Polskie Forum Astronautyczne
Astronautyka => Sprawy Ogólne => Wątek zaczęty przez: astropl w Marca 19, 2023, 18:39
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KWIECIEŃ 2023
02 08:23-09:47 Jiuquan Tianlong-2 Jinta
02 14:29 Vandenberg 4E Falcon-9R Transport Layer Tranche-0 A-Class x 7,
Transport Layer Tranche-0 B-Class,
Tracking Layer Tranche-0 WFOV x 2
05 ~04:00 Jiuquan 43/95B KZ-1A ?
05 ~04:45 Jiuquan Gushenxing-1 ?
07 04:39 Canaveral 40 Falcon-9R Intelsat 40e
09 ??:?? Vandenberg 4E Falcon-9R [Transporter-7]
13 12:15:01 Kourou 3 Ariane-5ECA+ JUICE
18 22:25 KSC 39A Falcon Heavy ViaSat-3 Americas, Arcturus , G-Space 1
20 ??:?? Canaveral 37B Delta-4H Orion 11 [NRO L-68]
21 ??:?? Wallops 0A Antares-230+ Cygnus-19
?? 12:55-17:10 Starbase A Super Heavy/Starship [test]
?? ??:?? Sriharikota F PSLV TS-01 ?
?? ??:?? Sriharikota S GSLV Mk 2 NVS-01 [IRNSS-1J]
?? ??:?? Canaveral 40 Falcon-9R O3b mPower 3, O3b mPower 4
?? ??:?? Vandenberg 4E Falcon-9R SARah-2, SARah-3
?? ??:?? Canaveral 40 Falcon-9R Starlink V3 mini x 21
?? ??:?? Vandenberg 2W Firefly Alpha ? [DoD VICTUS NOX]
?? ??:?? Jiuquan 43/94 CZ-4C Fengyun-3G
?? ??:?? Sohae Unha-? ?
?? ??:?? Wenchang 101 CZ-5 XZFS
MAJ 2023
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CZERWIEC 2023
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KWIECIEŃ 2023
02 08:48 Jiuquan Tianlong-2 Aitaikong Kexue
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02 14:29 Vandenberg 4E Falcon-9R Transport Layer Tranche-0 A-Class x 7,
Transport Layer Tranche-0 B-Class,
Tracking Layer Tranche-0 WFOV x 2
05 ~04:00 Jiuquan 43/95B KZ-1A ?
05 ~04:45 Jiuquan Gushenxing-1 ?
07 04:39 Canaveral 40 Falcon-9R Intelsat 40e
09 ??:?? Vandenberg 4E Falcon-9R [Transporter-7]
13 12:15:01 Kourou 3 Ariane-5ECA+ JUICE
18 22:25 KSC 39A Falcon Heavy ViaSat-3 Americas, Arcturus , G-Space 1
20 ??:?? Canaveral 37B Delta-4H Orion 11 [NRO L-68]
21 ??:?? Wallops 0A Antares-230+ Cygnus-19
?? 12:55-17:10 Starbase A Super Heavy/Starship [test]
?? ??:?? Sriharikota F PSLV TS-01 ?
?? ??:?? Sriharikota S GSLV Mk 2 NVS-01 [IRNSS-1J]
?? ??:?? Canaveral 40 Falcon-9R O3b mPower 3, O3b mPower 4
?? ??:?? Vandenberg 4E Falcon-9R SARah-2, SARah-3
?? ??:?? Canaveral 40 Falcon-9R Starlink V3 mini x 21
?? ??:?? Vandenberg 2W Firefly Alpha ? [DoD VICTUS NOX]
?? ??:?? Jiuquan 43/94 CZ-4C Fengyun-3G
?? ??:?? Sohae Unha-? ?
?? ??:?? Wenchang 101 CZ-5 XZFS
MAJ 2023
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CZERWIEC 2023
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1) Może jeszcze w tym kwartale wystartuje
https://www.nasaspaceflight.com/2023/03/zhuque2-flight-2/
LANDSPACE ogłasza, że zakończyło montaż drugiego Zhuque-2! W najbliższym czasie: testy. A potem druga próba startu!
https://twitter.com/CNSpaceflight/status/1641825102244335618
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Tym razem bez porażki, ale zobaczymy jak będzie z kolejnymi startami tej rakiety
Pierwszy start nowej rakiety
02.04. o 08:48 z Jiuquan wystrzelony został pierwszy egzemplarz RN Tianlong-2, która wyniosła na orbitę o przyblizonych parametrach: hp=500 km, ha=500 km, i=97,5° satelitę Aitaikong Kexue (Jinta).
http://lk.astronautilus.pl/n230401.htm#01
The First Launch of the Tianlong-2 launch vehicle
https://www.youtube.com/watch?v=X5y20UmA7_k
Gratulacje dla SPACE PIONEER.
Rakieta Tianlong-2 na paliwo płynne z powodzeniem wystrzeliła satelitę Cubesat z Jiuquan Satellite Launch Center o godzinie 16:48 w niedzielę. Jest to pierwsza na świecie firma typu start-up, która za pierwszym podejściem wystrzeliła na orbitę rakietę napędzaną paliwem płynnym.
https://twitter.com/wulei2020/status/1642460488893337602
The success of Tianlong-2 sets a significant milestone for China's commercial launch market. And don't forget LANDSPACE is planning to make another launch attempt of their methane fueled rocket Zhuque-2 this year
(https://pbs.twimg.com/media/Fssw8AwaMAA4Bpn?format=jpg&name=medium)(https://pbs.twimg.com/media/Fsst_NzaUAAMTP8?format=jpg&name=large)
(https://pbs.twimg.com/media/Fssw7tvaIAAeZyq?format=jpg&name=large)(https://pbs.twimg.com/media/Fssw72uagAAOiwR?format=jpg&name=large)
(https://pbs.twimg.com/media/Fss1ONbaAAA1n3V?format=jpg&name=medium)(https://pbs.twimg.com/media/Fss1OuTaUAAOljx?format=jpg&name=medium)
https://twitter.com/CNSpaceflight/status/1642465018385141761Tianlong-2 measures 32.8m in height and 3.35m in diameter.
3 YF-102 kerolox engines in first stage
1 Tianhuo-11 staged combustion cycle kerolox engine in 2nd stage
1 Tianhuo-31 3rd stage
https://twitter.com/CNSpaceflight/status/1642457062801293312https://twitter.com/AJ_FI/status/1642461606901698561
https://twitter.com/CNSpaceflight/status/1642433131151257600
Info of the payload on Tianlong-2 Y1 I collected so far:
🔵 3 names: iTaikong Science, Hong Kong Knowledge, and Jinta
🔵 8-kg cubesat
🔵 500km 97.5° SSO with LTDN ~3pm
🔵 Two remote sensing cameras
🔵 HAN-based propulsion unit (pic2)
🔵 On-orbit wireless charging demonstration
https://twitter.com/CNSpaceflight/status/1642469851112562693
https://twitter.com/Harry__Stranger/status/1634928507376787457
https://twitter.com/CNSpaceflight/status/1636375137934274567
China launches new carrier rocket
Source: Xinhua Editor: huaxia 2023-04-02 18:54:45
JIUQUAN, April 2 (Xinhua) -- A new carrier rocket made its maiden flight in China on Sunday, sending a satellite into its planned orbit.
The rocket is known as TL-2 Y1 and blasted off at the Jiuquan Satellite Launch Center in northwest China at 4:48 p.m. (Beijing Time).
The flight will verify the overall program of the rocket and the coordination between the systems and obtain the parameters of the flight environment.
The satellite will be used in remote sensing imaging experiments and other technical verifications.
https://english.news.cn/20230402/425ff50d43f74b95b5ba616ed2eb2185/c.html
https://mp.weixin.qq.com/s/DYZAr3zI3y3DHKUUVxpcdg
E 07.04.23
https://twitter.com/CNSpaceflight/status/1643488213967962112
object turns out to be a mass simulator and reentered together with the 3rd stage. Previous tracking of 2 objects by @18thSDS should be an error. Only one now.
https://twitter.com/CNSpaceflight/status/1643488213967962112
Tianlong-2 https://space.skyrocket.de/doc_lau/tianlong-2.htm
Jinta (8 kg) https://space.skyrocket.de/doc_sdat/jinta.htm
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KWIECIEŃ 2023
02 08:48 Jiuquan Tianlong-2 Aitaikong Kexue
02 14:29 Vandenberg 4E Falcon-9R Transport Layer Tranche-0 A-Class x 5,
Transport Layer Tranche-0 B-Class x 3,
Tracking Layer Tranche-0 WFOV x 2
__________________________________________________________________________________________
05 ~04:00 Jiuquan 43/95B KZ-1A ?
05 ~04:45 Jiuquan Gushenxing-1 ?
07 04:39 Canaveral 40 Falcon-9R Intelsat 40e
09 ??:?? Vandenberg 4E Falcon-9R [Transporter-7]
13 12:15:01 Kourou 3 Ariane-5ECA+ JUICE
18 22:25 KSC 39A Falcon Heavy ViaSat-3 Americas, Arcturus , G-Space 1
20 ??:?? Canaveral 37B Delta-4H Orion 11 [NRO L-68]
21 ??:?? Wallops 0A Antares-230+ Cygnus-19
?? 12:55-17:10 Starbase A Super Heavy/Starship [test]
?? ??:?? Sriharikota F PSLV TS-01 ?
?? ??:?? Sriharikota S GSLV Mk 2 NVS-01 [IRNSS-1J]
?? ??:?? Canaveral 40 Falcon-9R O3b mPower 3, O3b mPower 4
?? ??:?? Vandenberg 4E Falcon-9R SARah-2, SARah-3
?? ??:?? Canaveral 40 Falcon-9R Starlink V3 mini x 21
?? ??:?? Vandenberg 2W Firefly Alpha ? [DoD VICTUS NOX]
?? ??:?? Jiuquan 43/94 CZ-4C Fengyun-3G
?? ??:?? Sohae Unha-? ?
?? ??:?? Wenchang 101 CZ-5 XZFS
MAJ 2023
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CZERWIEC 2023
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Uruchomiony został silnik 3. stopnia Tianlong-2 w celu kontrolowanej deorbitacji tego stopnia.
https://www.forum.kosmonauta.net/index.php?topic=5291.msg182871#msg182871
Zobaczymy jak to będzie z kolejnymi startami. # poprzednie nie były udane.
Trzystopniowa RN SQX 1 jest napędzana paliwem stałym, ma masę startową 42 ton i średnicę 1,4 metra.
