych.

«Протон-М» с «Электро-Л» № 3 на стартовом комплексе
21.12.2019 08:20

(https://www.roscosmos.ru/cache/gallery/sl3/27887/6009368203.jpg)

https://www.roscosmos.ru/27887/

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-4C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
17 01:22 Onenui 1 Electron/Curie Palisade Demo-1
17 15:21:04 Xichang CZ-3B/G2 TJ-4

LISTOPAD 2019

02 13:59:46 Wallops 0A Antares-230 Cygnus-12
03 03:22:39 Taiyuan 9 CZ-4B Gaofen-7, Jingzhi 1, Jifeng,
Sudan Scientific Experimental Satellite 1
04 17:43:04 Xichang CZ-3B/G2 Beidou-IGSO-3
11 14:56:00 Canaveral 40 Falcon-9 Starlink v1.0 x 60
13 03:40:35 Jiuquan 43/95 KZ-1A Jilin-1 Gaofen-02A
13 06:35:14 Taiyuan 16 CZ-6 Ningxia-1 x 5
17 10:00 Jiuquan 43/95 KZ-1A KL-Alpha A, B
23 00:55:55 Xichang 3 CZ-3B/YZ-1 Beidou-3 M21, M22
25 17:52:03 Plesieck 43/4 Sojuz-2.1w/Wołga Kosmos 2542, Kosmos 2543
26 21:23 Kourou 3 Ariane-5ECA Inmarsat 5 F5, TIBA-2
27 03:58 Sriharikota S PSLV-XL Cartosat-3,Meshbed, Flock-4p x 12
27 23:52 Taiyuan 9 CZ-4C Gaofen-12

GRUDZIEŃ 2019

05 17:29:25 Canaveral 40 Falcon-9 Dragon-19
06 08:18 Onenui 1 Electron/Curie ATL-1, FossaSat-1, NOOR-1A, NOOR-1B,
SMOG-P, TRSI Satm, ALE-2
06 09:34:11 Bajkonur 31/6 Sojuz-2.1a Progress MS-13
07 02:55:46 Taiyuan KZ-1A Jilin-1 Gaofen-02B
07 08:52 Taiyuan KZ-1A HEAD-2A, 2B, Tianyi-16, 17, Tianqi-4A, 4B
11 08:54:49 Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos 2544 (Uragan-M)
11 09:55:00 Sriharikota F PSLV-QL RISAT-2BR1, QPS SAR, Spire-2 x 4,
Tyvak-0092, Tyvak-0129, Duchifat-3,
1HOPSAT-1
16 07:22:05 Xichang 3 CZ-3B/YZ-1 Beidou-3 M19, M20
17 00:10:00 Canaveral 40 Falcon-9 Kacific-1
18 08:54:20 Kourou ELS Sojuz-STA/Fregat-M CSG-1, CHEOPS, ANGELS, EyeSat, OPS-SAT
20 03:22:29 Taiyuan 9 CZ-4B CBERS 4A, ETRSS 1, Tianqin 1, FloripaSat,
Shuntian, Tianyan 01, 02, Weilai 1R, Yuheng
20 11:36:43 Canaveral 41 Atlas-5/422 Starliner Boe-OFT
24 12:03:02 Bajkonur 81/24 Proton-M/DM-03 Elektro-Ł No. 3
__________________________________________________________________________________________
26 23:12 Plesieck 133/3 Rokot/Briz-KM Goniec-M 23, 25, 26, BLITS-M
27 14:00 Wenchang 101 CZ-5 Shijian-20

Dwa starty do końca roku. Liczę, że 2019 zakończy się dużym sukcesem w postaci udanego lotu CZ-5. :)

Cytat: kanarkusmaximus w Grudzień 25, 2019, 13:31

Dwa starty do końca roku. Liczę, że 2019 zakończy się dużym sukcesem w postaci udanego lotu CZ-5. :)

... mysle, ze Musk powinien ich ozlocic jak ten start sie uda;-) A Nasa bedzie przeszczesliwa;-)
Z powazaniem
Adam Przybyla

Rosyjski satelita meteorologiczny
24.12. o 12:03:01,980 z Bajkonuru wystrzelona została RN Proton-M/DM-03, która wyniosła na orbitę geostacjonarnego
satelitę meteorologicznego Elektro-Ł No.3.
http://lk.astronautilus.pl/n191216.htm#07

http://www.youtube.com/watch?v=DLDwZGD74aU
https://www.youtube.com/watch?v=DLDwZGD74aU

Ракета «Протон-М» стартовала с Байконура
24.12.2019 15:14

(https://www.roscosmos.ru/cache/gallery/sl3/27894/5714027116.jpg)

Со стартовой площадки № 81 космодрома Байконур 24 декабря 2019 года в 15:03:02 мск состоялся пуск ракеты-носителя «Протон-М» с разгонным блоком «ДМ-03» и российским гидрометеорологическим космическим аппаратом «Электро-Л» № 3. Все этапы полёта ракеты-носителя прошли в штатном режиме.

В соответствии с циклограммой полета спустя 585 секунд после старта головной блок (связка из разгонного блока и спутника) отделился от третьей ступени ракеты-носителя. После чего разгонный блок «ДМ-03» продолжил выведение нового метеорологического спутника на целевую орбиту. Общая продолжительность выведения от момента старта ракеты-носителя до отделения космического аппарата составит 6 часов 37 минут.

(https://www.roscosmos.ru/media/img/2019/DEC/001.jpg)

Ракета-носитель «Протон-М» серийно изготовляется в Центре М.В. Хруничева (входит в состав Госкорпорации «Роскосмос») и используется для выведения полезных нагрузок на заданные орбиты и отлётные траектории в рамках федеральных и коммерческих программ с 2001 года. За годы эксплуатации ракета «Протон-М» прошла четыре фазы глубоких модернизаций, позволивших значительно улучшить её энергомассовые и экологические характеристики при выведении тяжёлых одиночных и парных полезных нагрузок.
https://www.roscosmos.ru/27894/

«Электро-Л» № 3 на целевой орбите
24.12.2019 21:55

Сегодня, 24 декабря 2019 года, c космодрома Байконур осуществлен пуск ракеты-носителя «Протон-М» с разгонным блоком «ДМ-03» и космическим аппаратом «Электро-Л» № 3. Спустя 6 часов 37 минут после старта спутник успешно отделился от разгонного блока и занял место на геостационарной орбите, откуда в дальнейшем будет переведён в рабочую точку стояния 165,8° в.д. Специалисты главной оперативной группы управления приступили к этапу проведения лётных испытаний космического аппарата в условиях космического полёта.

Космический аппарат «Электро-Л» № 3 пополнил состав геостационарной гидрометеорологической космической системы «Электро». Первый аппарат этой серии был запущен в январе 2011 году, запуск второго состоялся в декабре 2015 года. Разработка и изготовление аппаратов «Электро-Л» ведутся в соответствии с Федеральной космической программой России. Они предназначены для обеспечения подразделений Федеральной службы России по гидрометеорологии и мониторингу окружающей среды, а также других ведомств оперативной гидрометеорологической информацией для:

- синоптического анализа и прогноза погоды в глобальном масштабе (характер и параметры облачных образований, фронтальные разделы, особенности циркуляции воздушных масс, стихийные гидрометеорологические явления);

- анализа и прогноза состояния акваторий морей и океанов (волнение, температура поверхности моря, сгонно-нагонные процессы у побережий);

- анализа пространственно-временного изменения состояния снежного покрова, влаго-запасов с целью прогноза произрастания сельскохозяйственных культур;

- анализа и прогноза гелиогеофизической обстановки в околоземном космическом пространстве, состояния ионосферы и магнитного поля Земли;

- мониторинга климата и глобальных изменений;

обеспечения экологического контроля и охраны окружающей среды (экологический контроль в промышленных районах, выявление загрязнений снежного покрова) и контроля чрезвычайных ситуаций (наблюдение районов чрезвычайных ситуаций с целью оценки последствий стихийных бедствий, аварий, катастроф и планирования мероприятий по их ликвидации, контроль возникновения и последствий лесных пожаров).

Кроме того, аппараты серии «Электро» используются для сбора и ретрансляции информации с платформ сбора данных, выполнения телекоммуникационных функций по распространению, обмену гидрометеорологическими и гелиогеофизическими данными, а также ретрансляции сигналов от аварийных радиобуев системы КОСПАС-САРСАТ.

Аппараты построены по модульному принципу на базе унифицированной космической платформы «Навигатор», также разработанной в НПО Лавочкина (входит в состав Госкорпорации «Роскосмос»). Данная платформа имеет лётную квалификацию и предназначена для создания на её основе прецизионных космических аппаратов различного назначения.
https://www.roscosmos.ru/27895/

Proton launches Russian weather satellite
by Caleb Henry — December 24, 2019

(https://spacenews.com/wp-content/uploads/2019/12/EMj_2ByXYAEL9mo-879x485.jpg)
A close up on Proton's first stage engines as the rocket lifts off from Russia's Baikonur Cosmodrome Dec. 24, 2019. Credit: CC Yuzhny/Roscosmos

WASHINGTON — The final Proton launch of the year lifted off Dec. 24 from the Baikonur Cosmodrome in Kazakhstan, sending a Russian weather satellite into orbit.

Proton lifted off at 7:03 a.m. Eastern with the Electro-L No. 3 satellite, according to Russia’s state space corporation Roscosmos. The satellite separated from the four-stage rocket six hours and 37 minutes later.

