Date and time (UTC) |
Rocket |
Flight number |
Launch site |
LSP |
|
Payload (⚀ = CubeSat) |
Operator |
Orbit |
Function |
Decay (UTC) |
Outcome |
Remarks |
|
March (TBD)[6] |
VLM-1 |
|
Alcântara Space Center |
IAE/ DLR |
|
TBA |
TBA |
Low Earth |
TBA | | |
Maiden VLM flight. |
Q1 (TBD)[7] |
HLVM 3 |
|
Satish Dhawan SLP |
ISRO |
|
Gaganyaan-4 / H1 |
ISRO |
Low Earth |
Crewed spaceflight | | |
India's First crewed spaceflight. |
Q1 (TBD)[8] |
LVM3 SC |
|
Satish Dhawan SLP |
ISRO |
|
TBA |
ISRO |
Geosynchronous |
TBA | | |
Maiden flight of LVM3 SC. |
Q1 (TBD)[9] |
Falcon 9 Block 5 |
|
Cape Canaveral or Vandenberg |
SpaceX |
|
StriX × 2 |
Synspective |
Low Earth (SSO) |
Earth observation | | |
TBA |
TBA |
Low Earth (SSO) |
TBA | | |
Dedicated SmallSat Rideshare mission to sun-synchronous orbit, designated Transporter-19. |
Q1 (TBD)[10] |
Long March 2C |
|
Jiuquan SLS-2 |
CASC |
|
Macau Sciences-2A |
MUST |
Low Earth |
Space weather | | |
Macau Sciences-2B |
MUST |
Low Earth |
Space weather | | |
Q1 (TBD)[11][12] |
Vega-C |
|
Kourou ELV |
Arianespace |
|
CO2M-B (Sentinel-7B) |
ESA |
Low Earth (SSO) |
Earth observation | | |
Second satellite of the Copernicus Anthropogenic Carbon Dioxide Monitoring mission.[13] Part of the European Space Agency's Copernicus Programme. |
|
May (TBD)[14] |
Falcon Heavy |
|
Kennedy LC-39A |
SpaceX |
|
Nancy Grace Roman Space Telescope |
NASA |
Sun–Earth L2 |
Infrared astronomy | | |
Formerly known as the Wide-Field Infrared Survey Telescope (WFIRST).[15] |
|
Q2 (TBD)[9] |
Falcon 9 Block 5 |
|
Cape Canaveral or Vandenberg |
SpaceX |
|
TBA |
TBA |
Low Earth (SSO) |
TBA | | |
Dedicated SmallSat Rideshare mission to sun-synchronous orbit, designated Transporter-20. |
Mid 2027 (TBD)[16] |
SLS Block 1 |
|
Kennedy LC-39B |
NASA |
|
Artemis III |
NASA |
Selenocentric |
Crewed lunar landing | | |
TBA[17] |
Australian Space Agency |
TLI to lunar surface |
Lunar rover | | |
Second crewed Orion flight and first crewed lunar landing since Apollo 17 in 1972. |
|
August (TBD)[18] |
Falcon 9 Block 5 |
|
Cape Canaveral SLC-40 |
SpaceX |
|
COSI |
NASA |
Low Earth |
Gamma-ray astronomy | | |
Compton Spectrometer and Imager (COSI). Part of NASA's Small Explorers program. |
|
September (TBD)[19] |
Soyuz-2.1b / Fregat-M |
|
Vostochny Site 1S |
Roscosmos |
|
Luna 26 |
Roscosmos |
Selenocentric |
Lunar orbiter | | |
September (TBD)[20][21] |
Falcon 9 Block 5 |
|
Cape Canaveral SLC-40 or Kennedy LC-39A |
SpaceX |
|
NEO Surveyor |
NASA |
Sun–Earth L1 |
Infrared astronomy Near-Earth object detection | | |
Near-Earth Object Surveyor. |
Q3 (TBD)[22] |
Falcon 9 Block 5 |
|
Vandenberg SLC-4E |
SpaceX |
|
WSF-M 2 |
U.S. Space Force |
Low Earth (SSO) |
Space weather | | |
BLAZE 2 |
U.S. Space Force |
Low Earth (SSO) |
TBA | | |
USSF-178 Mission. |
|
Q4 (TBD)[23] |
Ariane 64 |
|
Kourou ELA-4 |
Arianespace |
|
TBA |
TBA |
Geosynchronous |
TBA | | |
Multi-Launch Service (MLS) #2 rideshare mission. |
Q4 (TBD)[9] |
Falcon 9 Block 5 |
|
Cape Canaveral or Vandenberg |
SpaceX |
|
TBA |
TBA |