Ma zapewniać umieszczanie ładunków o masie ok. 500 kg na SSO (Sun-synchronous orbit) ok. 500 km nad Ziemią.
Lot weryfikacyjny rakiety
07.04. o 04:00 z wyrzutni Jiuquan wystrzelona została RN Gushenxing-1 Shuang Quxian-1 (SQX-1), która osiągnęła orbitę w locie weryfikacyjnym bez ładunku użytecznego.
http://lk.astronautilus.pl/n230401.htm#03
(https://pbs.twimg.com/media/FtFfHc4acAEl3SQ?format=jpg&name=large)(https://pbs.twimg.com/media/FtFfHusagAYVDhz?format=jpg&name=large)
An iSpsce Hyperbola-1 rocket lifted off from Jiuquan at 0400 UTC today, successfully achieving orbit. Ends a run of three failures for Hyperbola-1, which was the first private Chinese rocket to reach orbit back in July 2019.
https://mp.weixin.qq.com/s/NniBca1UUSkCsw7CptDGsA
https://twitter.com/AJ_FI/status/1644200863060185090https://twitter.com/CNSpaceflight/status/1644215039510061056
https://twitter.com/Kosmo_Michal/status/1644273421755326464
https://twitter.com/planet4589/status/1644378031379578902
iSpace Hyperbola-1 launch, 7 April 2023
https://www.youtube.com/watch?v=7Z1btqx1Q30
SQX 1 rocket successfully launched after multiple failures
By ZHAO LEI | chinadaily.com.cn | Updated: 2023-04-07 13:51
A SQX 1 solid-propellant carrier rocket was successfully launched on Friday at the Jiuquan Satellite Launch Center in northwestern China's Gobi Desert, putting an end to the model's series of failures.
The rocket, the fifth in the SQX 1 series, blasted off at 12:00 am from a launchpad in the middle of a vast, rocky terrain at the Jiuquan center, according to a video clip published by i-Space, a private rocket maker in Beijing that developed the spacecraft.
After a 10-minute flight, the rocket reached its preset orbit, the company said, without mentioning whether it carried satellites.
The three-stage SQX 1 is propelled by solid fuel, has a liftoff weight of 42 metric tons and a diameter of 1.4 meters. Its launch capacity allows it to transport satellites with a total weight of 500 kilograms into a sun-synchronous orbit 500 kilometers above the Earth, according to the designers.
The craft's first flight took place in July 2019 at the Jiuquan center, marking the first successful orbital mission by a private Chinese rocket. However, the next three flights failed due to technical malfunctions.
In addition to i-Space, there are two other private companies in China that have used their own rockets for orbital missions.
There are more than 400 private enterprises on the Chinese mainland that are involved in the space industry, and dozens of them are focused on rocket development and production, according to data from market analysis companies.
http://www.chinadaily.com.cn/a/202304/07/WS642faf72a31057c47ebb8e54_1.html
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Obecnie na całym świecie znajdują się cztery ciężkie rakiety na swoich odpowiednich wyrzutniach. Jutro startuje Ariane 5 z JUICE, 17 kwietnia Starship, 19 kwietnia Falcon Heavy z ViaSat-3 i Delta IV Heavy, która miała wystartować 20 kwietnia, ale problem techniczny opóźnił start.
https://twitter.com/Cosmic_Andrew1/status/1646263151858417665
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KWIECIEŃ 2023
02 08:48:16 Jiuquan Tianlong-2 Aitaikong Kexue
02 14:29 Vandenberg 4E Falcon-9R Transport Layer Tranche-0 A-Class x 5,
Transport Layer Tranche-0 B-Class x 3,
Tracking Layer Tranche-0 WFOV x 2
07 04:00 Jiuquan 43/95A Gushenxing-1 -
07 04:30 Canaveral 40 Falcon-9R Intelsat 40e
14 12:14:29 Kourou 3 Ariane-5ECA+ JUICE
15 06:47:39 Vandenberg 4E Falcon-9R [Transporter-7]
16 01:36 Jiuquan 43/94 CZ-4B Fengyun-3 07
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17 12:00-14:30 Starbase A Super Heavy/Starship [test]
19 13:33 Canaveral 40 Falcon-9R Starlink V3 mini x 21
22 ~09:00 Sriharikota F PSLV TELEOs-2
24 23:24-01:18 KSC 39A Falcon Heavy ViaSat-3 Americas, Arcturus , G-Space 1
3D ??:?? Canaveral 37B Delta-4H Orion 11 [NRO L-68]
?? ??:?? Sriharikota S GSLV Mk 2 NVS-01 [IRNSS-1J]
?? ??:?? Canaveral 40 Falcon-9R O3b mPower 3, O3b mPower 4
?? ??:?? Vandenberg 4E Falcon-9R SARah-2, SARah-3
?? ??:?? Vandenberg 2W Firefly Alpha ? [DoD VICTUS NOX]
?? ~04:00 Jiuquan 43/95B KZ-1A ?
?? ??:?? Sohae Unha-? ?
?? ??:?? Wenchang 101 CZ-5 XZFS
MAJ 2023
06 ??:?? Wallops 0A Antares-230+ Cygnus-19
CZERWIEC 2023
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Chiński satelita meteorologiczny
16.04. o 01:36 z Jiuquan wystrzelona została RN CZ-4B, która wyniosła na orbitę satelitę meteorologicznego Fengyun-3 07 (Fengyun-3G, Fengyun-3RM-1).
http://lk.astronautilus.pl/n230416.htm#01
Long March-4B launches FengYun-3G
https://www.youtube.com/watch?v=mA66WvtG-nA
https://twitter.com/CNSpaceflight/status/1647415458038181888
https://twitter.com/CNSpaceflight/status/1647417454317158406
We got the first orbital data of Fengyun-3G 410.238km*418.480km*50.008°
https://twitter.com/CNSpaceflight/status/1647418220981403655
China launches new meteorological satellite
Xinhua | Updated: 2023-04-16 10:57
JIUQUAN - China on Sunday morning launched a Long March-4B rocket to place a new meteorological satellite in space.
The rocket blasted off at 9:36 am (Beijing Time) from the Jiuquan Satellite Launch Center in northwest China and soon sent the Fengyun-3 07 satellite into its preset orbit.
The satellite will provide services for weather forecasting, disaster prevention and mitigation, climate change response and ecological conservation.
The mission marked the 471st flight of the Long March carrier rockets, according to the launch center.
http://www.chinadaily.com.cn/a/202304/16/WS643b6428a310b6054facdd8f.html
FY 3G https://space.skyrocket.de/doc_sdat/fy-3g.htm
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KWIECIEŃ 2023
02 08:48:16 Jiuquan Tianlong-2 Aitaikong Kexue
02 14:29 Vandenberg 4E Falcon-9R Transport Layer Tranche-0 A-Class x 5,
Transport Layer Tranche-0 B-Class x 3,
Tracking Layer Tranche-0 WFOV x 2
07 04:00 Jiuquan 43/95A Gushenxing-1 -
07 04:30 Canaveral 40 Falcon-9R Intelsat 40e
14 12:14:29 Kourou 3 Ariane-5ECA+ JUICE
15 06:47:39 Vandenberg 4E Falcon-9R [Transporter-7]
16 01:36 Jiuquan 43/94 CZ-4B Fengyun-3 07
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19 13:33 Canaveral 40 Falcon-9R Starlink V3 mini x 21
20 12:00-14:30 Starbase A Super Heavy/Starship [test]
22 ~09:00 Sriharikota F PSLV TELEOs-2
26 23:24-01:18 KSC 39A Falcon Heavy ViaSat-3 Americas, Arcturus , G-Space 1
3D ??:?? Canaveral 37B Delta-4H Orion 11 [NRO L-68]
?? ??:?? Sriharikota S GSLV Mk 2 NVS-01 [IRNSS-1J]
?? ??:?? Canaveral 40 Falcon-9R O3b mPower 3, O3b mPower 4
?? ??:?? Vandenberg 4E Falcon-9R SARah-2, SARah-3
?? ??:?? Vandenberg 2W Firefly Alpha ? [DoD VICTUS NOX]
?? ~04:00 Jiuquan 43/95B KZ-1A ?
?? ??:?? Sohae Unha-? ?
?? ??:?? Wenchang 101 CZ-5 XZFS
MAJ 2023
06 ??:?? Wallops 0A Antares-230+ Cygnus-19
CZERWIEC 2023
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A tu udany start PSLV z singapurskim satelitą:
https://www.youtube.com/watch?v=z-qX5NbL77g
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Trzeci indyjski start w 2023.
Platforma do eksperymentów POEM-2 zintegrowana z 4. stopniem RN ma być aktywna przez ok. miesiąc.
22.04.2023 o 08:49 z wyrzutni FLP w Sriharikota wystrzelona została RN PSLV-CA, która wyniosła na orbitę o parametrach: hp=585 km, ha=585 km, i=10° dwa singapurskie satelity - teledetekcyjnego TeLEOS-2 i technologicznego Lumelite-4.
(https://pbs.twimg.com/media/FuSuNrvaEAME_S3?format=jpg&name=large)(https://pbs.twimg.com/media/FuTm4y7XsAAqg7u?format=jpg&name=large)
PSLV-CA launches TeLEOS-2 and Lumelite-4
https://www.youtube.com/watch?v=7I7Gn82XKbg
(2/3) Ważący 741 kg satelita TeLEOS-2 jest wyposażony w radar z syntetyczną aperturą o rozdzielczości przestrzennej do 1 metra.
LUMELITE-4 to 16-kilogramowy demonstrator wysokowydajnej platformy komunikacyjnej w standardzie CubeSat 12U , który w przyszłości powinnien znaleźć zastosowanie w ratownictwie morskim i śledzeniu statków.
(https://pbs.twimg.com/media/FuS1t5_WwAAqTjR?format=jpg&name=4096x4096)(https://pbs.twimg.com/media/FuS122kXsAAJpET?format=jpg&name=4096x4096)
(3/3) Podobnie jak w czerwcu zeszłego roku, wraz z dzisiejszym startem, czwarty stopień RN został zmodyfikowany tak, aby działał przez około miesiąc jako aktywna platforma POEM-2 do eksperymentów.
Jest ona wyposażona w rozkładane panele ogniw fotowoltaicznych i zawiera 7 eksperymentów.
(https://pbs.twimg.com/media/FuS2HaNWIAEiffd?format=png&name=900x900)
https://twitter.com/Kosmo_Michal/status/1649643608415387651
(2/4) Satelita TeLEOS-2 oddzielił się na orbicie od górnego stopnia po 19 minutach i 40 sekundach od startu, a LUMELITE-4 po 20 minutach i 30 sekundach od startu.