Five Proton rockets launched this year — four for the Russian government and one for International Launch Services, which sells commercial missions.

ILS has no missions planned for next year. Jim Kramer, ILS’s chief technology officer, told SpaceNews by email that ILS’s parent company Khrunichev has three Proton missions and two Angara 5 missions planned for 2020. Angara 5 is Russia’s successor to Proton.

The Electro-L No. 3 satellite is the third in a series of weather and environmental monitoring spacecraft for the Russian government. Russia launched the first Electro-L satellite in 2011 and a second in 2015.

Roscosmos said Electro-L No. 3 will operate in geostationary orbit from the 165.5-degrees East orbital slot.
https://spacenews.com/proton-launches-russian-weather-satellite/

https://www.forum.kosmonauta.net/index.php?topic=3780.msg139371#msg139371
https://www.nasaspaceflight.com/2019/12/russian-proton-m-new-geostationary-weather-satellite/

https://space.skyrocket.de/doc_sdat/elektro-l.htm

A zatem setny start 2019 roku z kosmicznym przeznaczeniem jest już poza nami.

Jest oficjalne potwierdzenie - Shijian-20 na planowanej orbicie http://www.xinhuanet.com/english/2019-12/27/c_138662080_2.htm (http://www.xinhuanet.com/english/2019-12/27/c_138662080_2.htm)

PAŹDZIERNIK 2019

04 18:51 Taiyuan 9 CZ-4C Gaofen-10[R]
09 10:17:56 Bajkonur 200/39 Proton-M/Briz-M Eutelsat 5 West B, MEV-1
11 01:30-03:00 Canaveral 13/31 L-1011/Pegasus-XL ICON
17 01:22 Onenui 1 Electron/Curie Palisade Demo-1
17 15:21:04 Xichang CZ-3B/G2 TJ-4

LISTOPAD 2019

02 13:59:46 Wallops 0A Antares-230 Cygnus-12
03 03:22:39 Taiyuan 9 CZ-4B Gaofen-7, Jingzhi 1, Jifeng,
Sudan Scientific Experimental Satellite 1
04 17:43:04 Xichang CZ-3B/G2 Beidou-IGSO-3
11 14:56:00 Canaveral 40 Falcon-9 Starlink v1.0 x 60
13 03:40:35 Jiuquan 43/95 KZ-1A Jilin-1 Gaofen-02A
13 06:35:14 Taiyuan 16 CZ-6 Ningxia-1 x 5
17 10:00 Jiuquan 43/95 KZ-1A KL-Alpha A, B
23 00:55:55 Xichang 3 CZ-3B/YZ-1 Beidou-3 M21, M22
25 17:52:03 Plesieck 43/4 Sojuz-2.1w/Wołga Kosmos 2542, Kosmos 2543
26 21:23 Kourou 3 Ariane-5ECA Inmarsat 5 F5, TIBA-2
27 03:58 Sriharikota S PSLV-XL Cartosat-3,Meshbed, Flock-4p x 12
27 23:52 Taiyuan 9 CZ-4C Gaofen-12

GRUDZIEŃ 2019

05 17:29:25 Canaveral 40 Falcon-9 Dragon-19
06 08:18 Onenui 1 Electron/Curie ATL-1, FossaSat-1, NOOR-1A, NOOR-1B,
SMOG-P, TRSI Satm, ALE-2
06 09:34:11 Bajkonur 31/6 Sojuz-2.1a Progress MS-13
07 02:55:46 Taiyuan KZ-1A Jilin-1 Gaofen-02B
07 08:52 Taiyuan KZ-1A HEAD-2A, 2B, Tianyi-16, 17, Tianqi-4A, 4B
11 08:54:49 Plesieck 43/3 Sojuz-2.1b/Fregat-M Kosmos 2544 (Uragan-M)
11 09:55:00 Sriharikota F PSLV-QL RISAT-2BR1, QPS SAR, Spire-2 x 4,
Tyvak-0092, Tyvak-0129, Duchifat-3,
1HOPSAT-1
16 07:22:05 Xichang 3 CZ-3B/YZ-1 Beidou-3 M19, M20
17 00:10:00 Canaveral 40 Falcon-9 Kacific-1
18 08:54:20 Kourou ELS Sojuz-STA/Fregat-M CSG-1, CHEOPS, ANGELS, EyeSat, OPS-SAT
20 03:22:29 Taiyuan 9 CZ-4B CBERS 4A, ETRSS 1, Tianqin 1, FloripaSat,
Shuntian, Tianyan 01, 02, Weilai 1R, Yuheng
20 11:36:43 Canaveral 41 Atlas-5/422 Starliner Boe-OFT
24 12:03:02 Bajkonur 81/24 Proton-M/DM-03 Elektro-Ł No. 3
26 23:11:58 Plesieck 133/3 Rokot/Briz-KM Goniec-M 13, 15, 16
27 12:45:11 Wenchang 101 CZ-5 Shijian-20

Ostatni Rokot
26.12. o 23:11:57,956 z Plesiecka wystartowała RN Rokot/Briz-KM, która wyniosła w T+54' na orbitę o parametrach:
hp=1499 km, ha=1508 km, i=82,53° trzy satelity komunikacyjne serii Goniec-M o numerach porządkowych 14, 15 i 16. Był to ostatni start tej rakiety.

EDIT:
26.12. o 23:11:57,956 z Plesiecka wystartowała RN Rokot/Briz-KM, która wyniosła w T+54' na orbitę o parametrach:
hp=1499 km, ha=1508 km, i=82,53° trzy satelity komunikacyjne serii Goniec-M o numerach porządkowych 26, 27 i 28.Był to ostatni start tej rakiety. Na ostatnim stopnia rakiety umieszczono jeszcze dwa ładunki. Pierwszy to amatorski radiowy Radio-2017 (DOSAAF-85), który miał pozostać połączony z rakietą (jego aparatura została uruchomiona 30.04.2020) oraz aeronomiczny BLITS-M 1. Jednak do jego odłączenia nie doszło.
http://lk.astronautilus.pl/n191216.htm#08

(https://pbs.twimg.com/media/EMwx2sMXYAAzuJF.jpg)

http://www.youtube.com/watch?v=uY8Ns5pT0vQ
https://www.youtube.com/watch?v=uY8Ns5pT0vQ

Ostatni start rakiety Rokot
BY KRZYSZTOF KANAWKA ON 30 GRUDNIA 2019

(https://kosmonauta.net/wp-content/uploads/2019/12/2019_12_27-rokot-001.jpg)
Ostatni start rakiety Rokot / Credits - Roskosmos

W nocy z 26 na 27 grudnia z Plesiecka wystartowała po raz ostatni rakieta Rokot.

Rakieta Rokot bazuje na pocisku balistycznym RS-18A (SS-19). Ta rakieta wykonała pierwszy (testowy i suborbitalny) start w 1990 roku. Pierwszy lot komercyjny tej rakiety nastąpił w 1994 roku. Do 2019 roku łącznie Rokoty wykonały 33 starty, z czego dwa zakończyły się niepowodzeniem i jeden częściowym niepowodzeniem. W 1999 roku jedna z rakiet została na tyle poważnie uszkodzona w pracach przedstartowych, że lot został anulowany. Starty odbywały się głównie z Plesiecka.

Ostatni start rakiety Rokot odbył się w nocy z 26 na 27 grudnia 2019. O godzinie 00:11 CET rakieta Rokot wyniosła trzy satelity komunikacyjne Goniec-M (14,15 i 16) oraz pasywnego satelitę dla namierzania laserem BLITS-M1. Lot rakiety Rokot przebiegł prawidłowo – satelity zostały uwolnione na orbicie o wysokości około 1500 km i nachyleniu 82,5 stopnia. Kilkanaście godzin po starcie poinformowano, że satelita BLITS-M1 nie odłączył się od górnego stopnia rakiety (później pojawiła się informacja, że jednak temu pasywnemu satelicie udało się oddzielić od górnego stopnia).

http://www.youtube.com/watch?v=YcbiFVQnIVE
https://www.youtube.com/watch?v=YcbiFVQnIVE&feature=emb_title

Ostatni start rakiety Rokot / Credits – Roskosmos

Co ciekawe, decyzja o wycofaniu Rokota ma także podłoże polityczne. Rakieta korzystała z komponentów ukraińskich – Rosja od czasu inwazji na Krym eliminuje udział Ukrainy w swoim przemyśle kosmicznym. Rosja może w najbliższych latach wprowadzić do służby “w pełni rosyjską” wersję Rokot 2, jednakże nie jest jasne, czy zabezpieczono odpowiednie finansowanie na tę konstrukcję.

(PFA)
https://kosmonauta.net/2019/12/ostatni-start-rakiety-rodziny-rokot/

Успешный пуск ракеты «Рокот»
27.12.2019 05:30

(https://www.roscosmos.ru/cache/gallery/sl3/27904/2784626311.jpg)

Стартовавшая 27 декабря 2019 года в 02:11 мск с Первого государственного испытательного космодрома Плесецк ракета-носитель легкого класса «Рокот» успешно вывела на расчетную орбиту космические аппараты связи «Гонец-М». Данным пуском завершается эксплуатация этой модификации ракеты-носителя.

Все предстартовые операции и старт ракеты-носителя прошли в штатном режиме. Космическая головная часть ракеты «Рокот» в составе разгонного блока «Бриз-КМ» и космических аппаратов в установленное время отделилась от второй ступени ракеты-носителя. Космические аппараты выведены на расчетную орбиту и переданы на управление.