Low Earth (SSO) |
TBA | | |
Dedicated SmallSat Rideshare mission to sun-synchronous orbit, designated Transporter-21. |
Q4 (TBD)[24][25] |
TBA |
|
TBA |
TBA |
|
ZeusX service module |
Qosmosys |
Selenocentric |
Lunar orbiter | | |
ZeusX lunar lander |
Qosmosys |
Selenocentric to lunar surface |
Lunar lander | | |
LIBER |
Qosmosys |
Selenocentric to lunar surface |
Lunar rover | | |
Lunar Integrated Bulk Extraction Rover (LIBER) will attempt to mine on the lunar surface. |
|
2027 (TBD)[26][27] |
Soyuz-2.1b / Fregat-M |
|
Plesetsk Site 43 |
RVSN RF |
|
Kosmos (GLONASS-K 21L (K1 №9)) |
VKS |
Medium Earth |
Navigation | | |
2027 (TBD)[26][27] |
Soyuz-2.1b / Fregat-M |
|
Plesetsk Site 43 |
RVSN RF |
|
Kosmos (GLONASS-K 22L (K1 №10)) |
VKS |
Medium Earth |
Navigation | | |
2027 (TBD)[26][27] |
Soyuz-2.1b / Fregat-M |
|
Plesetsk Site 43 |
RVSN RF |
|
Kosmos (GLONASS-K 23L (K1 №11)) |
VKS |
Medium Earth |
Navigation | | |
2027 (TBD)[26][27] |
Soyuz-2.1b |
|
Plesetsk Site 43 |
RVSN RF |
|
Kosmos (Razdan №3) |
VKS |
Low Earth |
TBA | | |
2027 (TBD)[26][27] |
Soyuz-2.1b / Fregat |
|
Plesetsk Site 43 |
RVSN RF |
|
Kosmos (EKS-8/Tundra 18L) |
VKS |
Molniya |
Early warning | | |
2027 (TBD)[26][27] |
Soyuz-2.1b / Fregat |
|
Plesetsk Site 43 |
RVSN RF |
|
Kosmos (EKS-9/Tundra 19L) |
VKS |
Molniya |
Early warning | | |
2027 (TBD) [26][28] |
Soyuz-2.1b / Fregat-M |
|
Plesetsk Site 43 |
RVSN RF |
|
Kosmos (GLONASS-K2 26L (K2 №5)) |
VKS |
Medium Earth |
Navigation | | |
2027 (TBD) [26][28] |
Soyuz-2.1b / Fregat-M |
|
Plesetsk Site 43 |
RVSN RF |
|
Kosmos (GLONASS-K2 27L (K2 №6)) |
VKS |
Medium Earth |
Navigation | | |
2027 (TBD) [26][28] |
Angara A5 / DM-03 |
|
Plesetsk or Vostochny |
RVSN RF |
|
Kosmos (GLONASS-V 13L (V №3)) |
VKS |
Highly elliptical |
Navigation | | |
Kosmos (GLONASS-V 14L (V №4)) |
VKS |
Highly elliptical |
Navigation | | |
2027 (TBD) [26][28] |
Angara A5 / DM-03 |
|
Plesetsk or Vostochny |
RVSN RF |
|
Kosmos (GLONASS-V 15L (V №5)) |
VKS |
Highly elliptical |
Navigation | | |
Kosmos (GLONASS-V 16L (V №6)) |
VKS |
Highly elliptical |
Navigation | | |
2027 (TBD) [26][27] |
Angara A5 / Persei |
|
Plesetsk Site 35/1 |
RVSN RF |
|
Kosmos (Sfera-S №11L) |
VKS |
Geosynchronous |
Communications | | |
2027 (TBD) [29][26][28] |
Angara A5 / Briz-M |
|
Plesetsk Site 35/1 |
RVSN RF |
|
Kosmos (Sfera-V №11L) |
VKS |
Geosynchronous |
Communications | | |
2027 (TBD)[30][31] |
Angara A5 |
|
Vostochny Site 1A |
Roscosmos |
|
NEM-1 (SPM-1) |
Roscosmos |
Low Earth (SSO) |
Space station assembly | | |
NEM-1, also known as Science Power Module 1 (SPM-1), will be the core module of the proposed Russian Orbital Service Station (ROSS). It was initially intended to be launched to the International Space Station.[32] |
2027 (TBD)[33] |
Angara A5V |
|
Vostochny Site 1A |
Roscosmos |
|
Dummy payload |
Roscosmos |
Low Earth |
Flight test | | |
First flight of the Angara-A5V variant. |
2027 (TBD)[34] |
Ariane 6 |
|
Kourou ELA-4 |
Arianespace |
|
Galileo G2G-3 |
ESA |
Medium Earth |
Navigation | | |
Galileo G2G-4 |