Czwarty stopień rakiety nośnej pozostanie zintegrowany z platformą POEM-2 do przeprowadzenia siedmiu eksperymentów.
(3/4) W dzisiejszym starcie użyto RN PSLV w wersji bez pomocniczych silników rakietowych.
Niektórzy mogą być zdezorientowani, że w pierwszym stopniem połączono dwa cylindry.
Dolna część składa się z silnika do sterowania rakietą w osi podłużnej, powyżej znajduje się zbiornik z wodnym roztworem nadchloranu strontu.
(https://pbs.twimg.com/media/FuTnpNNXoAA3OqB?format=jpg&name=4096x4096)(https://pbs.twimg.com/media/FuTnvzrWIAAaSiX?format=jpg&name=4096x4096)
(https://pbs.twimg.com/media/FuTnxrPXsAAST7N?format=png&name=900x900)(https://pbs.twimg.com/media/FuTnyyHWcAcqIrY?format=png&name=900x900)
(4/4) Służy do sterowania wektorem ciągu silnika rakietowego na paliwo stałe S-139.
Poddźwiękowy strumień zimnych gazów wtłaczany w rozszerzający się przekrój dyszy działa jak klin odchylający główny strumień gazów poruszający się z prędkością naddźwiękową.
(https://pbs.twimg.com/media/FuTn7grWIAMD3en?format=png&name=360x360)(https://pbs.twimg.com/media/FuTn8swXoAEOpJW?format=png&name=360x360)
https://twitter.com/Kosmo_Michal/status/1649698399803830273https://twitter.com/Kosmo_Michal/status/1649704197388943361
https://twitter.com/CNSpaceflight/status/1649329716040699904
https://twitter.com/isro/status/1649621827285843968
https://twitter.com/isro/status/1649711106108321794
https://twitter.com/ISROSpaceflight/status/1649372671178846211
https://www.isro.gov.in/PSLV_C55MissionLandingPage.html
https://www.nasaspaceflight.com/2023/04/isro-to-launch-pslv-with-singaporean-satellites/
TeLEOS 2 (741 kg) https://space.skyrocket.de/doc_sdat/teleos-2.htm
Lumelite-4 CubeSat 12U (16 kg)
POEM-2
PSLV https://space.skyrocket.de/doc_lau/pslv.htm
PSLV-CA https://space.skyrocket.de/doc_lau_det/pslv-ca.htm
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KWIECIEŃ 2023
02 08:48:16 Jiuquan Tianlong-2 Aitaikong Kexue
02 14:29 Vandenberg 4E Falcon-9R Transport Layer Tranche-0 A-Class x 5,
Transport Layer Tranche-0 B-Class x 3,
Tracking Layer Tranche-0 WFOV x 2
07 04:00 Jiuquan 43/95A Gushenxing-1 -
07 04:30 Canaveral 40 Falcon-9R Intelsat 40e
14 12:14:29 Kourou 3 Ariane-5ECA+ JUICE
15 06:47:39 Vandenberg 4E Falcon-9R [Transporter-7]
16 01:36 Jiuquan 43/94 CZ-4B Fengyun-3 07
19 14:31:10 Canaveral 40 Falcon-9R Starlink V3 mini x 21
20 13:33:08 Starbase A Super Heavy/Starship [test]
22 08:49 Sriharikota F PSLV TeLEOs-2, Lumelite-4
27 13:40:50 Vandenberg 4E Falcon-9R Starlink x 46
28 22:12 Canaveral 40 Falcon-9R O3b mPower 3, O3b mPower 4
MAJ 2023
01 00:26:00 KSC 39A Falcon Heavy ViaSat-3 Americas, Arcturus , G-Space 1
__________________________________________________________________________________________
04 07:31:00 Canaveral 40 Falcon-9R Starlink x 56
08 ??:?? Vandenberg 4E Falcon-9R Starlink x 52
09 01:00-03:00 Onenui 1 Electron/Curie TROPICS 3, 4
09 05:08 Canaveral 40 Falcon-9R Starlink x 56
0? ??:?? Vandenberg 4E Falcon-9R OneWeb x 15, OneWeb Gen 2,
Iridium-NEXT x 5
10 13:27 Wenchang 201 CZ-7 Tianzhou-6
15 ??:?? Jiuquan 43/130 Lijian-1 Fucheng-1
16 01:00-03:00 Onenui 1 Electron/Curie TROPICS 5, 6
17 02:40 Xichang CZ-3B ?
22 ??:?? Floryda Falcon-9R Badr-8
24 ??:?? Sriharikota S GSLV Mk 2 NVS-01 [IRNSS-1J]
24 12:56 Bajkonur 31/6 Sojuz-2.1a Progress MS-23
24 09:24 Naro 2 Nuri NEXTSat-2, SNIPE x 4, JLC-101-v1-2,
KSAT3U, Lumir-T1
25 ??:?? Jiuquan 43/91 CZ-2F Shenzhou-16
26 21:17 Wostocznyj 1S Sojuz-2.1a/Fregat-M Kondor-FKA Nr 1, ? x ?
?? ??:?? Canaveral 40 Falcon-9R O3b mPower 5, O3b mPower 6
?? ??:?? Canaveral 37B Delta-4H Orion 11 [NRO L-68]
?? ??:?? Vandenberg 2W Firefly Alpha ? [DoD VICTUS NOX]
?? ??:?? Jiuquan 43/95B KZ-1A ?
?? ??:?? Sohae Unha-? ?
?? ??:?? Plesieck 43/3 Sojuz-2.1b/Fregat Kosmos [Głonass-K2]
CZERWIEC 2023
?? ??:?? Vandenberg 4E Falcon-9R WorldView Legion 1, 2
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Wg zrodel Boeing zastosowal w satelicie ViaSat-3 Americas klaster 3 silnikow jonowych PPS@5000 o mocy okolo 1N.
Z powazaniem
Adam Przybyla
Zrodla:
https://twitter.com/pbdes/status/880775695676395521
-
Uzupełnienie konstelacji Beidou
17.05. o 02:49 z wyrzutni LC-3 w Xichang wystrzelona została RN CZ-3B, która wyniosła na orbitę satelitę
nawigacyjnego Beidou-3 G4.
http://lk.astronautilus.pl/n230516.htm#01
Long March-3B launches the first BeiDou-3 backup satellite
https://www.youtube.com/watch?v=_7F0s6AcFdg
https://twitter.com/CNSpaceflight/status/1658698687722459136
https://twitter.com/CNSpaceflight/status/1658689991361572867
https://twitter.com/Kosmo_Michal/status/1658728694536458240
https://twitter.com/planet4589/status/1658842870269222916
https://twitter.com/planet4589/status/1658842903454666752
New Beidou satellite launches into orbit
By Zhao Lei in Xichang, Sichuan | chinadaily.com.cn | Updated: 2023-05-17 11:23
China launched a Long March 3B carrier rocket on Wednesday morning to transport a satellite into space for the country's Beidou Navigation Satellite System, marking the first deployment of a Beidou satellite in three years.
As the countdown ticked down to zero at 10:49 am at the Xichang Satellite Launch Center in the southwestern mountainous region in Sichuan province, eight engines on the Long March 3B's first stage and four boosters sprang to life and unleashed dazzling orange flame as they lifted the 20-story-tall gigantic vehicle into clear skies.
Shortly after the liftoff, the rocket successfully placed the satellite, the 60th in the Beidou system and the first backup craft for the third-generation Beidou network, into a geostationary orbit, announced Deng Hongqin, director of the Xichang center.
Designed and built by the China Academy of Space Technology, the satellite has typical functions of any third-generation Beidou satellite - positioning, navigation and timing. Compared with previous Beidou satellites, it has some upgraded hardware and features stronger signal, faster transmission speed and higher operational stability, said Chen Zhonggui, chief designer of Beidou's third-generation satellites.
Despite being called a backup, the satellite is designed to start working as soon as it enters orbit. Its primary tasks are to expand the service areas of Beidou's short-messaging function, enhance Beidou's positioning accuracy as well as improve the network's operational continuity and reliability, he noted.
http://www.chinadaily.com.cn/a/202305/17/WS64644899a310b6054fad3788.html
https://www.nasaspaceflight.com/2023/05/beidou-3-g4-launched-chinese-raptor-tested/
BD-3 G4 (Beidou 56) (4600 kg) GEO https://space.skyrocket.de/doc_sdat/bd-3g.htm
-
KWIECIEŃ 2023
02 08:48:16 Jiuquan Tianlong-2 Aitaikong Kexue
02 14:29 Vandenberg 4E Falcon-9R Transport Layer Tranche-0 A-Class x 5,
Transport Layer Tranche-0 B-Class x 3,
Tracking Layer Tranche-0 WFOV x 2
07 04:00 Jiuquan 43/95A Gushenxing-1 -
07 04:30 Canaveral 40 Falcon-9R Intelsat 40e
14 12:14:29 Kourou 3 Ariane-5ECA+ JUICE
15 06:47:39 Vandenberg 4E Falcon-9R [Transporter-7]
16 01:36 Jiuquan 43/94 CZ-4B Fengyun-3 07
19 14:31:10 Canaveral 40 Falcon-9R Starlink V3 mini x 21
20 13:33:08 Starbase A Super Heavy/Starship [test]
22 08:49 Sriharikota F PSLV TeLEOs-2, Lumelite-4
27 13:40:50 Vandenberg 4E Falcon-9R Starlink x 46
28 22:12 Canaveral 40 Falcon-9R O3b mPower 3, O3b mPower 4
MAJ 2023
01 00:26:00 KSC 39A Falcon Heavy ViaSat-3 Americas, Arcturus , G-Space 1
04 07:31:00 Canaveral 40 Falcon-9R Starlink x 56
08 01:00 Onenui 1 Electron/Curie TROPICS 3, 4
10 13:22:51 Wenchang 201 CZ-7 Tianzhou-6
10 20:09 Vandenberg 4E Falcon-9R Starlink x 51
14 05:03:30 Canaveral 40 Falcon-9R Starlink x 56
17 02:49 Xichang CZ-3B/G3 Beidou-3 G4
__________________________________________________________________________________________
19 04:30 Canaveral 40 Falcon-9R Starlink V2 Mini x 22
19 13:19 Vandenberg 4E Falcon-9R OneWeb x 15, JoeySat, Iridium-NEXT x 5
21 21:37:00 KSC 39A Falcon-9R Dragon AX-2
22 05:30-07:30 Onenui 1 Electron/Curie TROPICS 5, 6
24 03:20 Canaveral 40 Falcon-9R Badr-8
24 12:56:06 Bajkonur 31/6 Sojuz-2.1a Progress MS-23
24 09:24:03 Naro 2 Nuri NEXTSat-2, SNIPE x 4, JAC, KSAT3U,
Lumir-T1
25 ??:?? Jiuquan 43/91 CZ-2F Shenzhou-16
26 21:14 Wostocznyj 1S Sojuz-2.1a/Fregat-M Kondor-FKA Nr 1, ? x ?