Жидкостная двухступенчатая ракета легкого класса «Рокот» спроектирована в ГКНПЦ имени Хруничева на базе межконтинентальной баллистической ракеты РС-18 и предназначена для выведения малых и средних космических аппаратов на солнечно-синхронные и околополярные орбиты.

Использование в составе РКН «Рокот» разгонного блока «Бриз-КМ» позволяет реализовывать различные схемы выведения полезной нагрузки, в том числе, групповое выведение космических аппаратов на одну или несколько орбит. За летную историю ракеты-носителя «Рокот», с 2000 года, был произведен 31 пуск в рамках федеральных и коммерческих программ.

В настоящее время в ГКНПЦ им. М.В. Хруничева (входит в Госкорпорацию «Роскосмос») разрабатывается техническая документация на модернизированную версию ракеты-носителя «Рокот» с заменой импортной элементной базы на российскую.
https://www.roscosmos.ru/27904/

Russia retires Rockot launcher after liftoff with four satellites
December 27, 2019 Stephen Clark

http://www.youtube.com/watch?v=-UFKmMjJze4
https://www.youtube.com/watch?v=-UFKmMjJze4&feature=emb_title

The final flight of Russia’s Rockot launcher took off Thursday and placed four satellites into orbit nearly 1,000 miles above Earth, ending a run of 31 launches since May 2000.

Derived from decommissioned Soviet-era missiles, the Rockot vehicles launched Russian military satellites, European Earth observation satellites, and payloads for NASA and Iridium during its 19-year operational career.

The Rockot’s 31 missions from the Plesetsk Cosmodrome, beginning May 16, 2000, were preceded by three Rockot test flights from Kazakhstan in the 1990s using an earlier version of the Breeze upper stage, bringing the vehicle’s total tally of missions to 34.

The final Rockot mission lifted off from Plesetsk, located around 500 miles (800 kilometers) north of Moscow in Russia’s Arkhangelsk region, at 2311 GMT (6:11 p.m. EST) Thursday, according to the Russian Ministry of Defense.

The launch occurred at 2:11 a.m. Moscow time Friday, and the 95-foot-tall (29-meter) Rockot booster fired out of a tube at the Complex 133 launch pad on a northerly trajectory with roughly 420,000 pounds of thrust.

Burning storable hydrazine fuel, the Rockot raced into a foggy night sky and fired its first and second stages in the first five minutes of the flight. The Rockot’s second stage jettisoned to fall into the Arctic Ocean, and a Breeze KM upper stage ignited two times to inject the mission’s four satellite payloads into their target orbit nearly two hours after liftoff.

U.S. military tracking data indicated the Breeze KM upper stage placed the four satellites into a 932-mile-high (1,500-kilometer) orbit inclined 82.5 degrees to the equator.

Three 617-pound (280-kilogram) Gonets-M communications satellites were the main passengers on the final Rockot launch.

(https://mk0spaceflightnoa02a.kinstacdn.com/wp-content/uploads/2019/12/gonec-m-02.6c4819446f9974167d131f986b9c83651840.jpg)
File photo of a Gonets-M satellite. Credit: ISS Reshetnev

Russian government ministries and civilian authorities use the Gonets-M satellites to relay secure messages between mobile terminals and fixed operators.

The Gonets fleet is effective in Russia’s far northern regions out of reach of conventional satellite communications systems. Messages relayed by the Gonets network are transmitted from the ground to a satellite passing overhead, then stored in the craft’s memory until it flies over the message’s recipient.

The payloads launched Tuesday are designated Gonets-M satellites No. 24, No. 25 and No. 26. The Gonets system is operated by a public-private partnership between Roscosmos — the Russian space agency — and Russian industry.

Gonets means “messenger” in Russian.

According to ISS Reshetnev, the Russian satellite manufacturer which built the Gonets-M spacecraft, the Gonets data relay network “provides environmental, industrial and scientific monitoring, communication in remote regions with undeveloped infrastructure, (and the) organization of data transmission networks in the interests of various departments.”

Ground controllers began testing the new Gonets-M satellites soon after their arrival in orbit before transitioning the spacecraft into operational service, according to Roscosmos.

A small retroreflector satellite named BLITS-M was a secondary payload on the final Rockot launch. Ground teams will use lasers to track the 8.6-inch (22-centimeter) satellite as it orbits Earth, collecting data that could be used to refine geophysics and geodynamics models, according to Russian scientists.

Teams from the Russian Aerospace Forces conducted the Rockot’s final launch from the Plesetsk Cosmodrome.

The Rockot’s two lower stage come from decommissioned SS-19 ballistic missiles, known in Russia as the UR-100N. Designers added the Breeze KM upper stage to provide an additional boost of speed for satellites going into orbit.

The Rockot could deliver up to 3,200 pounds (1,450 kilograms) of payload to a 310-mile-high (500-kilometer) sun-synchronous orbit.

A mishap on the launch pad in 1999 damaged the first Rockot vehicle planned for liftoff from Plesetsk, preventing its launch. Rockot/Breeze KM missions commenced from Plesetsk in May 2000.

Two of the 31 Rockot launches since 2000 failed.

One Rockot mission failed to reach orbit due to a failure on the second stage, resulting in the loss of ESA’s CryoSat 1 satellite in 2005. A malfunction of a Breeze KM upper stage deposited a Russian military satellite in the wrong orbit in 2011.

Khrunichev, the Russian prime contractor for the Rockot and Breeze KM vehicles, said in a statement Friday that it is “developing technical documentation for a modernized version of the Rockot launch vehicle” with Russian-made components to replace imported hardware.

But officials have not confirmed plans for a new all-Russian Rockot vehicle, and the types of Russian payloads that previously flew on Rockot launchers are now being assigned to Soyuz and Angara rocket flights. The European Space Agency was once an anchor customer for Eurockot, a German-Russian company that marketed Rockot launch services globally, but light-class ESA satellites now typically launch on European Vega rockets.

One reason cited by Russian officials for the retirement of the Rockot launcher was the vehicle’s use of Ukrainian-built components. The Rockot’s lower stages were manufactured before the break-up of the Soviet Union, when Ukraine became an independent state.

Relations between Russia and Ukraine have soured since Russia’s annexation of Crimea in 2014.
https://spaceflightnow.com/2019/12/27/russia-retires-rockot-launcher-after-liftoff-with-four-satellites/

Last Rockot launches a satellite cluster

(...) There was some initial confusion on the fate of the Blits-M sphere, because the original official announcement published after the launch was quickly edited down to exclude the specific language confirming the successful deployment of Blits-M in its planned orbit. However, by the morning of December 28, 2019, the Combined Space Operations Center, CSpOC, in the United States listed five objects associated with the mission, likely representing three Gonets-M satellites, Blits-M and the Briz-KM stage (...)
http://www.russianspaceweb.com/gonets-block15.html

https://www.nasaspaceflight.com/2019/12/rokot-final-launch-three-gonets-m-satellites/

Gonets-M 14 https://space.skyrocket.de/doc_sdat/gonets-m.htm
Gonets-M 15
Gonets-M 16
BLITS-M 1 https://space.skyrocket.de/doc_sdat/blits-m.htm (jednak jak się okazało ten satelita nie został wyniesiony ? )

Starty kosmiczne w 2019 (1)

Starty wg miesięcy:

I 6+1 (Chiny 2, SpaceX 1, ULA 1, Indie 1, Japonia 1, Iran 1)
II 4+1 ( SpaceX 1, Rosja 1+1 z Kourou, Europa 1, Iran 1)
III 7+ 1 (Chiny 2+1 , SpaceX 1, ULA 1, Rocket Lab 1, Rosja 1, Europa 1)
IV 7 (Chiny 2 , SpaceX 1, NG 1, Rosja 1+1 Kourou, Indie 1)
V 7+ 1 (Chiny 1+1 , SpaceX 2, Rocket Lab 1, Rosja 2, Indie 1)
VI 6 (Chiny 2, SpaceX 2, Rocket Lab 1, Europa 1)
VII 10+1 (Chiny 2, SpaceX 1, Rosja 6, Europa 1, Indie 1)
VIII 11+1 (wybuch na wyrzutni) (Chiny 3, SpaceX 1, ULA 2, Rocket Lab 1, Rosja 3, Europa 1, Iran 1)
IX 7 (Chiny 4, Rosja 2, Japonia 1)
X 5 (Chiny 2, NG 1, Rocket Lab 1, Rosja 1)
XI 12 (Chiny 7, SpaceX 1, NG 1 , Rosja 1, Europa 1, Indie 1)
XII 15 (97+5+ 1) (Chiny 5, SpaceX 2, ULA 1, Rocket Lab 1, Rosja 4+1 z Kourou, Indie 1)

W skrócie:

Chiny 32 + 2
USA 21 (SpaceX 13, ULA 5, NG 3)
Nowa Zelandia (Rocket Lab) 6
Rosja 22+3 z Kourou
Europa (bez europejskich Sojuzów) 5 + 1
Japonia 2
Indie 6
Iran 2 + 1 (wybuch na wyrzutni)