ESA |
Medium Earth |
Navigation | | |
2027 (TBD)[35][36] |
Ariane 64 |
|
Kourou ELA-4 |
Arianespace |
|
Optus-11 |
Optus |
Geosynchronous |
Communications | | |
2027 (TBD)[37] |
Ariane 6 |
|
Kourou ELA-4 |
Arianespace |
|
Hellas Sat 5 |
Hellas Sat |
Geosynchronous |
Communications | | |
JFY2027 (TBD)[38] |
Epsilon S |
|
Uchinoura |
JAXA |
|
Innovative Satellite Technology Demonstration-5 |
JAXA |
Low Earth |
Technology demonstration | | |
Part of JAXA's Innovative Satellite Technology Demonstration Program. |
2027 (TBD)[39] |
Falcon 9 Block 5 |
|
Cape Canaveral SLC-40 |
SpaceX |
|
Al Yah 4 |
Yahsat |
Geosynchronous |
Communications | | |
Replacement for Yahsat 1A (Al Yah 1).[40] |
2027 (TBD)[41] |
Falcon 9 Block 5 |
|
Cape Canaveral or Kennedy |
SpaceX |
|
SXM-12 |
Sirius XM |
Geosynchronous |
Communications | | |
2027 (TBD)[42] |
Falcon 9 Block 5 |
|
Cape Canaveral SLC-40 |
SpaceX |
|
GEO-KOMPSAT-3 (Chollian-3) |
KASA |
Geosynchronous |
Communications | | |
2027 (TBD)[43] |
Falcon 9 Block 5 |
|
Vandenberg SLC-4E |
SpaceX |
|
JPSS-4 |
NOAA |
Low Earth (SSO) |
Meteorology | | |
2027 (TBD)[44][45] |
Falcon 9 Block 5 |
|
Cape Canaveral or Kennedy |
SpaceX |
|
Thaicom 10 |
Thaicom |
Geosynchronous |
Communications | | |
2027 (TBD)[46] |
Falcon 9 Block 5 |
|
Vandenberg SLC-4E |
SpaceX |
|
Rivada × 24 |
Rivada Space Networks |
Low Earth (SSO) |
Communications | | |
Second of twelve launches for Rivada Space Networks' 300-satellite constellation. |
2027 (TBD)[46] |
Falcon 9 Block 5 |
|
Vandenberg SLC-4E |
SpaceX |
|
Rivada × 24 |
Rivada Space Networks |
Low Earth (SSO) |
Communications | | |
Third of twelve launches for Rivada Space Networks' 300-satellite constellation. |
2027 (TBD)[46] |
Falcon 9 Block 5 |
|
Vandenberg SLC-4E |
SpaceX |
|
Rivada × 24 |
Rivada Space Networks |
Low Earth (SSO) |
Communications | | |
Fourth of twelve launches for Rivada Space Networks' 300-satellite constellation. |
2027 (TBD)[46] |
Falcon 9 Block 5 |
|
Vandenberg SLC-4E |
SpaceX |
|
Rivada × 24 |
Rivada Space Networks |
Low Earth (SSO) |
Communications | | |
Fifth of twelve launches for Rivada Space Networks' 300-satellite constellation. |
2027 (TBD)[46] |
Falcon 9 Block 5 |
|
Vandenberg SLC-4E |
SpaceX |
|
Rivada × 24 |
Rivada Space Networks |
Low Earth (SSO) |
Communications | | |
Sixth of twelve launches for Rivada Space Networks' 300-satellite constellation. |
2027 (TBD)[46] |
Falcon 9 Block 5 |
|
Vandenberg SLC-4E |
SpaceX |
|
Rivada × 24 |
Rivada Space Networks |
Low Earth (SSO) |
Communications | | |
Seventh of twelve launches for Rivada Space Networks' 300-satellite constellation. |
2027 (TBD)[46] |
Falcon 9 Block 5 |
|
Vandenberg SLC-4E |
SpaceX |
|
Rivada × 24 |
Rivada Space Networks |
Low Earth (SSO) |
Communications | | |
Eighth of twelve launches for Rivada Space Networks' 300-satellite constellation. |
2027 (TBD)[46] |
Falcon 9 Block 5 |
|
Vandenberg SLC-4E |
SpaceX |
|
Rivada × 24 |
Rivada Space Networks |
Low Earth (SSO) |
Communications | | |