29 03:45 Sriharikota S GSLV Mk 2 NVS-01 [IRNSS-1J]
29 ??:?? Floryda Falcon-9R Starlink x 56
?? ??:?? Vandenberg 2W Firefly Alpha ? [DoD VICTUS NOX]
?? ??:?? Jiuquan 43/130 Lijian-1 Fucheng-1
?? ??:?? Sohae Unha-? ?
?? ??:?? Plesieck 43/3 Sojuz-2.1b/Fregat Kosmos [Głonass-K2]
?? ??:?? Vandenberg 4E Falcon-9R Starlink x 51
CZERWIEC 2023
0? ??:?? Canaveral 40 Falcon-9R O3b mPower 5, O3b mPower 6
1? ??:?? Vandenberg 4E Falcon-9R WorldView Legion 1, 2
?? ??:?? Canaveral 37B Delta-4H Orion 11 [NRO L-68]
?? ??:?? Jiuquan 43/95B KZ-1A ?
-
Trzy chińskie satelity
21.05. o 08:00 z Jiuquan wystrzelona została RN CZ-2C, która umieściła na orbicie dwa skonstruowane w Makau satelity naukowe Macau Scientific Satellite 1 i 2 (MSS-1, MSS-2, Aomen Kexue-1A, 1B, MUST-1A, 1B) oraz Luojia-2 01.
http://lk.astronautilus.pl/n230516.htm#04
https://twitter.com/wulei2020/status/1660286580752523264
Long March-2C launches Macao Science-1 A/B and LuoJia-2 01
https://www.youtube.com/watch?v=sV1J2v9VqgQ
Mission patches
(https://pbs.twimg.com/media/Fwo5nwYagAA8Pq9?format=jpg&name=medium)
(https://pbs.twimg.com/media/Fwo5tNbaQAEssxR?format=jpg&name=medium)
https://twitter.com/CNSpaceflight/status/1660203083211870210(https://pbs.twimg.com/media/Fwo_q1VakAAz4c6?format=jpg&name=medium)(https://pbs.twimg.com/media/Fwo_q--agAAOQmN?format=jpg&name=medium)
(https://pbs.twimg.com/media/Fwo_rJRaAAAPJl4?format=jpg&name=medium)(https://pbs.twimg.com/media/Fwo_rSEaMAAU_ys?format=jpg&name=medium)
Macau Scientific Satellite 1 is a mission similar to ESA's Swarm to monitor and study Earth's magnetic field, with a focus on the South Atlantic Anomaly. Two satellites operate in 450km*41° LEO.
https://twitter.com/CNSpaceflight/status/1660207356641423360
MSS-1 A, built by CAST DFH, weighs ~550kg and carries:
Coupled Dark State Magnetometer
Flux Gate Magnetometer
Energetic Electron Spectrometer
Vector Field Magnetometer
micro Advanced Stellar Compass
GNSS receiver subsystem
Satellite Laser Ranging
(https://pbs.twimg.com/media/FwpCMv3aIAAALV5?format=jpg&name=large)
https://twitter.com/CNSpaceflight/status/1660212210713645056MSS-1 B, built by Northwestern Polytechnical University, carries solar X-ray detector to study the solar activity
(https://pbs.twimg.com/media/FwpDGTxaMAATnl-?format=png&name=900x900)
https://twitter.com/CNSpaceflight/status/1660213483290656769https://twitter.com/CNSpaceflight/status/1660214523926810626
Luojia-2 01, built by Wuhan University, is a 353kg Ka-band SAR with resolution up to 0.5m and a platform to test technologies including 3D imaging, video imaging, navigation signal augmentation etc.
(https://pbs.twimg.com/media/FwpTWH1aIAMuIGI?format=jpg&name=small)
https://twitter.com/CNSpaceflight/status/1660231054454824961
Mainland, Macao send two satellites to orbit
By ZHAO LEI | chinadaily.com.cn | Updated: 2023-05-21 18:53
China launched two science satellites on Sunday afternoon jointly developed by scientists from the mainland and Macao, according to the China National Space Administration.
The Macao Science Satellite 1A and 1B were carried by a Long March 2C carrier rocket that lifted off at 4 pm from the Jiuquan Satellite Launch Center in northwestern China's Gobi Desert.
The launch marks the 474th mission of the Long March family and China's 20th space launch this year.
The satellite platforms were designed and built by the China Academy of Space Technology in Beijing and Northwestern Polytechnical University in Xi'an, Shaanxi province. The scientific equipment on the satellites, including a vector field magnetometer, an energetic electron spectrometer, a coupled dark state magnetometer and a solar X-ray detector, were developed by the State Key Laboratory of Lunar and Planetary Science at the Macao University of Science and Technology.
The two spacecraft are tasked with obtaining data on different layers of the Earth's system in the South Atlantic by detecting the geomagnetic anomaly area; studying the origin and evolution of the geomagnetic field and the geomagnetic inversion mechanism; and drawing a high-precision and high-resolution lithospheric geomagnetic map.
http://www.chinadaily.com.cn/a/202305/21/WS6469f83da310b6054fad4332.html
Aomen Kexue 1A (MSS 1A)
Aomen Kexue 1B (MSS 1B)
Luojia 2-01 (LJ 2-01) https://space.skyrocket.de/doc_sdat/luojia-2.htm
2) Luojia 2-01 dostarcza obrazy SAR
https://twitter.com/CNSpaceflight/status/1680499724158107653
-
KWIECIEŃ 2023
02 08:48:16 Jiuquan Tianlong-2 Aitaikong Kexue
02 14:29 Vandenberg 4E Falcon-9R Transport Layer Tranche-0 A-Class x 5,
Transport Layer Tranche-0 B-Class x 3,
Tracking Layer Tranche-0 WFOV x 2
07 04:00 Jiuquan 43/95A Gushenxing-1 -
07 04:30 Canaveral 40 Falcon-9R Intelsat 40e
14 12:14:29 Kourou 3 Ariane-5ECA+ JUICE
15 06:47:39 Vandenberg 4E Falcon-9R [Transporter-7]
16 01:36 Jiuquan 43/94 CZ-4B Fengyun-3 07
19 14:31:10 Canaveral 40 Falcon-9R Starlink V3 mini x 21
20 13:33:08 Starbase A Super Heavy/Starship [test]
22 08:49 Sriharikota F PSLV TeLEOs-2, Lumelite-4
27 13:40:50 Vandenberg 4E Falcon-9R Starlink x 46
28 22:12 Canaveral 40 Falcon-9R O3b mPower 3, O3b mPower 4
MAJ 2023
01 00:26:00 KSC 39A Falcon Heavy ViaSat-3 Americas, Arcturus , G-Space 1
04 07:31:00 Canaveral 40 Falcon-9R Starlink x 56
08 01:00 Onenui 1 Electron/Curie TROPICS 3, 4
10 13:22:51 Wenchang 201 CZ-7 Tianzhou-6
10 20:09 Vandenberg 4E Falcon-9R Starlink x 51
14 05:03:30 Canaveral 40 Falcon-9R Starlink x 56
17 02:49 Xichang 2 CZ-3B/G3 Beidou-3 G4
19 06:19:30 Canaveral 40 Falcon-9R Starlink V2 Mini x 22
20 13:16:33 Vandenberg 4E Falcon-9R OneWeb x 15, JoeySat, Iridium-NEXT x 5
21 08:00 Jiuquan 43/94 CZ-2C Aomen Kexue-1A, 1B, Luojia-2 01
21 21:37:09 KSC 39A Falcon-9R Dragon AX-2
24 12:56:07 Bajkonur 31/6 Sojuz-2.1a Progress MS-23
25 09:24:03 Naro 2 Nuri NEXTSat-2, SNIPE x 4, JAC, KSAT3U,
Lumir-T1
26 03:46 Onenui 1 Electron/Curie TROPICS 5, 6
26 21:14:51 Wostocznyj 1S Sojuz-2.1a/Fregat-M Kondor-FKA Nr 1
26 04:30 Canaveral 40 Falcon-9R Badr-8
29 05:12:00 Sriharikota S GSLV Mk 2 NVS-01 [IRNSS-1J]
__________________________________________________________________________________________
30 01:31 Jiuquan 43/91 CZ-2F Shenzhou-16
30 15:00 Sohae Unha-? Kwangmyongsong 5 ?
31 05:27-07:15 Vandenberg 4E Falcon-9R Starlink x 51
?? ??:?? Jiuquan 43/130 Lijian-1 Fucheng-1, Xingshidai-16, Tianyi-26, ?
CZERWIEC 2023
01 11:09 Canaveral 40 Falcon-9R Starlink V2 Mini x 22
01 ??:?? Onenui 1 Electron/Curie Acadia 1, 2
03 16:34 KSC 39A Falcon-9R Dragon-26
05 06:15-13:06 Canaveral 40 Falcon-9R Starlink x 56
08 ??:?? Vandenberg 4E Falcon-9R [Transporter-8]
09 19:15 Canaveral 40 Falcon-9R O3b mPower 5, O3b mPower 6
16 21:16-23:01 Kourou 3 Ariane-5ECA+ Syracuse 4B, Heinrich Hertz
19 21:54 Canaveral 40 Falcon-9R Satria-1
1? ??:?? Vandenberg 4E Falcon-9R Transport Layer Tranche-0 A-Class x 9,
Transport Layer Tranche-0 B-Class x 3,
Tracking Layer Tranche-0 WFOV x 6
1? ??:?? Vandenberg 4E Falcon-9R Starlink x 51
21 07:00 Canaveral 37B Delta-4H Orion 11 [NRO L-68]
27 14:43 Wostocznyj 1S Sojuz-2.1b/Fregat Meteor-M nr 2-3, Awion Kaługa 650, ArcCube-01,
ASRTU-1, Achmat-1, Drużba ATYRK, KuzGTU-1,
Monitor-2, Nanozond-1, Norbi-2,
Polytech Universe 3, ResjUCube-2, SamSat-ION,
Swiatobor-1, Sirius-SINP-3U, StratoSat-TK-1,
TinySat x 6, UTMN-2, UmKA-1, Jariło nr 2,
Jariło nr 4, Vizard-meteo, Biuro 1440,
MKA MFTI, Zorkij-2M, Anochin, Czirkin,
Szeffer, Szczukin, Burdajew, Katys, Smirennyj,
Fartusznyj, ? x ?