Chiny

10.01. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg127412#msg127412) CZ-3B/G2 Xichang LC2
Zhongxing-2D GEO
21.01. (https://www.forum.kosmonauta.net/index.php?topic=3368.msg127796#msg127796) CZ-11 Jiuquan
Jilin Lincao-1
Jilin Lincao-2
Lingque-1A
Xiaoxiang-1 03
09.03. (https://www.forum.kosmonauta.net/index.php?topic=3368.msg129772#msg129772) CZ-3B/G2 Xichang LC3
Zhongxing-6C GEO
27.03. (https://www.forum.kosmonauta.net/index.php?topic=3368.msg130495#msg130495) OS-M1 Jiuquan
Lingque 1B
31.03. (https://www.forum.kosmonauta.net/index.php?topic=3368.msg130623#msg130623) CZ-3B/G2 Xichang
Tianlian-2 01 GEO
20.04. (https://www.forum.kosmonauta.net/index.php?topic=3559.msg131328#msg131328) CZ-3B/G2 Xichang LC3
Beidou-3 IGSO1 (4600 kg) GEO
29.04. (https://www.forum.kosmonauta.net/index.php?topic=3559.msg131638#msg131638) CZ-4B Taiyuan LC9
Tianhui 2-01A (TH 2-01A)
Tianhui 2-01B (TH 2-01B)
17.05. (https://www.forum.kosmonauta.net/index.php?topic=3559.msg132211#msg132211) CZ-3C Xichang LC3
Beidou-2 G8 GEO
22.05. (https://www.forum.kosmonauta.net/index.php?topic=3559.msg132401#msg132401) CZ-4C Taiyuan LC9
Yaogan-33
05.06. (https://www.forum.kosmonauta.net/index.php?topic=3559.msg132849#msg132849) CZ-11 WEY barka, Morze Żółte
Jilin-1 HR 03A (42 kg)
Bufeng-1A
Bufeng-1B
Xiaoxiang-1-04
Tianqi 3
Tianxiang
Tianxiang
24.06. (https://www.forum.kosmonauta.net/index.php?topic=3559.msg133490#msg133490) CZ-3B Xichang LC3
Beidou-3 IGSO-2 (4200 kg) GEOSYNCHRONICZNA
25.07. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg134700#msg134700) SQX-1 Jiuquan
CAS 7B (BP 1B, BO 102, BIT Progress-OSCAR 102) (3 kg)
Hangtian KKG Fazhang sat
(Hyperbola Stage 4 payloads)
26.07. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg134759#msg134759) CZ-2C Xichang
Yaogan-30 Group 05 01
Yaogan-30 Group 05 02
Yaogan-30 Group 05 03
17.08. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg135342#msg135342) Jielong-1 Jiuquan
Tianqi-2 (8 kg ?)
Qian Sheng 1-01 (65 kg)
Xingshidai-5 (10 kg)
19.08. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg135369#msg135369) CZ-3B/G2 Xichang LC2
Zhongxing-18 GEO
30.08. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg135767#msg135767) KZ-1A Jiuquan
KX-09
Xiaoxiang-1-07
12.09. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg136133#msg136133) CZ-4B Taiyuan LC9
Ziyuan-1 02D
Jingshi-1 (16 kg)
Jinniuzuo-1
19.09. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg136369#msg136369) CZ-11 Jiuquan 43/95
OHS-3
OHS-3A
OHS-3B
OHS-3C
OVS-3D (90 kg)
22.09. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg136452#msg136452) CZ-3B/YZ-1 Xichang LC2
Beidou-3 M23 (1014 kg ?)
Beidou-3 M24 (1014 kg ?)
25.09. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg136507#msg136507) CZ-2D Jiuquan LC43/94
Yunhai-1-02
04.10. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg136957#msg136957) CZ-4C Taiyuan LC9
Gaofen-10[R]
17.10. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg137330#msg137330) CZ-3B/G2 Xichang LC3
TJSW-4 GEO
03.11. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg137803#msg137803) CZ-4B Taiyuan LC9
Gaofen-7
Jingzhi 1
Sudan SES-1
Jifeng
04.11. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg137894;topicseen#msg137894) CZ-3B/G2 Xichang LC2
Beidou-3 IGSO-3 (4200 kg) GEOSYNCHRONICZNA
13.11. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg138260#msg138260) KZ-1A Jiuquan LC-43/95
Jilin-1 Gaofen-02A (42 kg ?)
13.11. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg138261#msg138261) CZ-6 Taiyuan LC-16
Ningxia-1 01
Ningxia-1 02
Ningxia-1 03
Ningxia-1 04
Ningxia-1 05
17.11. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg138333#msg138333) KZ-1A Jiuquan LC-43/95
KL-Alpha A (70 kg)
KL-Alpha B (90 kg)
23.11. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg138492;topicseen#msg138492) CZ-3B/YZ-1 Xichang LC3
Beidou-3 M21 (1060 kg)
Beidou-3 M22 (1060 kg)
27.11. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg138683;topicseen#msg138683) CZ-4C Taiyuan LC-9
Gaofen-12
07.12. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg138905#msg138905) KZ-1A Taiyuan
Jilin-1 Gaofen-02B
07.12. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg138906#msg138906) KZ-1A Taiyuan
HEAD-2A (45 kg)
HEAD-2B (45 kg)
Tianyi-16
Tianyi-17
Tianqi-4A (8 kg ?)
Tianqi-4B (8 kg ?)
16.12. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg139173;topicseen#msg139173) CZ-3B/YZ-1 Xichang LC3
Beidou-3 M19 (1060 kg)
Beidou-3 M20 (1060 kg)
20.12. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg139367#msg139367) CZ-4B Taiyuan LC9
CBERS-4A (1980 kg)
ETRSS-1 (70 kg)
FloripaSat-1 (1 kg)
Tianqin-1 (35 kg)
Weilai-1R (~40 kg)
Tianyan 01
Xingshidai-8
Yuheng
Shuntian
27.12. (https://www.forum.kosmonauta.net/index.php?topic=100.msg139662;topicseen#msg139662) CZ-5 Wenchang LC101
Shijian-20 (+8000 kg) GEO

Starty kosmiczne w 2019 (2)