Ninth of twelve launches for Rivada Space Networks' 300-satellite constellation. |
2027 (TBD)[46] |
Falcon 9 Block 5 |
|
Vandenberg SLC-4E |
SpaceX |
|
Rivada × 24 |
Rivada Space Networks |
Low Earth (SSO) |
Communications | | |
Tenth of twelve launches for Rivada Space Networks' 300-satellite constellation. |
2027 (TBD)[46] |
Falcon 9 Block 5 |
|
Vandenberg SLC-4E |
SpaceX |
|
Rivada × 24 |
Rivada Space Networks |
Low Earth (SSO) |
Communications | | |
Eleventh of twelve launches for Rivada Space Networks' 300-satellite constellation. |
2027 (TBD)[46] |
Falcon 9 Block 5 |
|
Vandenberg SLC-4E |
SpaceX |
|
Rivada × 24 |
Rivada Space Networks |
Low Earth (SSO) |
Communications | | |
Twelfth and final launch for Rivada Space Networks' 300-satellite constellation. |
2027 (TBD)[47][48] |
Vulcan Centaur |
|
Cape Canaveral SLC-41 |
ULA |
|
GPS IIIF-01 (GPS III-11) |
U.S. Space Force |
Medium Earth |
Navigation | | |
First GPS IIIF satellite. A total of 22 GPS IIIF satellites are planned to be launched by 2034.[49] Originally planned to launch on a Falcon Heavy, GPS IIIF-01 was shifted to Vulcan when GPS III-08, intended to launch on Vulcan, was moved to the Falcon 9 in 2025. |
2027 (TBD)[50] |
Vulcan Centaur |
|
Cape Canaveral SLC-41 |
ULA |
|
GPS IIIF-02 (GPS III-12) |
U.S. Space Force |
Medium Earth |
Navigation | | |
USSF-49 Mission. |
2027 (TBD)[50] |
Vulcan Centaur |
|
Cape Canaveral SLC-41 |
ULA |
|
NG-OPIR-GEO 2 (NGG-2) |
U.S. Space Force |
Geosynchronous |
Early warning | | |
USSF-50 Mission. |
2027 (TBD)[50] |
Falcon Heavy |
|
Kennedy LC-39A |
SpaceX |
|
TBA |
U.S. Space Force |
TBA |
TBA | | |
USSF-186 Mission. |
2027 (TBD)[51][52] |
Falcon 9 Block 5 |
|
Cape Canaveral or Vandenberg |
SpaceX |
|
TSIS-2 |
NASA / LASP |
Low Earth (SSO) |
Earth observation | | |
Total and Spectral Solar Irradiance Sensor-2. Hosted on a General Atomics Orbital Test Bed (OTB) satellite platform.[53] |
2027 (TBD)[50] |
Falcon 9 Block 5 |
|
Cape Canaveral SLC-40 |
SpaceX |
|
TBA |
U.S. Space Force |
TBA |
TBA | | |
USSF-234 Mission. |
2027 (TBD)[54] |
Falcon Heavy |
|
Kennedy LC-39A |
SpaceX |
|
LDPE-5 (ROOSTER-5/GAS-T) |
USSF |
Geosynchronous |
Technology demonstration | | |
Tetra-6 |
USSF |
Geosynchronous |
Technology demonstration | | |
USSF-70 Mission. |
2027 (TBD)[50] |
Falcon Heavy |
|
Kennedy LC-39A |
SpaceX |
|
TBA |
U.S. Space Force |
TBA |
TBA | | |
USSF-174 Mission. |
2027 (TBD)[50] |
Falcon 9 Block 5 |
|
Vandenberg SLC-4E |
SpaceX |
|
TBA |
NRO |
TBA |
TBA | | |
NROL-96 Mission. |
2027 (TBD)[50] |
Falcon Heavy |
|
Kennedy LC-39A |
SpaceX |
|
TBA |
NRO |
TBA |
TBA | | |
NROL-97 Mission. First NRO launch on a Falcon Heavy. |
2027 (TBD)[50] |
Falcon 9 Block 5 |
|
Vandenberg SLC-4E |
SpaceX |
|
TBA |
NRO |
TBA |
TBA | | |
NROL-157 Mission. |
2027 (TBD)[1] |
Falcon Heavy |
|
Kennedy LC-39A |
SpaceX |
|
Power and Propulsion Element (PPE) |
NASA |
Selenocentric (NRHO) |
Lunar Gateway component | | |
Habitation and Logistics Outpost (HALO) |
NASA |
Selenocentric (NRHO) |
Lunar Gateway component | | |