?? ??:?? Floryda Falcon-9R Starlink x 56
?? ??:?? Vandenberg 2W Firefly Alpha ? [DoD VICTUS NOX]
?? ??:?? Jiuquan 43/95B KZ-1A ?
-
Czy ten start Ariane 5 zaplanowany na 16 czerwca to już ostatni egzemplarz tej rakiety?
-
Czy ten start Ariane 5 zaplanowany na 16 czerwca to już ostatni egzemplarz tej rakiety?
Jak najbardziej
https://twitter.com/PFMouriaux/status/1662718379944210432
https://twitter.com/esa/status/1654463327899090945
https://twitter.com/Arianespace/status/1658117267148644353
https://twitter.com/ArianeGroup/status/1657843975577915394
https://twitter.com/PFMouriaux/status/1667898196838760448
15 May
Okazało się, że istnieje ryzyko nadmiarowości krytycznej funkcji Ariane 5. Zgodnie z wymogami bezpieczeństwa, Arianespace zdecydowało się odroczyć start RN #VA261 . Trwają analizy mające na celu ustalenie nowej daty startu.
https://newsroom.arianespace.com/flight-va261-postponement-of-the-launch/
https://twitter.com/esa/status/1669380791283924992
https://twitter.com/esa/status/1669367951126933505
https://newsroom.arianespace.com/arianespaces-next-ariane-5-mission-to-support-france-and-germanys-space-ambitions/
https://newsroom.arianespace.com/ariane-flight-va261/
https://spacenews.com/technical-problem-postpones-final-ariane-5-launch/
https://twitter.com/Arianespace/status/1672227835837132802
https://twitter.com/ArianeGroup/status/1675898227214671875
Here we go! The latest weather forecast briefing gives positive indications for tomorrow’s Ariane 5 #VA261 launch attempt. Things are looking good, hence we have decided to resume the preparation operations and still target a lift-off tomorrow July 5 from 7pm local time onwards.
https://twitter.com/Arianespace/status/1676352457713102848
95-minutowe okno startowe rakiety nośnej Ariane 5 ECA+ otwiera się jutro o 23:30 CEST. Francuski wojskowy satelita telekomunikacyjny Syracuse 4B oraz niemiecki satelita telekomunikacyjny podwójnego zastosowania Heinrich Hertz zostaną przetransportowane na orbitę GTO. Będzie to ostatni start tej rakiety nośnej
https://twitter.com/Kosmo_Michal/status/1675787482149842944
The final Ariane 5 at the pad!
https://twitter.com/thePrimalSpace/status/1676338623707246593
Start został opóźniony z powodu niesprzyjającej pogody. Teraz celuje w 5 lipca o 22:00 UTC
https://twitter.com/nssdatta/status/1676167010370338817
https://twitter.com/Arianespace/status/1668652762920366089
https://twitter.com/ESA_transport/status/1676518169047887874
https://twitter.com/ArianeGroup/status/1676701830112215041
https://twitter.com/arianespaceceo/status/1676736277629026312
https://twitter.com/Arianespace/status/1676509703994499072
https://twitter.com/ESA_History/status/1676623975831461890
https://twitter.com/ESA_transport/status/1676497712215146496
__________________________________________________________________________________________
Un Jour - Un Objet Spatial (nr 00341 / 30 kwietnia 2019) Maquette Ariane 5 / Bois au 1/83ème
#OneDayOneSpaceObject
https://souvenirsdespace.lebonforum.com/t1575p250-un-jour-un-objet-spatial#4853
https://twitter.com/spacemen1969/status/1123605123199057921
Un Jour - Un Objet Spatial (nr 00255 / 4 lutego 2019) Flamme du CNES pour le 100ème lancement d'Ariane 5
https://souvenirsdespace.lebonforum.com/t1575p250-un-jour-un-objet-spatial#4853
https://twitter.com/spacemen1969/status/1092467535851724801
Un Jour - Un Objet Spatial (nr 00254 / 3 lutego 2019) Porte-Clés Ariane 5
https://souvenirsdespace.lebonforum.com/t1575p250-un-jour-un-objet-spatial#4851
https://twitter.com/spacemen1969/status/1092119240583405568
Un Jour - Un Objet Spatial (nr 00237 / 19 stycznia 2019 - j'essaie de rattraper le retard) Patch 100ème lancement Ariane 5
https://souvenirsdespace.lebonforum.com/t1575p225-un-jour-un-objet-spatial#4835
https://twitter.com/spacemen1969/status/1090307561675472896
ça est passé un 21 octobre 1998 Lancement d'Ariane V112 avec l'ARD par une Ariane 5G ( z artykułu z 20 ans)
http://spacerelics.blogspot.com/2013/11/21-octobre-1998-lancement-de-lard.html
On en reparle en fin d'après-midi avec un #UnJourUnObjetSpatial spécial ARD
https://twitter.com/spacemen1969/status/1583339800869806080
„En Attendant le 100ème lancement d'une Ariane 5” Petite rétrospective philatélique
http://spacerelics.blogspot.com/2018/08/en-attendant-le-100eme-lancement-dune.html
(et je dis A😉Grupa Ariane, A @Arianspace, au@CNES que je suis volontaire pour aller poster en direct et sur place mes enveloppes pour le 100ème lancement)
https://twitter.com/spacemen1969/status/1034802456960610305
Un Jour - Un Objet Spatial n° 00551 / 21 octobre 2022 Capsule ARD - 21 octobre 1998 Premier courrier przestrzenny européen
http://spacerelics.blogspot.com/2022/10/un-jour-un-objet-spatial-n-00551.html
(Grupa Ariane, des enveloppes dans un des boosters du 1er vol Ariane 6, ça plairait beaucoup 😉)
https://twitter.com/spacemen1969/status/1583488783198003201
Si pour Apollo, il leur a fallu monter ''sur les épaules de géants'', il faut au moins aussi une main de géant pour aider Ariane 5 à décoller 😃🙃😃pour la 100ème fois! N'est-ce pas@CNES et Grupa Ariane?
https://twitter.com/spacemen1969/status/1027256446738735104
En Attendant le dernier vol d'Ariane 5 ce soir, replongez dans mon article publié juste avant le 100ème vol d'Ariane 5 pour revivre l'épopée d'un program lancé officiellement en 1987 - à travers la philatélie
http://spacerelics.blogspot.com/2018/08/en-attendant-le-100eme-lancement-dune.html
https://twitter.com/spacemen1969/status/1676524311794925569
-
KWIECIEŃ 2023
02 08:48:16 Jiuquan Tianlong-2 Aitaikong Kexue
02 14:29 Vandenberg 4E Falcon-9R Transport Layer Tranche-0 A-Class x 5,
Transport Layer Tranche-0 B-Class x 3,
Tracking Layer Tranche-0 WFOV x 2
07 04:00 Jiuquan 43/95A Gushenxing-1 -
07 04:30 Canaveral 40 Falcon-9R Intelsat 40e
14 12:14:29 Kourou 3 Ariane-5ECA+ JUICE
15 06:47:39 Vandenberg 4E Falcon-9R [Transporter-7]
16 01:36 Jiuquan 43/94 CZ-4B Fengyun-3 07
19 14:31:10 Canaveral 40 Falcon-9R Starlink V3 mini x 21
20 13:33:08 Starbase A Super Heavy/Starship [test]
22 08:49 Sriharikota F PSLV TeLEOs-2, Lumelite-4
27 13:40:50 Vandenberg 4E Falcon-9R Starlink x 46
28 22:12 Canaveral 40 Falcon-9R O3b mPower 3, O3b mPower 4
MAJ 2023
01 00:26:00 KSC 39A Falcon Heavy ViaSat-3 Americas, Arcturus , G-Space 1
04 07:31:00 Canaveral 40 Falcon-9R Starlink x 56
08 01:00 Onenui 1 Electron/Curie TROPICS 3, 4
10 13:22:51 Wenchang 201 CZ-7 Tianzhou-6
10 20:09 Vandenberg 4E Falcon-9R Starlink x 51
14 05:03:30 Canaveral 40 Falcon-9R Starlink x 56
17 02:49 Xichang 2 CZ-3B/G3 Beidou-3 G4
19 06:19:30 Canaveral 40 Falcon-9R Starlink V2 Mini x 22
20 13:16:33 Vandenberg 4E Falcon-9R OneWeb x 15, JoeySat, Iridium-NEXT x 5
21 08:00 Jiuquan 43/94 CZ-2C Aomen Kexue-1A, 1B, Luojia-2 01
21 21:37:09 KSC 39A Falcon-9R Dragon AX-2
24 12:56:07 Bajkonur 31/6 Sojuz-2.1a Progress MS-23
25 09:24:03 Naro 2 Nuri NEXTSat-2, SNIPE x 4, JAC, KSAT3U,
Lumir-T1
26 03:46 Onenui 1 Electron/Curie TROPICS 5, 6
26 21:14:51 Wostocznyj 1S Sojuz-2.1a/Fregat-M Kondor-FKA Nr 1
26 04:30 Canaveral 40 Falcon-9R Badr-8
29 05:12:00 Sriharikota S GSLV Mk 2 NVS-01 [IRNSS-1J]
30 01:31:13 Jiuquan 43/91 CZ-2F Shenzhou-16
30 21:27 Sohae Chollima-1 Malligyong-1
31 06:02:30 Vandenberg 4E Falcon-9R Starlink x 52
__________________________________________________________________________________________
CZERWIEC 2023
03 16:34 KSC 39A Falcon-9R Dragon-26
04 09:53 Canaveral 40 Falcon-9R Starlink V2 Mini x 22
05 06:15-13:06 Canaveral 40 Falcon-9R Starlink x 56
07 ~04:00 Jiuquan 43/130 Lijian-1 Fucheng-1, Xingshidai-16, Tianyi-26, ?