USA

SpaceX

11.01. (http://www.forum.kosmonauta.net/index.php?topic=3356.msg127416#msg127416) Falcon-9R Vandenberg SLC-4E
Iridium-NEXT 66 (860 kg)
Iridium-NEXT 67 (860 kg)
Iridium-NEXT 68 (860 kg)
Iridium-NEXT 69 (860 kg)
Iridium-NEXT 70 (860 kg)
Iridium-NEXT 71 (860 kg)
Iridium-NEXT 72 (860 kg)
Iridium-NEXT 73 (860 kg)
Iridium-NEXT 74 (860 kg)
Iridium-NEXT 75 (860 kg)
22.02. (http://www.forum.kosmonauta.net/index.php?topic=3457.msg128856;topicseen#msg128856) Falcon-9R Canaveral SLC-40
PSN-6 (4735 kg) GEO
Beresheet (582 kg)
S5 (60 kg)
02.03. (http://www.forum.kosmonauta.net/index.php?topic=3370.msg129232#msg129232) Falcon-9R KSC LC-39A
Dragon 2 DM-1 (12055 kg)
11.04. (http://www.forum.kosmonauta.net/index.php?topic=3161.msg131046#msg131046) Falcon Heavy KSC LC-39A
Arabsat-6A (6465 kg; 3520 kg (bez paliwa) GEO
04.05. (http://www.forum.kosmonauta.net/index.php?topic=3486.msg131892#msg131892) Falcon-9R Canaveral SLC-40
Dragon SpX-17
Red-Eye↑ (~100 kg)
OCO 3⇑
STP-H6⇑
24.05. (http://www.forum.kosmonauta.net/index.php?topic=3633.msg132459#msg132459) Falcon-9R Canaveral SLC-40
Starlink v0.9 1-1 (Starlink 31) (227 kg)
Starlink v0.9 1-2 (Starlink 22)
Starlink v0.9 1-3 (Starlink 23)
Starlink v0.9 1-4 (Starlink 24)
Starlink v0.9 1-5 (Starlink 25)
Starlink v0.9 1-6 (Starlink 26)
Starlink v0.9 1-7 (Starlink 27)
Starlink v0.9 1-8 (Starlink 28)
Starlink v0.9 1-9 (Starlink 29)
Starlink v0.9 1-10 (Starlink 30)
Starlink v0.9 1-11 (Starlink 21)
Starlink v0.9 1-12 (Starlink 46)
Starlink v0.9 1-13 (Starlink 33)
Starlink v0.9 1-14 (Starlink 34)
Starlink v0.9 1-15 (Starlink 61)
Starlink v0.9 1-16 (Starlink 36)
Starlink v0.9 1-17 (Starlink 37)
Starlink v0.9 1-18 (Starlink 71)
Starlink v0.9 1-19 (Starlink 39)
Starlink v0.9 1-20 (Starlink 32)
Starlink v0.9 1-21 (Starlink 66)
Starlink v0.9 1-22 (Starlink 42)
Starlink v0.9 1-23 (Starlink 43)
Starlink v0.9 1-24 (Starlink 40)
Starlink v0.9 1-25 (Starlink 52)
Starlink v0.9 1-26 (Starlink 45)
Starlink v0.9 1-27 (Starlink 44)
Starlink v0.9 1-28 (Starlink 49)
Starlink v0.9 1-29 (Starlink 72)
Starlink v0.9 1-30 (Starlink 35)
Starlink v0.9 1-31 (Starlink 63)
Starlink v0.9 1-32 (Starlink 54)
Starlink v0.9 1-33 (Starlink 69)
Starlink v0.9 1-34 (Starlink 55)
Starlink v0.9 1-35 (Starlink 57)
Starlink v0.9 1-36 (Starlink 58)
Starlink v0.9 1-37 (Starlink 59)
Starlink v0.9 1-38 (Starlink 51)
Starlink v0.9 1-39 (Starlink 60)
Starlink v0.9 1-40 (Starlink 62)
Starlink v0.9 1-41 (Starlink 64)
Starlink v0.9 1-42 (Starlink 65)
Starlink v0.9 1-43 (Starlink 41)
Starlink v0.9 1-44 (Starlink 67)
Starlink v0.9 1-45 (Starlink 68)
Starlink v0.9 1-46 (Starlink 38)
Starlink v0.9 1-47 (Starlink 70)
Starlink v0.9 1-48 (Starlink 80)
Starlink v0.9 1-49 (Starlink 56)
Starlink v0.9 1-50 (Starlink 73)
Starlink v0.9 1-51 (Starlink 50)
Starlink v0.9 1-52 (Starlink 75)
Starlink v0.9 1-53 (Starlink 76)
Starlink v0.9 1-54 (Starlink 79)
Starlink v0.9 1-55 (Starlink 48)
Starlink v0.9 1-56 (Starlink 78)
Starlink v0.9 1-57 (Starlink 77)
Starlink v0.9 1-58 (Starlink 81)
Starlink v0.9 1-59 (Starlink 74)
Starlink v0.9 1-60 (Starlink 53)
12.06. (http://www.forum.kosmonauta.net/index.php?topic=3672.msg133059#msg133059) Falcon-9R Vandenberg SLC-4E
Radarsat-C1 (1430 kg)
Radarsat-C2 (1430 kg)
Radarsat-C3 (1430 kg)
25.06. (http://www.forum.kosmonauta.net/index.php?topic=3596.msg133491#msg133491) Falcon Heavy KSC LC-39A
DSX (~600 kg)
FORMOSAT 7A (278 kg)
FORMOSAT 7B (278 kg)
FORMOSAT 7C (278 kg)
FORMOSAT 7D (278 kg)
FORMOSAT 7E (278 kg)
FORMOSAT 7F (278 kg)
GPIM (~ 180 kg)
OTB 1 (138 kg)
NPSat 1 (86 kg)
Oculus-ASR (70 kg)
Prox 1 (71 kg)
LightSail B (5 kg)
E-TBEx A (4 kg)
E-TBEx B (4 kg)
PSat 2 (2 kg)
TEPCE 1 (1.5 kg)
TEPCE 2 (1.5 kg)
BRICSat 2 (1 kg)
FalconSat 7 (5 kg
ARMADILLO (4 kg)
CP 9 (LEO) (2 kg)
StangSat (1 kg)
Prometheus-2 5 ? (2 kg)
25.07. (http://www.forum.kosmonauta.net/index.php?topic=3679.msg134758;topicseen#msg134758) Falcon-9R Canaveral SLC-40
Dragon CRS-18 (SpX 18, Dragon C108-F3)
IDA 3 ⇑ (526 kg)
RFTSat 1 ↑
MakerSat 1 ↑ (1 kg)
NARSScube 2 ↑ (1 kg)
? ↑
06.08. (http://www.forum.kosmonauta.net/index.php?topic=3701.msg135095#msg135095) Falcon-9 Canaveral SLC-40
Amos-17 (6500 kg) GEO
11.11. (https://www.forum.kosmonauta.net/index.php?topic=3747.msg138249#msg138249) Falcon-9R Canaveral SLC-40
Starlink v1.0 1-1 (Starlink 1007) (~260 kg)
Starlink v1.0 1-2 (Starlink 1008)
Starlink v1.0 1-3 (Starlink 1009)
Starlink v1.0 1-4 (Starlink 1010)
Starlink v1.0 1-5 (Starlink 1011)
Starlink v1.0 1-6 (Starlink 1012)
Starlink v1.0 1-7 (Starlink 1013)
Starlink v1.0 1-8 (Starlink 1014)
Starlink v1.0 1-9 (Starlink 1015)
Starlink v1.0 1-10 (Starlink 1016)
Starlink v1.0 1-11 (Starlink 1017)
Starlink v1.0 1-12 (Starlink 1019)
Starlink v1.0 1-13 (Starlink 1020)
Starlink v1.0 1-14 (Starlink 1021)
Starlink v1.0 1-15 (Starlink 1022)
Starlink v1.0 1-16 (Starlink 1023)
Starlink v1.0 1-17 (Starlink 1024)
Starlink v1.0 1-18 (Starlink 1025)
Starlink v1.0 1-19 (Starlink 1026)
Starlink v1.0 1-20 (Starlink 1027)
Starlink v1.0 1-21 (Starlink 1028)
Starlink v1.0 1-22 (Starlink 1029)
Starlink v1.0 1-23 (Starlink 1030)
Starlink v1.0 1-24 (Starlink 1031)
Starlink v1.0 1-25 (Starlink 1032)
Starlink v1.0 1-26 (Starlink 1033)
Starlink v1.0 1-27 (Starlink 1034)
Starlink v1.0 1-28 (Starlink 1035)
Starlink v1.0 1-29 (Starlink 1036)
Starlink v1.0 1-30 (Starlink 1037)
Starlink v1.0 1-31 (Starlink 1038)
Starlink v1.0 1-32 (Starlink 1039)
Starlink v1.0 1-33 (Starlink 1040)
Starlink v1.0 1-34 (Starlink 1041)
Starlink v1.0 1-35 (Starlink 1042)
Starlink v1.0 1-36 (Starlink 1043)
Starlink v1.0 1-37 (Starlink 1044)
Starlink v1.0 1-38 (Starlink 1045)
Starlink v1.0 1-39 (Starlink 1046)
Starlink v1.0 1-40 (Starlink 1047)
Starlink v1.0 1-41 (Starlink 1048)
Starlink v1.0 1-42 (Starlink 1049)
Starlink v1.0 1-43 (Starlink 1050)
Starlink v1.0 1-44 (Starlink 1051)
Starlink v1.0 1-45 (Starlink 1052)
Starlink v1.0 1-46 (Starlink 1053)
Starlink v1.0 1-47 (Starlink 1054)
Starlink v1.0 1-48 (Starlink 1055)
Starlink v1.0 1-49 (Starlink 1056)
Starlink v1.0 1-50 (Starlink 1057)
Starlink v1.0 1-51 (Starlink 1058)
Starlink v1.0 1-52 (Starlink 1059)
Starlink v1.0 1-53 (Starlink 1060)
Starlink v1.0 1-54 (Starlink 1061)
Starlink v1.0 1-55 (Starlink 1062)
Starlink v1.0 1-56 (Starlink 1063)
Starlink v1.0 1-57 (Starlink 1064)
Starlink v1.0 1-58 (Starlink 1065)
Starlink v1.0 1-59 (Starlink 1067)
Starlink v1.0 1-60 (Starlink 1068)
05.12. (https://www.forum.kosmonauta.net/index.php?topic=3830.msg138880#msg138880) Falcon-9R Canaveral SLC-40
Dragon CRS-19 (SpX 19)
HISUI ⇑ (500 kg)
CIRiS ↑ (+6 kg)
SORTIE ↑
CryoCube 1 ↑
QARMAN (QB50 BE05) ↑ (4 kg)
AztechSat 1 ↑ (1 kg)
EdgeCube ↑ (1 kg)
MakerSat 1 ↑ (1 kg)
17.12. (https://www.forum.kosmonauta.net/index.php?topic=3832.msg139214#msg139214) Falcon-9R Canaveral SLC-40
JCSat 18 / Kacific 1 (6956 kg) GEO

ULA

19.01. (http://www.forum.kosmonauta.net/index.php?topic=3418.msg127703#msg127703) Delta-4H Vandenberg SLC-6
USA-290 (13500 kg - 17000 kg)
16.03. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg130091#msg130091) Delta-4M+(5,4) Canaveral SLC-37B
WGS-10 (5987 kg) GEO
08.08. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg135138#msg135138) Atlas-5/551 Canaveral SLC-41
AEHF-5 (USA-292) (6168 kg) GEO
TDO
22.08. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg135471#msg135471) Delta-4M+(4,2) Canaveral SLC-37B
GPS III SV02 (4400 kg (#1))
20.12. (https://www.forum.kosmonauta.net/index.php?topic=3516.msg139359#msg139359) Atlas-5/N22 Canaveral SLC-41
Starliner OFT (~13000 kg)

Northrop Grumman

17.04. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg131234#msg131234) Antares-230 Wallops LP-0A
Cygnus NG-11 (SS Roger Chaffee)
VCC A (1 kg) ↑
VCC B (1 kg) ↑
VCC C (1 kg) ↑
Bird JPN (1 kg) ↑
Bird LKA (1 kg) ↑
Bird NPL (1 kg) ↑
IOD-GEMS (4 kg) ↑
SpooQy 1 ↑
EntrySat (4 kg) ↑
Światowid (2 kg) ↑
KrakSat (1 kg) ↑
AeroCube 10A
AeroCube 10B
SASSI2 (4 kg)
Seeker
ThinSat 1A (1.95 kg)
ThinSat 1B (1.09 kg)
ThinSat 1C (2.11 kg)
ThinSat 1D (2.20 kg)
ThinSat 1E (2.16 kg)
ThinSat 1F (2.11 kg)
ThinSat 1G (1.10 kg)
ThinSat 1H (2.11 kg)
ThinSat 1I (2.15 kg)
ThinSat 1J (2.20 kg)
ThinSat 1K (1.10 kg)
ThinSat 1L (2.14 kg)
11.10. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg137098#msg137098) L-1011/Pegasus-XL Canaveral 13/31
ICON (288 kg)
02.11. (https://www.forum.kosmonauta.net/index.php?topic=3815.msg137783#msg137783) Antares-230+ Wallops LP-0A
Cygnus CRS-12 (NG 12, SS Alan Bean)
STPSat 4 ↑ (~ 100 kg)
HARP ↑
Phoenix ↑
RadSat-u ↑ (4 kg)
SOCRATES ↑ (4 kg)
MVP-Argus (Argus 02, MVP A, SLU 05) ↑ (1 kg)
HuskySat 1 (HS 1)
SwampSat 2
AeroCube 14A (3,5 kg)
AeroCube 14B (3,5 kg)
AeroCube 15A (3,7 kg)
AeroCube 15B (3,7 kg)
Orbital Factory 2 (OF 2) (1 kg)

Nowa Zelandia
Rocket Lab (amerykańska spółka z nowozelandzką spółką zależną)

28.03. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg130533#msg130533) Electron/Curie Onenui LC1
R3D2 (150 kg)
05.05. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg131893#msg131893) Electron/Curie Onenui LC1
SPARC-1
Falcon ODE (1 kg)
Harbinger (150 kg)
29.06. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg133595;topicseen#msg133595) Electron Onenui LC-1
BlackSky Global 3 (56 kg)
Painani 1 (3,3 kg)
Prometheus 2.6 ? (2 kg)
Prometheus 2.7 ? (2 kg)
ACRUX 1 (1 kg)
SpaceBEE 8 (0.4 kg)
SpaceBEE 9 (0.7 kg)
19.08. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg135370#msg135370) Electron/Curie Onenui LC1
BlackSky Global 4 (56 kg)
BRO 1 (6 kg)
Pearl White 1
Pearl White 2
17.10. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg137329#msg137329) Electron Onenui LC1
Palisade
06.12. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg138881#msg138881) Electron/Curie Onenui LC1
ALE 2 (75 kg)
NOOR 1A (0.75 kg)
NOOR 1B (0.75 kg)
ATL 1
FossaSat 1 (0.2 kg)
SMOG-P
TRSI-Sat (0.2 kg)

Starty kosmiczne w 2019 (3)

Rosja

21.02. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg128841#msg128841) Sojuz-2.1b/Fregat-M Bajkonur 31/PU-6
EgyptSat-A (~1000 kg)
14.03. (http://www.forum.kosmonauta.net/index.php?topic=3536.msg129934#msg129934) Sojuz-FG Bajkonur 1/PU-5
Sojuz MS-12
04.04. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg130750#msg130750) Sojuz-2.1a Bajkonur 31/PU-6
Progress MS-11
27.05. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg132564#msg132564) Sojuz-2.1b/Fregat-M Plesieck 43/PU-4
Kosmos 2534 (1415 kg)
30.05. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg132689#msg132689) Proton-M/Briz-M Bajkonur 200/PU-39
Jamał-601 (5700 kg) GEO
05.07. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg133894#msg133894) Sojuz-2.1b/Fregat Wostocznyj 1S
Meteor-M 2-2 (2750 kg)
ICEYE X4
ICEYE X5
CarboNIX (~30 kg)
DoT 1 (20 kg)
El Camino Real (Momentus X1)
NSLSat 1
AmGU 1 (AmurSat)
Lemur-2 100 (Lemur-2 Wanli) (4 kg)
Lemur-2 101 (Lemur-2 LillyJo) (4 kg)
Lemur-2 102 (Lemur-2 DustInTheWind) (4 kg)
Lemur-2 103 (Lemur-2 EJatta) (4 kg)
Lemur-2 104 (Lemur-2 Morag) (4 kg)
Lemur-2 105 (Lemur-2 GregRobinson) (4 kg)
Lemur-2 106 (Lemur-2 Yndrd) (4 kg)
Lemur-2 107 (Lemur-2 Alex-Maddy) (4 kg)
EXOCONNECT (D-Star One EXOCONNECT) (4 kg)
JAISAT 1
LightSat (D-Star One LightSat) (4 kg)
SEAM 2.0 (4 kg)
Sokrat
SONATE
UTE-Ecuador
VDNH-80 (VDNKh-80)
Lucky-7 (1 kg)
MOVE 2b (1 kg)
MTCube (ROBUSTA 1C) (1 kg)
TTÜ101 (TTÜSat, MektorySAT 1, Koit) (1 kg)
BeeSat 9 (1 kg)
BeeSat 10 (1 kg)
BeeSat 11 (1 kg)
BeeSat 12 (1 kg)
BeeSat 13 (1 kg)
10.07. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg134090#msg134090) Sojuz-2.1w/Wołga Plesieck 43/PU-4
Kosmos 2535
Kosmos 2536
Kosmos 2537
Kosmos 2538
13.07. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg134224#msg134224) Proton-M/DM-03 Bajkonur 81/PU-24
Spektr-RG (2647 kg - przy starcie, 2267 kg bez paliwa) L2 układu Słońce-Ziemia
20.07. (http://www.forum.kosmonauta.net/index.php?topic=3691.msg134460#msg134460) Sojuz-FG Bajkonur1/PU-5
Sojuz MS-13
30.07. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg134854#msg134854) Soyuz-2-1a Fregat-M Plesieck 43/PU-4
Meridian 8 (~2100 kg)
31.07. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg134862#msg134862) Sojuz-2.1a Bajkonur 31/PU-6
Progress MS-12
05.08. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg135078#msg135078) Proton-M/Briz-M Bajkonur 81/PU-24
Kosmos 2539 (Blagovest 14L) GEO
22.08. (https://www.forum.kosmonauta.net/index.php?topic=3766.msg135468#msg135468) Sojuz-2.1a Bajkonur 31/PU-6
Sojuz MS-14
30.08. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg135767#msg135767) Rokot/Briz-KM Plesieck 133/PU-3
Kosmos 2540 (~1400 kg)
25.09. (https://www.forum.kosmonauta.net/index.php?topic=3767.msg136530#msg136530) Sojuz-FG Bajkonur 1/PU-5
Sojuz MS-15
26.09. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg136586#msg136586) Sojuz-2.1b/Fregat Plesieck 43/PU-4
Kosmos 2541 (Tundra)
09.10. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg137039#msg137039) Proton-M/Briz-M Bajkonur 200/PU-39
Eutelsat 5 West B (~3000 kg) GEO
MEV-1 (2326 kg) GEO
25.11. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg138617#msg138617) Sojuz-2.1w/Wołga Plesieck 43/PU-4
Kosmos 2542
06.12. (https://www.forum.kosmonauta.net/index.php?topic=3849.msg138913;topicseen#msg138913) Sojuz-2.1a Bajkonur 31/PU-6
Progress MS-13
11.12. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg139062#msg139062) Sojuz-2.1b/Fregat-M Plesieck 43/PU-3
Kosmos 2544 (Uragan-M #50, GLONASS-M №759) (1415 kg)
24.12. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg139560#msg139560) Proton-M/DM-03 Bajkonur 81/PU-24
Elektro-Ł No. 3 (2094 kg) GEO
26.12. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg139661;topicseen#msg139661) Rokot/Briz-KM Plesieck 133/PU-3
Goniec-M 14 (280 kg)
Goniec-M 15 (280 kg)
Goniec-M 16 (280 kg)
BLITS-M (16.7 kg)

Rosja (Arianespace)

27.02. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg129075#msg129075) Sojuz-ST-B/Fregat-M Kourou ELS
OneWeb 0006 (145 kg)
OneWeb 0007 (145 kg)
OneWeb 0008 (145 kg)
OneWeb 0009 (145 kg)
OneWeb 0010 (145 kg)
OneWeb 0011 (145 kg)
OneWeb Mass Models (4) przymocowane do dozownika i górnego stopnia Fregat-M jako balast
04.04. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg130750#msg130751) Sojuz-STB/Fregat-MT Kourou ELS 700 kg
O3b (FM-17) (700 kg)
O3b (FM-18) (700 kg)
O3b (FM-19) (700 kg)
O3b (FM-20) (700 kg)
18.12. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg139244;topicseen#msg139244) Sojuz-STA/Fregat-M Kourou ELS
CSG-1 (2205 kg)
CHEOPS (273 kg)
ANGELS (27 kg)
EyeSat (7 kg)
OPS-SAT (7 kg)

Europa

05.02. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg128344#msg128344) Ariane-5ECA Kourou ELA-3
HS4-SGS1 (6495 kg; 3950 kg (bez paliwa) ) GEO
GSat-31 (2536 kg) GEO
22.03. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg130312#msg130312) Vega Kourou ZLV
PRISMA (879 kg)
20.06. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg133336#msg133336) Ariane-5ECA Kourou ELA-3
AT&T T-16 (6350 kg) GEO
Eutelsat 7C (3400 kg) GEO
11.07. (http://www.forum.kosmonauta.net/index.php?topic=3724.msg134091#msg134091) Vega Kourou ZLV
Falcon Eye 1 (1197 kg)
06.08. (http://www.forum.kosmonauta.net/index.php?topic=3694.msg135094#msg135094) Ariane-5ECA Kourou ELA-3
Intelsat 39 (6600 kg) GEO
EDRS-C (3186 kg) GEO
26.11. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg138681#msg138681) Ariane-5ECA Kourou ELA-3
TIBA-1 (5640 kg) GEO
Inmarsat 5 F5 (4007 kg) GEO