08 ??:?? Vandenberg 4E Falcon-9R [Transporter-8]
09 19:15 Canaveral 40 Falcon-9R O3b mPower 5, O3b mPower 6
16 21:16-23:01 Kourou 3 Ariane-5ECA+ Syracuse 4B, Heinrich Hertz
19 21:54 Canaveral 40 Falcon-9R Satria-1
1? ??:?? Vandenberg 4E Falcon-9R Transport Layer Tranche-0 A-Class x 9,
Transport Layer Tranche-0 B-Class x 3,
Tracking Layer Tranche-0 WFOV x 6
1? ??:?? Vandenberg 4E Falcon-9R Starlink x 51
21 07:00 Canaveral 37B Delta-4H Orion 11 [NRO L-68]
27 14:43 Wostocznyj 1S Sojuz-2.1b/Fregat Meteor-M nr 2-3, Awion Kaługa 650, ArcCube-01,
ASRTU-1, Achmat-1, Drużba ATYRK, KuzGTU-1,
Monitor-2, Nanozond-1, Norbi-2,
Polytech Universe 3, ResjUCube-2, SamSat-ION,
Swiatobor-1, Sirius-SINP-3U, StratoSat-TK-1,
TinySat x 6, UTMN-2, UmKA-1, Jariło nr 2,
Jariło nr 4, Vizard-meteo, Biuro 1440,
MKA MFTI, Zorkij-2M, Anochin, Czirkin,
Szeffer, Szczukin, Burdajew, Katys, Smirennyj,
Fartusznyj, ? x ?
?? ??:?? Floryda Falcon-9R Starlink x 56
?? ??:?? Vandenberg 2W Firefly Alpha ? [DoD VICTUS NOX]
?? ??:?? Onenui 1 Electron/Curie Acadia 1, 2
?? ??:?? Jiuquan 43/95B KZ-1A ?
-
Drugi start Lijian-1
07.06. o 04:10:02,102 z Jiuquan wystrzelona została RN Lijian-1 (Zhongke-1A, ZK-1A), która umieściła na orbicie o parametrach: hp=~500 km, ha=~500 km, i=9x° satelity Fucheng-1, Shiyan-26A, Shiyan-26B, Xingshidai-16, Tianyi-26, Xi'an Hangtou-8 i jeszcze 20 obiektów.
http://lk.astronautilus.pl/n230601.htm#04
(https://pbs.twimg.com/media/FyA2fiNaEAAhyA-?format=jpg&name=large)
Lijian-1 launches 26 satellites (Kinetica-1)
https://www.youtube.com/watch?v=kEy0CDLqK_I
https://twitter.com/CNSpaceflight/status/1666476961135472640
https://twitter.com/CNSpaceflight/status/1666344885023309824
https://twitter.com/CNSpaceflight/status/1667053069262290946
Rocket launches with record payload
By ZHAO LEI | chinadaily.com.cn | Updated: 2023-06-07 20:53
China launched a ZK 1A carrier rocket from the Jiuquan Satellite Launch Center in northwestern China, transporting 26 satellites into space and setting a new record for the most spacecraft launched by a single Chinese rocket.
The 30-meter, solid-propellant rocket blasted off at 12:10 pm and soon placed the satellites into preset orbits, including the Shiyan 24A and 24B experimental satellites.
The 26 satellites are tasked with carrying out technological demonstrations and commercial remote-sensing operations, according to CAS Space, a Beijing-based rocket company owned by the Chinese Academy of Sciences.
Before the mission, the domestic record for the most satellites launched by a single rocket was held by the first flight of the modified version of the Long March 8 rocket in February 2022, which deployed 22.
The ZK 1A conducted its debut flight at the center in July 2022, becoming the country's largest and most powerful solid-propellant rocket.
The rocket has a length of 30 meters, a diameter of 2.65 meters and a liftoff weight of 135 metric tons. It is capable of sending satellites with a combined weight of 1.5 tons to sun-synchronous orbit about 500 kilometers above Earth.
The rocket features a strong carrying capacity, high accuracy, a reliable design, high cost-efficiency, short prelaunch preparations, low requirements for support infrastructure and is one of the best solid-propellant carrier rockets in the world, CAS Space said.
http://www.chinadaily.com.cn/a/202306/07/WS6480765aa31033ad3f7bafec.html
Rocket successfully carries 26 satellites into space
By Zhao Lei | China Daily | Updated: 2023-06-08 08:50
(http://img2.chinadaily.com.cn/images/202306/08/64811e6ca31033ad342aa2e5.jpeg)
A ZK 1A carrier rocket is launched at the Jiuquan Satellite Launch Center in northwestern China on Wednesday to transport a total of 26 satellites into space. CHINA DAILY
China has launched a ZK 1A carrier rocket at the Jiuquan Satellite Launch Center in northwestern China to transport a total of 26 satellites into space, setting a new record for the most spacecraft launched by a single Chinese rocket.
The 30-meter, solid-propellant rocket blasted off at 12:10 pm on Wednesday and soon placed the satellites including the Shiyan 24A and 24B experimental satellites into preset orbits.
The 26 satellites are tasked with carrying out technological demonstrations and commercial remote-sensing operations, according to CAS Space, a Beijing-based rocket company owned by the Chinese Academy of Sciences.
Before the mission, the domestic record for the most satellites flown on a single mission was held by the first flight of the modified version of the Long March 8 rocket in February last year, which deployed 22 satellites. The world record is held by SpaceX's Falcon 9, which lifted 143 satellites in January 2021.
The ZK 1A conducted its debut flight at the Jiuquan center in July last year, becoming the country's largest and most powerful solid-propellant rocket by that time.
The rocket model has a length of 30 meters, a diameter of 2.65 meters and a liftoff weight of 135 metric tons. It is capable of sending satellites with a combined weight of 1.5 tons into a typical sun-synchronous orbit about 500 kilometers above Earth.
The rocket features a strong carrying capacity, high accuracy, a reliable design, high cost-efficiency, short prelaunch preparations, low requirements on support infrastructure and is one of the best solid-propellant carrier rockets in the world, the company said.
Yang Yiqiang, a senior rocket scientist and founder of CAS Space, said the ZK 1A is an ideal option for launching small and medium-sized satellites. It has enriched the service portfolio of the Chinese carrier rocket fleet.
According to him, the rocket launched on Wednesday was one of the first manufactured in Guangzhou, capital of Guangdong province.
The CAS Space rocket production complex, in Guangzhou's Nansha district, is the country's southernmost manufacturing facility for carrier rockets. It has an area of 40 hectares and an initial annual production capacity of 30 rockets.
http://www.chinadaily.com.cn/a/202306/08/WS64811e6ca31033ad3f7bb0d5.html
https://space24.pl/pojazdy-kosmiczne/systemy-nosne/chiny-rekordowy-lot-komercyjnej-rakiety-nosnej
Chinese commercial rocket firm launches 26 satellites, sets national record
Andrew Jones June 7, 2023
(https://i0.wp.com/spacenews.com/wp-content/uploads/2023/06/lijian-1-Y2-JSLC-7june2023-ourspace-1.jpg?resize=1200%2C676&ssl=1)
Liftoff of the second Lijian-1 solid rocket from Jiuquan on June 7, 2023. Credit: OurSpace
(...) The 26 payloads aboard the flight surpass the previous national record of 22 satellites launched by the much larger Long March 8 rocket in February 2022.
Shiyan series satellites are often classified and understood to be used to test new technologies and payloads for Chinese space systems. These are usually developed and launched by CASC, China’s main, state-owned space contractor. The June 7 launch indicates CAS Space was awarded a contract for national and defense launches, whereas the vast majority of commercial Chinese launches carry commercial payloads.
Other payloads known to be on the flight included Xi’an Hangtou-8 for Xi’an Aerospace Investment, and Xingshidai-16 and Tianyi-26 for commercial satellite firms ADA Space and Spacety respectively. Also aboard was Fucheng-1, an interferometric imaging synthetic aperture radar (SAR) remote sensing satellite for the six-satellite Mianyang constellation. (...)
https://spacenews.com/chinese-commercial-rocket-firm-launches-26-satellites-sets-national-record/
https://twitter.com/CNSpaceflight/status/1671375544095772672
https://twitter.com/CNSpaceflight/status/1677443530149744641
SY 24A https://space.skyrocket.de/doc_sdat/sy-24.htm
SY 24B
Fucheng 1 (300 kg) https://space.skyrocket.de/doc_sdat/fucheng-1.htm
Xi'an Hangtou 8
Xingshidai 16 ? https://space.skyrocket.de/doc_sdat/xingshidai-16.htm
Tianyi 26 ?
(26 satellites in total)
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Płaski satelita
09.06. o 02:35:30 z Jiuquan wystrzelona została RN KZ-1A, która wyniosła na orbitę o parametrach: hp=490 km, ha=500 km, i=49,13° satelitę telekomunikacyjnego Longjiang-3 (http://lk.astronautilus.pl/sat/longjiang3.jpg).
http://lk.astronautilus.pl/n230601.htm#05
09.06.2023 o 02:35 z kosmodromu Jiuquan wystartowała RN KZ-1A, która wyniosła na orbitę SSO h=~500 km eksperymentalnego satelitę telekomunikacyjnego Longjiang-3 (Lungjiang).
Głównym zadaniem ważącego 120 kg satelity jest testowanie dwukierunkowej szybkiej komunikacji (do 600 Mb/s).
https://twitter.com/Kosmo_Michal/status/1667039809582276608
https://twitter.com/wulei2020/status/1667051943251025920
https://twitter.com/CNSpaceflight/status/1667038382688702465
https://twitter.com/CNSpaceflight/status/1667035396545605633
Kuaizhou-1A launches Longjiang-3
https://www.youtube.com/watch?v=GpzqfKPb4DY
China places experimental communications satellite in orbit
By ZHAO LEI | chinadaily.com.cn | Updated: 2023-06-09 12:41
China launched a Kuaizhou 1A carrier rocket on Friday morning at the Jiuquan Satellite Launch Center in the country's northwestern desert, placing an experimental communications satellite in orbit, according to China Aerospace Science and Industry Corp.
The State-owned company said in a news release that the solid-propellant rocket blasted off at 10:35 am from its launch vehicle and placed the Longjiang 3 satellite into its preset orbit. The mission marked the 20th flight of the Kuaizhou 1A model and the type's second launch this year.
Developed by researchers at the Harbin Institute of Technology in Heilongjiang province, the Longjiang 3 is China's first plate-shaped satellite. It is tasked with demonstrating advanced technologies in space-based high-speed communications and plate-shaped satellite platform, according to the release.
Built by China Space Sanjiang Group in Hubei province, a CASIC subsidiary, the 20-meter Kuaizhou 1A rocket has a liftoff weight of about 30 metric tons. It is capable of sending 200 kilogram of payload into a sun-synchronous orbit, or 300 kg of payload into a low-Earth orbit, according to designers.
The Kuaizhou 1A and Kuaizhou 11, a larger type, are the most used solid-propellant rockets in China.
http://www.chinadaily.com.cn/a/202306/09/WS6482a60ea31033ad3f7bb66a.html
China's launches first plate-shaped satellite
By ZHAO LEI | chinadaily.com.cn | Updated: 2023-06-09 22:56
China launched the nation's first plate-shaped satellite into space on Friday.
Developed by researchers at the Harbin Institute of Technology in Heilongjiang province, the Longjiang 3 experimental communications satellite was lifted by a Kuaizhou 1A solid-propellant carrier rocket, which blasted off at 10:35 am from its launch vehicle at the Jiuquan Satellite Launch Center in the country's northwestern desert, according to China Aerospace Science and Industry Corp, the rocket's maker.
The mission marked the 20th flight of the Kuaizhou 1A model and the type's second launch this year.
According to Harbin Institute of Technology, Longjiang 3 is tasked with demonstrating advanced technologies in space-based high-speed communications and a plate-shaped satellite platform.
The new satellite incorporates several cutting-edge technologies such as a new method of high-speed communications between low-orbit satellites and ground control.
Its trial run will help researchers accumulate data and experience that will be used in the planning and design for the mass production of plate-shaped satellites, the institute said.
In addition to the institute, GalaxySpace, a Beijing-based private satellite maker, has also announced that it has built a group of plate-shaped satellites and will launch them in coming months.
Yang Qiaolong, a designer at GalaxySpace, said having a plate shape allows for many such satellites to be placed inside a single rocket.
"The design makes it possible to launch a lot of satellites on a mission and is suitable for the rapid deployment of satellite networks," he explained.
The 20-meter Kuaizhou 1A rocket is built by China Space Sanjiang Group in Hubei province, a CASIC subsidiary, and has a liftoff weight of about 30 metric tons. It is capable of sending 200 kilograms of payload into a sun-synchronous orbit, or 300 kg of payload into a low-Earth orbit, according to designers.
The Kuaizhou 1A and Kuaizhou 11, a larger type, are the most used solid-propellant rockets in China.
http://www.chinadaily.com.cn/a/202306/09/WS64833643a31033ad3f7bb768.html
Longjiang 3
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Dziś PLD Space zamierzał wystrzelić w kosmos pierwszą prywatną rakietę Hiszpanii, ale silnik pierwszego stopnia zapalił się, pojazd wykrył stan odbiegający od nominalnego, wyłączając silnik i przerywając pracę.
https://youtu.be/UFhhM-kknnM
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KWIECIEŃ 2023
02 08:48:16 Jiuquan Tianlong-2 Aitaikong Kexue
02 14:29 Vandenberg 4E Falcon-9R Transport Layer Tranche-0 A-Class x 5,
Transport Layer Tranche-0 B-Class x 3,
Tracking Layer Tranche-0 WFOV x 2
07 04:00 Jiuquan 43/95A Gushenxing-1 -
07 04:30 Canaveral 40 Falcon-9R Intelsat 40e
14 12:14:29 Kourou 3 Ariane-5ECA+ JUICE
15 06:47:39 Vandenberg 4E Falcon-9R [Transporter-7]
16 01:36 Jiuquan 43/94 CZ-4B Fengyun-3 07
19 14:31:10 Canaveral 40 Falcon-9R Starlink V3 mini x 21
20 13:33:08 Starbase A Super Heavy/Starship [test]
22 08:49 Sriharikota F PSLV TeLEOs-2, Lumelite-4
27 13:40:50 Vandenberg 4E Falcon-9R Starlink x 46
28 22:12 Canaveral 40 Falcon-9R O3b mPower 3, O3b mPower 4
MAJ 2023
01 00:26:00 KSC 39A Falcon Heavy ViaSat-3 Americas, Arcturus , G-Space 1
04 07:31:00 Canaveral 40 Falcon-9R Starlink x 56
08 01:00 Onenui 1 Electron/Curie TROPICS 3, 4
10 13:22:51 Wenchang 201 CZ-7 Tianzhou-6
10 20:09 Vandenberg 4E Falcon-9R Starlink x 51
14 05:03:30 Canaveral 40 Falcon-9R Starlink x 56
17 02:49 Xichang 2 CZ-3B/G3 Beidou-3 G4
19 06:19:30 Canaveral 40 Falcon-9R Starlink V2 Mini x 22
20 13:16:33 Vandenberg 4E Falcon-9R OneWeb x 15, JoeySat, Iridium-NEXT x 5
21 08:00 Jiuquan 43/94 CZ-2C Aomen Kexue-1A, 1B, Luojia-2 01
21 21:37:09 KSC 39A Falcon-9R Dragon AX-2
24 12:56:07 Bajkonur 31/6 Sojuz-2.1a Progress MS-23
25 09:24:03 Naro 2 Nuri NEXTSat-2, SNIPE x 4, JAC, KSAT3U,
Lumir-T1
26 03:46 Onenui 1 Electron/Curie TROPICS 5, 6
26 21:14:51 Wostocznyj 1S Sojuz-2.1a/Fregat-M Kondor-FKA Nr 1
26 04:30 Canaveral 40 Falcon-9R Badr-8
29 05:12:00 Sriharikota S GSLV Mk 2 NVS-01 [IRNSS-1J]
30 01:31:13 Jiuquan 43/91 CZ-2F Shenzhou-16
30 21:27 Sohae Chollima-1 Malligyong-1
31 06:02:30 Vandenberg 4E Falcon-9R Starlink x 52
CZERWIEC 2023
04 12:20 Canaveral 40 Falcon-9R Starlink V2 Mini x 22
05 15:47 KSC 39A Falcon-9R Dragon-26
07 04:10:02 Jiuquan 43/130 Lijian-1 Shiyan-24A, 24B, Xi'an Hangtou-8,
Fucheng-1,
X Shexian Pianzheng Lifang i 24 inne
09 02:35:30 Jiuquan 43/95B KZ-1A Longjiang-3
12 07:10:56 Canaveral 40 Falcon-9R Starlink x 52
12 21:35:00 Vandenberg 4E Falcon-9R [Transporter-8]
15 05:30 Taiyuan 9 CZ-2D Jilin-1 x 41
__________________________________________________________________________________________
18 22:04-01:02 Canaveral 40 Falcon-9R Satria-1
20 ~04:00 Taiyuan ? ?
21 07:29 Canaveral 37B Delta-4H Orion 11 [NRO L-68]
22 05:36 Vandenberg 4E Falcon-9R Starlink x 51
22 ??:?? Xichang 3 CZ-2D Liangchi
24 ??:?? Canaveral 40 Falcon-9R Starlink x 52
27 14:43 Wostocznyj 1S Sojuz-2.1b/Fregat Meteor-M nr 2-3, Awion Kaługa 650, ArcCube-01,
ASRTU-1, Achmat-1, Drużba ATYRK, KuzGTU-1,
Monitor-2, Nanozond-1, Norbi-2,
Polytech Universe 3, ResjUCube-2, SamSat-ION,
Swiatobor-1, Sirius-SINP-3U, StratoSat-TK-1,
TinySat x 6, UTMN-2, UmKA-1, Jariło nr 2,
Jariło nr 4, Vizard-meteo, Biuro 1440,
MKA MFTI, Zorkij-2M, Anochin, Czirkin,
Szeffer, Szczukin, Burdajew, Katys, Smirennyj,
Fartusznyj, ? x ?
3D ??:?? Vandenberg 4E Falcon-9R Transport Layer Tranche-0 A-Class x 9,
Transport Layer Tranche-0 B-Class x 3,
Tracking Layer Tranche-0 WFOV x 6
?? ??:?? Vandenberg 2W Firefly Alpha ? [DoD VICTUS NOX]
?? ??:?? Onenui 1 Electron/Curie Acadia 1, 2
?? ??:?? Jiuquan 43/95B KZ-1A ?
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Jutro planowany jest start Delty IV Heavy. Firma, która kiedyś dominowała, ULA nie wystrzeliła jeszcze w tym roku ani jednej rakiety. Tymczasem, SpaceX, wystartował 41 razy w 2023. Edycja - start opóźniony do 22 czerwca 9:25 CEST, a 6 minut wcześniej startuje Falcon 9 z Kalifornii ze Starlinkami.
https://www.youtube.com/watch?v=qNLo5QbVhVM
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Start RN Delta 4 Heavy został odwołany z powodu problemów z naziemnym zaworem pneumatycznym.
Kolejna próba startu możliwa w czwartek o 09: 25 CEST.
https://twitter.com/cbs_spacenews/status/1671401205925289984
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Zostało potwierdzone oddzielenie ładunku.
Był to 15. start RN Delta 4-Heavy i w sumie 44. rakiety Delta 4 wykonany przez ULA, a także przedostatni z rodziny Delta.
Wystartowała ciężka Delta
22.06. o 09:18:00,122 z Cape Canaveral wystrzelona została RN Delta-4H. Wyniosła ona na orbitę geostacjonarną w misji NRO L-68 prawdopodobnie satelitę zwiadu elektronicznego Orion 11 (RIO 11, Mission 8307, Mentor 9). Był to przedostatni start rakiety tej rodziny.
http://lk.astronautilus.pl/n230616.htm#05
(https://pbs.twimg.com/media/FzLlBXbWwAUd2hg?format=jpg&name=large)
(https://pbs.twimg.com/media/FzNqfJJWYAAJhkr?format=jpg&name=large)(https://pbs.twimg.com/media/FzNqfbUWAAI21af?format=jpg&name=large)
(https://pbs.twimg.com/media/FzN4S0NWYAAzOF4?format=jpg&name=4096x4096)
(https://www.americaspace.com/wp-content/uploads/2023/06/Screenshot-873-1536x864.png)
(https://pbs.twimg.com/media/FzOWFlWWYAE4s9d?format=jpg&name=large)
(2/5) Ładunkiem jest z dużym prawdopodobieństwem, w oparciu o różne wskazania, wybór daty wystrzelenia, rakiety nośnej i orbity, satelita geostacjonarny do zdalnego przeglądu elektronicznego.
Powinien to być ulepszony satelita typu Mentor czwartej generacji amerykańskich satelitów SIGINT.
(3/5) Satelita o masie od 4500 do 5000 kg jest wyposażony w dużą antenę sieciową o średnicy do 100 m do odbioru sygnałów elektronicznych ze stałych i ruchomych celów lądowych, morskich i powietrznych, w tym satelitów na niższych orbitach.
(https://pbs.twimg.com/media/FzNqgiIWIAEunqf?format=jpg&name=medium)
(4/5) Satelita NROL-68 najprawdopodobniej zostanie zawieszony gdzieś nad półkulą wschodnią.
Być może gdzieś około 100°E, aby zapewnić zasięg w regionie Azji Południowo-Wschodniej i Wschodniej.
Satelita ma zdolność dryfowania, dzięki czemu w razie potrzeby może przemieszczać się nad innym obszarem zainteresowania.