Japonia

18.01. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg127652#msg127652) Epsilon Kagoshima LP-M
RAPIS-1 (~200 kg)
RISESAT (~50 kg)
ALE-1 (~68 kg)
MicroDragon (50 kg)
OrigamiSat-1 (4 kg)
Aoba (2 kg)
NEXUS (1 kg)
24.09. (https://www.forum.kosmonauta.net/index.php?topic=3694.msg136453#msg136453) H2-B Tanegashima Y/LP-2
HTV-8 (Kounotori-8)

Indie

24.01. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg127973#msg127973) PSLV-DL Sriharikota FLP
Microsat-R (740 kg)
Kalamsat v2 (?, 1.26 kg (payload only))
01.04. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg130645#msg130645) PSLV-QL Sriharikota SLP
EMISAT (436 kg)
Flock-4a 1 (Dove 2218) (5 kg)
Flock-4a 2 (Dove 2201) (5 kg)
Flock-4a 3 (Dove 2206) (5 kg)
Flock-4a 4 (Dove 2220) (5 kg)
Flock-4a 5 (Dove 2227) (5 kg)
Flock-4a 6 (Dove 220B) (5 kg)
Flock-4a 7 (Dove 222D) (5 kg)
Flock-4a 8 (Dove 2213) (5 kg)
Flock-4a 9 (Dove 2224) (5 kg)
Flock-4a 10 (Dove 2205) (5 kg)
Flock-4a 11 (Dove 2223) (5 kg)
Flock-4a 12 (Dove 2209) (5 kg)
Flock-4a 13 (Dove 220C) (5 kg)
Flock-4a 14 (Dove 222C) (5 kg)
Flock-4a 15 (Dove 2207) (5 kg)
Flock-4a 16 (Dove 222B) (5 kg)
Flock-4a 17 (Dove 2212) (5 kg)
Flock-4a 18 (Dove 2215) (5 kg)
Flock-4a 19 (Dove 2235) (5 kg)
Flock-4a 20 (Dove 2232) (5 kg)
Lemur-2 96 (4 kg)
Lemur-2 97 (4 kg)
Lemur-2 98 (4 kg)
Lemur-2 99 (4 kg)
BlueWalker 1 (BW 1)
M6P
Astrocast 0.2 (4 kg)
AISTECHSAT 3 (Danu Pathfinder)
AIS/APRS/ARIS
22.05. (http://www.forum.kosmonauta.net/index.php?topic=3559.msg132399#msg132399) PSLV-CA Sriharikota FLP
RISAT-2B (615 kg)
22.07. (http://www.forum.kosmonauta.net/index.php?topic=331.msg134576#msg134576) GSLV Mk 3 Sriharikota SLP
Chandrayaan-2
27.11. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg138682#msg138682) PSLV-XL Sriharikota SLP
Cartosat 3 (1625 kg)
Flock-4p 1 (Dove 2277) (5 kg)
Flock-4p 2 (Dove 2278) (5 kg)
Flock-4p 3 (Dove 2304) (5 kg)
Flock-4p 4 (Dove 2310) (5 kg)
Flock-4p 5 (Dove 2259) (5 kg)
Flock-4p 6 (Dove 2263) (5 kg)
Flock-4p 7 (Dove 222F) (5 kg)
Flock-4p 8 (Dove 2275) (5 kg)
Flock-4p 9 (Dove 2257) (5 kg)
Flock-4p 10 (Dove 2233) (5 kg)
Flock-4p 11 (Dove 2231) (5 kg)
Flock-4p 12 (Dove 2271) (5 kg)
Meshbed
11.12. (https://www.forum.kosmonauta.net/index.php?topic=3780.msg139063#msg139063) PSLV-QL Sriharikota FLP
RISAT-2BR1 (628 kg)
QPS SAR (~100 kg)
Pathfinder Risk Reduction (Tyvak 0129) (11 kg)
COMMTRAIL (Tyvak 0092)
Duchifat-3
1HOPSAT-1 (22 kg)
Lemur-2 108 (4 kg)
Lemur-2 109 (4 kg)
Lemur-2 110 (4 kg)
Lemur-2 111 (4 kg)

Iran

15.01. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg127569#msg127569) Simorgh Semnan LC-2
Payam-e Amirkabir (90 kg)
05.02. (http://www.forum.kosmonauta.net/index.php?topic=3368.msg128440#msg128440) Safir-1B Semnan LC-1
Dousti 1 (52 kg)
29.08. (https://www.forum.kosmonauta.net/index.php?topic=3784.msg135762#msg135762) Safir-1B Semnan LC-1
Nahid-1 (50 kg) (wybuch na wyrzutni)

http://lk.astronautilus.pl/starty19.htm
http://space.skyrocket.de/doc_chr/lau2019.htm

2017 (http://www.forum.kosmonauta.net/index.php?topic=2968.msg113233#msg113233)
2018 (http://www.forum.kosmonauta.net/index.php?topic=3294.msg126624#msg126624)

Objaśnienia:
↑ - satelita umieszczony na orbicie z pokładu ISS lub rozmieszczony z innego statku
⇑- ładunek zainstalowany na zewnątrz ISS

Artykuły astronautyczne (https://www.forum.kosmonauta.net/index.php?topic=3894.0)

Pytanie czy to na pewno wszystko ... https://twitter.com/natsuroke/status/1209045520984862721
;-) Z powazaniem
Adam Przybyla

Cytat: Adam.Przybyla w Grudzień 28, 2019, 11:08

Pytanie czy to na pewno wszystko ... https://twitter.com/natsuroke/status/1209045520984862721
;-) Z powazaniem
Adam Przybyla

Zabawek nie zamieszczam w wykazie.

Cytat: astropl w Grudzień 28, 2019, 11:18

Cytat: Adam.Przybyla w Grudzień 28, 2019, 11:08
Pytanie czy to na pewno wszystko ... https://twitter.com/natsuroke/status/1209045520984862721
;-) Z powazaniem
Adam Przybyla

Zabawek nie zamieszczam w wykazie.

Dla Astropl wszystko co nie trafia na orbitę to zabawka! Pamiętajmy o tym i nie wracajmy z powrotem do tej dyskusji! ;)

Czy ktoś może zweryfikować tę informację? Rosja planowała w 2019 roku przeprowadzić 45 startów:

Cytuj

Russia hasn’t fulfilled almost half the declared launch program for this year, states Deputy Prime Minister Yuri Borisov (25 of 45 launches promised by Rogozin were made). In particular, the planned update of the military satellites group was disrupted.

https://ria.ru/20191227/1562931747.html

Cytat: Orionid w Grudzień 28, 2019, 02:04

Chiny 32 + 2
USA 21 (SpaceX 13, ULA 5, NG 3)
Nowa Zelandia (Rocket Lab) 6
Rosja 22+3 z Kourou
Europa (bez europejskich Sojuzów) 5 + 1
Japonia 2
Indie 6
Iran 2 + 1 (wybuch na wyrzutni)

Wyliczenie jest moim zdaniem poprawne, ale z jednym wyjątkiem: Rocket Lab jest firmą amerykańską! Co prawda była założona kiedyś w Nowej Zelandii i tam ma dziś swój oddział, ale od zdaje się 2013 r. jest amerykańska. Zatem 6 punktów, które przypisałeś Nowej Zelandii powinno przejść na USA, i wówczas czołówka wygląda następująco: Chiny 32, USA 27, Rosja 25.

Fakt startów z Nowej Zelandii nie powoduje przypisania temu krajowi startów kosmicznych. Podobnie jak Gujanie Francuskiej nie przypisujemy startów europejskich ani rosyjskich. Ani Kazachstanowi rosyjskich.

Cytat: JSz w Grudzień 28, 2019, 12:10

Cytat: Orionid w Grudzień 28, 2019, 02:04
Chiny 32 + 2
USA 21 (SpaceX 13, ULA 5, NG 3)
Nowa Zelandia (Rocket Lab) 6
Rosja 22+3 z Kourou
Europa (bez europejskich Sojuzów) 5 + 1
Japonia 2
Indie 6
Iran 2 + 1 (wybuch na wyrzutni)

Wyliczenie jest moim zdaniem poprawne, ale z jednym wyjątkiem: Rocket Lab jest firmą amerykańską! Co prawda była założona kiedyś w Nowej Zelandii i tam ma dziś swój oddział, ale od zdaje się 2013 r. jest amerykańska. Zatem 6 punktów, które przypisałeś Nowej Zelandii powinno przejść na USA, i wówczas czołówka wygląda następująco: Chiny 32, USA 27, Rosja 25.

Fakt startów z Nowej Zelandii nie powoduje przypisania temu krajowi startów kosmicznych. Podobnie jak Gujanie Francuskiej nie przypisujemy startów europejskich ani rosyjskich. Ani Kazachstanowi rosyjskich.

Nową Zelandię umieściłem po USA, jako że Rocket Lab jest spółką amerykańsko-nowozelandzką.