(5/5) W 2014 roku Federacja Rosyjska również rozpoczęła budowę podobnego systemu satelitów geostacjonarnych SIGINT jak NRO, wystrzeliwując pierwszego satelitę Olimp-K obsługiwanego przez Federalną Służbę Bezpieczeństwa FSB. Obecnie ma dwa na orbicie.
https://twitter.com/Kosmo_Michal/status/1671797001384607744
https://twitter.com/ulalaunch/status/1671813124046094341
Delta IV Heavy launches NROL-68
https://www.youtube.com/watch?v=WEdkaSxhQCw
https://twitter.com/ulalaunch/status/1672256905367158784
https://twitter.com/torybruno/status/1673721058640244736
https://spaceflightnow.com/2023/06/22/delta-4-heavy-nrol-68-coverage/
SpaceX, ULA Launch Missions, 119 Minutes Apart
by Ben Evans Juni 22 2023
Six minutes apart may not have been possible, but two launches from opposite seaboards of the United States within only two hours of one another is an impressive feat. Early Thursday, SpaceX successfully flew a veteran Falcon 9 booster from Vandenberg Space Force Base, Calif., laden with 47 Starlink internet communications satellites, followed 119 minutes later by the second-to-final United Launch Alliance (ULA) Delta IV Heavy from Cape Canaveral Space Force Station, Fla., carrying the highly secretive NROL-68 payload for the National Reconnaissance Office.
Hopes of launching the two missions within six minutes of one another ultimately came to nought. Although SpaceX flew right on time at 12:19 a.m. PDT (3:19 a.m. EDT), ULA elected to realign its T-0 from an original 3:25 a.m. EDT target to 5:18 a.m. EDT. (...)
NROL-68 forms part of a $1.18 billion contract modification agreed between ULA and the Space and Missile Systems Center (SMC) at Los Angeles Air Force Base, back in September 2019. That modification covered five NROL missions, three of which rode previous Delta IV Heavies into orbit between December 2020 and last September.
After NROL-68, the NROL-70 mission is scheduled for 2024. And it will mark not only the final flight of the Delta IV Heavy, but the swansong of the entire Delta rocket family, closing out a remarkable 380-plus-launches over more than six decades.
https://www.americaspace.com/2023/06/22/spacex-ula-launch-missions-119-minutes-apart/
https://www.americaspace.com/2023/06/19/ula-go-for-wednesday-pre-dawn-nrol-68-launch/
ULA’s Delta 4 Heavy launches classified spy satellite
Sandra Erwin June 22, 2023
NROL-68 was ULA’s first launch of 2023 and the Delta 4’s next to last mission
At the request of the NRO, ULA ended the webcast nearly seven minutes into the flight after the nose fairing was jettisoned.
NROL-68 is the Delta 4 Heavy’s 15th and penultimate launch before its expected retirement. The vehicle in 2022 flew its final mission from the West Coast.
This mission was ULA’s first launch of 2023. The company in May 2019 received a U.S. Air Force contract to launch NROL-68. The Delta 4 Heavy configuration first launched in December 2004.
https://spacenews.com/ulas-delta-4-heavy-launches-classified-spy-satellite/
Live coverage: Delta 4-Heavy lifts off with NRO spy satellite
June 22, 2023 Stephen Clark
At that time, the mission will enter a government-imposed news blackout. ULA’s live launch broadcast will end, and the rest of the Delta 4’s climb to geosynchronous orbit will occur in secret. It will take about six hours for the Delta 4 to deploy the NRO spy satellite into a nearly circular geosynchronous orbit positioned more than 20,000 miles over the planet, likely requiring three burns by the upper stage RL10 engine.
The NRO’s Advanced Orion satellites are among the largest spacecraft ever sent into space. When viewed from Earth, they shine with the brightness of an 8th magnitude star, making them easily visible with small binoculars despite their distant orbits, according to Ted Molczan, an authoritative skywatcher who tracks satellite activity.
https://spaceflightnow.com/2023/06/22/delta-4-heavy-nrol-68-coverage/
Obszary nawigacyjne wyznaczone do startu potwierdzają, że była to misja o niskim nachyleniu, a obszary zagrożenia dla misji wskazują, że rakieta poleci dokładnie na wschód po starcie.
Sugeruje to, że celem startu była orbita geosynchroniczna lub geostacjonarna, podczas gdy użycie Delta IV Heavy — jednej z najpotężniejszych rakiet w dyspozycji NRO — wskazuje, że do ukończenia misji wymagana była znaczna wydajność. Sugeruje to dość ciężki ładunek dla docelowej orbity.
https://www.nasaspaceflight.com/2023/06/delta-iv-heavy-nrol-68/
https://www.ulalaunch.com/about/news/2023/06/22/united-launch-alliance-successfully-launches-the-penultimate-delta-iv-heavy-rocket
https://twitter.com/johnkrausphotos/status/1671843093480439810
https://twitter.com/johnkrausphotos/status/1671818058304823297
https://twitter.com/ShuttleAlmanac/status/1671353869727862785
https://twitter.com/LaunchPhoto/status/1671963321711353858
Orion 11 (NROL 68) (GEO) https://space.skyrocket.de/doc_sdat/orion-5_nro.htm
Wcześniejsze p. https://www.americaspace.com/2023/06/19/ula-go-for-wednesday-pre-dawn-nrol-68-launch/
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KWIECIEŃ 2023
02 08:48:16 Jiuquan Tianlong-2 Aitaikong Kexue
02 14:29 Vandenberg 4E Falcon-9R Transport Layer Tranche-0 A-Class x 5,
Transport Layer Tranche-0 B-Class x 3,
Tracking Layer Tranche-0 WFOV x 2
07 04:00 Jiuquan 43/95A SQX-1 -
07 04:30 Canaveral 40 Falcon-9R Intelsat 40e
14 12:14:29 Kourou 3 Ariane-5ECA+ JUICE
15 06:47:39 Vandenberg 4E Falcon-9R [Transporter-7]
16 01:36 Jiuquan 43/94 CZ-4B Fengyun-3 07
19 14:31:10 Canaveral 40 Falcon-9R Starlink V3 mini x 21
20 13:33:08 Starbase A Super Heavy/Starship [test]
22 08:49 Sriharikota F PSLV TeLEOs-2, Lumelite-4
27 13:40:50 Vandenberg 4E Falcon-9R Starlink x 46
28 22:12 Canaveral 40 Falcon-9R O3b mPower 3, O3b mPower 4
MAJ 2023
01 00:26:00 KSC 39A Falcon Heavy ViaSat-3 Americas, Arcturus , G-Space 1
04 07:31:00 Canaveral 40 Falcon-9R Starlink x 56
08 01:00 Onenui 1 Electron/Curie TROPICS 3, 4
10 13:22:51 Wenchang 201 CZ-7 Tianzhou-6
10 20:09 Vandenberg 4E Falcon-9R Starlink x 51
14 05:03:30 Canaveral 40 Falcon-9R Starlink x 56
17 02:49 Xichang 2 CZ-3B/G3 Beidou-3 G4
19 06:19:30 Canaveral 40 Falcon-9R Starlink V2 Mini x 22
20 13:16:33 Vandenberg 4E Falcon-9R OneWeb x 15, JoeySat, Iridium-NEXT x 5
21 08:00 Jiuquan 43/94 CZ-2C Aomen Kexue-1A, 1B, Luojia-2 01
21 21:37:09 KSC 39A Falcon-9R Dragon AX-2
24 12:56:07 Bajkonur 31/6 Sojuz-2.1a Progress MS-23
25 09:24:03 Naro 2 Nuri NEXTSat-2, SNIPE x 4, JAC, KSAT3U,
Lumir-T1
26 03:46 Onenui 1 Electron/Curie TROPICS 5, 6
26 21:14:51 Wostocznyj 1S Sojuz-2.1a/Fregat-M Kondor-FKA Nr 1
26 04:30 Canaveral 40 Falcon-9R Badr-8
29 05:12:00 Sriharikota S GSLV Mk 2 NVS-01 [IRNSS-1J]
30 01:31:13 Jiuquan 43/91 CZ-2F Shenzhou-16
30 21:27 Sohae Chollima-1 Malligyong-1
31 06:02:30 Vandenberg 4E Falcon-9R Starlink x 52
CZERWIEC 2023
04 12:20 Canaveral 40 Falcon-9R Starlink V2 Mini x 22
05 15:47 KSC 39A Falcon-9R Dragon-26
07 04:10:02 Jiuquan 43/130 Lijian-1 Shiyan-24A, 24B, Xi'an Hangtou-8,
Fucheng-1,
X Shexian Pianzheng Lifang i 24 inne
09 02:35:30 Jiuquan 43/95B KZ-1A Longjiang-3
12 07:10:56 Canaveral 40 Falcon-9R Starlink x 52
12 21:35:00 Vandenberg 4E Falcon-9R [Transporter-8]
15 05:30 Taiyuan 9 CZ-2D Jilin-1 x 41
18 22:21 Canaveral 40 Falcon-9R Satria-1
20 03:18 Taiyuan 16 CZ-6 Shiyan-25
22 07:19:00 Vandenberg 4E Falcon-9R Starlink x 47
22 09:18:00 Canaveral 37B Delta-4H Orion 11 [NRO L-68]
23 15:35:10 Canaveral 40 Falcon-9R Starlink x 52
27 11:34:49 Wostocznyj 1S Sojuz-2.1b/Fregat Meteor-M nr 2-3, Awion Kaługa 650, ArcCube-01,
ASRTU-1, Achmat-1, Drużba ATYRK, KuzGTU-1,
Monitor-2, Nanozond-1, Norbi-2,
Polytech Universe 3, ResjUCube-2, SamSat-ION,
Swiatobor-1, Sirius-SINP-3U, StratoSat-TK-1,
TinySat x 6, UTMN-2, UmKA-1, Jariło nr 2,
Jariło nr 4, Vizard-meteo, Biuro 1440,
MKA MFTI, Zorkij-2M, Anochin, Czirkin,
Szeffer, Szczukin, Burdajew, Katys, Smirennyj,
Fartusznyj, ? x ?
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W zestawieniu był błąd dotyczący startu z dnia 7 kwietnia. Rakietą nośną była SQX-1, a nie Gushengxing-1. Podobny błąd był na witrynie "Loty kosmiczne".
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Są już dostępne statystyki za drugi kwartał i globalny rynek startów rakiet jest nadal zdominowany przez SpaceX i Chiny. SpaceX wystrzelił prawie 10 razy więcej masy na orbitę w drugim kwartale tego roku niż jego najbliższy konkurent, Chiny.
https://twitter.com/SciGuySpace/status/1691836079869960374