Na liście krajów, wg kryterium pierwszego startu orbitalnego nie ma Nowej Zelandii.
https://en.wikipedia.org/wiki/Timeline_of_first_orbital_launches_by_country

Na wiki jest też statystyka kosmodromów, z których w 2019 nastąpiły kosmiczne starty z względnieniem terytoriów państwowych, na których usytuowane są miejsca startów. I tak z terytorium Rosji mieliśmy tylko 9 startów.
https://en.wikipedia.org/wiki/2019_in_spaceflight

Czy dobrze rozumiem z Twojego wywodu, że potwierdzasz, że starty z terenu Nowej Zelandii należy przypisać USA :)?

Rocket Lab nie jest "spółką amerykańsko-nowozelandzką", ale amerykańską "Rocket Lab USA, Inc" z oddziałem w Nowej Zelandii "Rocket Lab Limited".

Właściwe wydaje mi się zaliczenie startów Rocket Lab do amerykańskich.

Black Arrow/Prospero też jest traktowany jako brytyjski mimo że startował z terytorium Australii.
---
Rocket Lab is a private American aerospace manufacturer and smallsat launch service provider with a wholly owned New Zealand subsidiary

Wiki wskazuje też na amerykańską lokalizację Rocket Lab.

Ale Peter Beck jest rodowitym mieszkańcem Nowej Zelandii, pierwszym inwestorem w Rocket Lab która powstała w Nowej Zelandii był też nowozelandzki przedsiębiorca.

Sam nie wiem :D

Cytat: kanarkusmaximus w Grudzień 28, 2019, 11:24

Dla Astropl wszystko co nie trafia na orbitę to zabawka! Pamiętajmy o tym i nie wracajmy z powrotem do tej dyskusji! ;)

Ściślej mówiąc, wszystko to, czego nie zamierzano wynieść na orbitę.

Cytat: kanarkusmaximus w Grudzień 28, 2019, 11:24

Czy ktoś może zweryfikować tę informację? Rosja planowała w 2019 roku przeprowadzić 45 startów:

Potem okazało się, że Rogozin wliczył w to także starty wojskowych rakiet balistycznych. Ale i tych wykonano zaledwie kilka, zatem upadek na całej długości.

Za godzinę startuje japońska rakieta MOMO5. Poniżej link do streama.

https://www.youtube.com/watch?v=BZ_JPSc4aBA

http://www.youtube.com/watch?v=BZ_JPSc4aBA

Rakieta jest w holdzie. Okno startowe potrwa do 7:40 JST czyli do 23.40 naszego czasu.

UPDATE: Start zaplanowano na 23:40 naszego czasu.

UPDATE2: Start odwołano. Następna próba o 3:10 naszego czasu czyli za około 3 godziny.

UPDATE3: Start chyba dopiero jutro :(

Rakieta Momo jest suborbitalna (np. https://spacelaunchnow.me/launch/momo-flight-5/: "Momo is a Japanese sounding rocket capable of delivering 20 kg to a height of 100 km").

Zatem zgodnie z tym, co Astropl napisał dwa posty wcześniej, start ten nie będzie odnotowany w tym wątku.
Nie wiem, czy jest gdzieś na Forum wątek dla misji suborbitalnych.

Cytat: JSz w Grudzień 29, 2019, 17:03

Rakieta Momo jest suborbitalna (np. https://spacelaunchnow.me/launch/momo-flight-5/: "Momo is a Japanese sounding rocket capable of delivering 20 kg to a height of 100 km").

Zatem zgodnie z tym, co Astropl napisał dwa posty wcześniej, start ten nie będzie odnotowany w tym wątku.
Nie wiem, czy jest gdzieś na Forum wątek dla misji suborbitalnych.

... tak tak, Astropl czuwa;-) BTW, ja tam jednak tym japoncom nie do konca wierze,
ostatnio calkiem wysoko od nich taki "maluch" polecial;-) Z powazaniem
Adam Przybyla

Cytat: Adam.Przybyla w Grudzień 29, 2019, 18:27

... tak tak, Astropl czuwa;-) BTW, ja tam jednak tym japoncom nie do konca wierze,
ostatnio calkiem wysoko od nich taki "maluch" polecial;-) Z powazaniem
Adam Przybyla

Nie mam nic przeciwko temu, by ktoś założył osobny watek, poświęcony takim rakietom wyżej, czy niżej latającym. Tylko niech go jeszcze mniej, czy więcej pilnuje. Dla ułatwienia, można wspomagać się Jonathanem McDowellem, który na dole swoich raportów (https://www.planet4589.org/space/jsr/latest.html) zamieszcza informacje o takich, niekiedy nawet całkiem wysokich, podskokach.

Niektore rozwiazanie tez calkiem szybko ostatnio lataja, choc za to dosc nisko
patrz Avangard;-) Kategoria robi sie wiec dosc pojemna w wydarzenia ... Z powazaniem
Adam Przybyla

Cytat: astropl w Grudzień 27, 2019, 17:57

27 12:45:11 Wenchang 101 CZ-5 Shijian-20

Ja tylko wrócę do tego startu. Jaka jest masa startowa satelity Shijian-20? Czy nie jest to ponad 8000 kg? Bo jeśli tak, to chyba właśnie mieliśmy najcięższego komsata wystrzelonego na GTO/GEO?

Cytat: kanarkusmaximus w Styczeń 06, 2020, 12:15

Cytat: astropl w Grudzień 27, 2019, 17:57

27 12:45:11 Wenchang 101 CZ-5 Shijian-20

Ja tylko wrócę do tego startu. Jaka jest masa startowa satelity Shijian-20? Czy nie jest to ponad 8000 kg? Bo jeśli tak, to chyba właśnie mieliśmy najcięższego komsata wystrzelonego na GTO/GEO?

Tak, ponad 8 ton.

Czyli mamy nowy rekord!

https://www.forum.kosmonauta.net/index.php?topic=3780.msg139661#msg139661

BLITS-M 1 nie został zgłoszony przez Rosję do międzynarodowej bazy ONZ wyniesionych na orbitę obiektów.
Inny ładunek DOSAAF-85 (Radio-2017, RS 44) zintegrowany z górnym stopniem został aktywowany 30 kwietnia.
Ale oprócz fali nośnej brak telemetrii.
http://novosti-kosmonavtiki.ru/forum/forum12/topic15438/?PAGEN_1=12

Запущенный Россией стеклянный спутник не внесен в реестр ООН
05:26 11.03.2020

МОСКВА, 11 мар - РИА Новости. Космический аппарат научного назначения "Блиц-М", запущенный в декабре 2019 года, не был включен Россией в перечень орбитальных объектов, подаваемый в ООН, хотя выведенные вместе с ним одной ракетой-носителем спутники серии "Гонец-М" в этот список вошли и были зарегистрированы, информация о нынешнем местонахождении "Блица-М" официально не сообщалась, следует из документа, размещенного на сайте управления ООН по космическому пространству UNOOSA. (...)

Аналогичная ситуация сложилась в октябре 2005 года со спутником "Можаец-5". Тогда в российской вербальной ноте ST/SG/SER.E/496 от 14 августа 2006 года этот спутник тоже не числился. Как сообщали тогда Космические войска Вооруженных сил России, спутник не отделился от ракеты "Космос-3М" из-за сбоя в алгоритме отделения. Поэтому спутник не стали регистрировать в реестре ООН по космическим аппаратам.

В то же время в каталоге космических объектов, доступном на специализированном сайте ВВС США space-track.org, по итогам пуска ракеты "Рокот" спутник "Блиц-М" тоже не указан. Всего американские военные видят пять объектов под номерами от 44905 до 44909. Один из них идентифицирован как блок "Бриз-КМ". Остальные четыре объекта пока не идентифицированы. При этом все четыре объекта маневрируют. Однако известно, что у "Гонцов-М" есть двигатели для коррекции орбиты, а у "Блица-М" - нет, поэтому "Блиц-М" не может являться одним из этих четырех маневрирующих объектов. (...)
https://ria.ru/20200311/1568411055.html

Doniesienie mówi o widocznych 5 obiektach z tego startu, z tego 4 manewrujące:
Briz KM - bierny obiekt (niemanewrujący)
3 Glonasy (manewrujące) ,
czym jest 5. obiekt (4-ty manewrujący)- zagadka
(BLITS-M 1 byłby niemanewrujący, ale go nie ma)
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Pozostaje pytanie czy z formalnego punktu widzenia ładunek nie odłączony od RN, a krążący wokół Ziemi razem z górnym stopniem jest liczony jako osobny satelita ? ( Gunter i LK zdają się je traktować jako satelity, a jak jest to w międzynarodowych bazach danych?)

Chodzi mi o kwestię oznaczenia tych ładunków.

Np.
Są satelity oddzielone od rakiety, krótko po starcie
Są ładunki oddzielone od siebie po dłuższym czasie (np. zintegrowany lot dwóch osobnych sond w drodze do Marsa, satelity inspekcyjne)

Są takie, które są dopiero rozmieszczane z transportowców odłączonych od ISS.
Ładunki instalowane na zewnątrz ISS
Ładunki umieszczane na orbicie z ISS

Ładunki zintegrowane trwale z górnymi stopniami rakiet.

(czyli może jakieś dodatkowe oznaczenia , albo krótki opis by się przydał). Gunter to jakoś robi tylko w ograniczonym zakresie.

Może jest jakaś treściwa i przejrzysta baza ?

Polskie Forum Astronautyczne

Astronautyka => Sprawy Ogólne => Wątek zaczęty przez: astropl w Wrzesień 09, 2019, 21:47