First launch of Falcon Heavy with an extended payload fairing. First two Lunar Gateway modules.[55] |
2027 (TBD) [56] |
GSLV Mk II |
|
Satish Dhawan SLP |
ISRO |
|
NVS-05 (IRNSS-1N) |
ISRO |
Geosynchronous |
Navigation | | |
Next generation NaVic satellite. |
JFY2027 (TBD)[38] |
H3 |
|
Tanegashima LA-Y2 |
MHI |
|
IGS-Optical 9 |
CSICE |
Low Earth (SSO) |
Reconnaissance | | |
JFY2027 (TBD)[38] |
H3 |
|
Tanegashima LA-Y2 |
MHI |
|
IGS-Optical Diversification 2 |
CSICE |
Low Earth (SSO) |
Reconnaissance | | |
2027 (TBD)[57] |
Long March 2C |
|
Taiyuan LC-9 |
CASC |
|
HaiYang 1F[58][59] |
Ministry of Natural Resources |
Low Earth (SSO) |
Earth observation | | |
2027 (TBD)[57] |
Long March 4B |
|
Jiuquan SLS-2 |
CASC |
|
HaiYang 2G[60][61] |
Ministry of Natural Resources |
Low Earth |
Earth observation | | |
2027 (TBD)[57] |
Long March 4B |
|
Taiyuan LC-9 |
CASC |
|
HaiYang 2H[62] |
Ministry of Natural Resources |
Low Earth (SSO) |
Earth observation | | |
2027 (TBD)[57] |
Long March 4B |
|
Jiuquan SLS-2 |
CASC |
|
HaiYang 2L[61] |
Ministry of Natural Resources |
Low Earth |
Earth observation | | |
Ocean Wind and Wave Observation Satellite. |
2027 (TBD)[10] |
Long March 3B/E |
|
Xichang |
CASC |
|
BeiDou-4 M1 Prototype |
CNSA |
Medium Earth |
Navigation | | |
2027 (TBD)[10] |
Long March 3B/E |
|
Xichang |
CASC |
|
BeiDou-4 G1 Prototype |
CNSA |
Geosynchronous |
Navigation | | |
2027 (TBD)[10] |
Long March 3B/E |
|
Xichang |
CASC |
|
BeiDou-4 IGSO1 Prototype |
CNSA |
IGSO |
Navigation | | |
2027 (TBD)[10] |
Long March 3B/E |
|
Xichang |
CASC |
|
ChinaSat 27 |
China Satcom |
Geosynchronous |
Communications | | |
2027 (TBD)[63] |
Long March 3B |
|
Xichang |
CASC |
|
Asteroid impactor |
CNSA |
Heliocentric |
Asteroid redirect test | | |
Asteroid orbiter |
CNSA |
Heliocentric |
Asteroid flyby | | |
Planetary defense mission, targeting 2015 XF261 (previously targeting 2019 VL5). |
2027 (TBD)[10] |
Long March 3B/E |
|
Xichang |
CASC |
|
Fengyun 4D |
CMA |
Geosynchronous |
Meteorology | | |
2027 (TBD)[10] |
Long March 4C |
|
Taiyuan LC-9 |
CASC |
|
Fengyun 3J |
CMA |
Low Earth |
Meteorology | | |
2027 (TBD)[10] |
Long March 5 |
|
Wenchang LC-1 |
CASC |
|
Fengyun 5B |
CMA |
Geosynchronous |
Meteorology | | |
2027 (TBD)[10] |
Long March 5 |
|
Wenchang LC-1 |
CASC |
|
SPORT |
CNSA |
Low Earth (SSO) |
Solar observatory | | |
2027 (TBD)[4][64] |
Long March 7 |
|
Wenchang LC-2 |
CASC |
|
eXTP |
CAS |
Low Earth |
X-ray astronomy | | |
Chinese-led X-ray astronomy collaboration between the Chinese Academy of Sciences and multiple European institutions.[64] |
2027 (TBD)[65] |
Long March 10 |
|
Wenchang LC-3 |
CASC |
|
 |
CNSA |
Low Earth |
Flight test | | |
First flight of China's triple-core crew launch vehicle for Moon missions. Previously known as the 921 rocket or the Long March 5 Dengyue.[66] |
2027 (TBD)[67] |
Nuri (KSLV-II) |
|
Naro LC-2 |
KARI |
|
TBA |
TBA |
Low Earth (SSO) |
TBA | | |
Sixth planned launch of Nuri, and the final launch in the extended testing and verification phase for the launch vehicle. |
2027 (TBD)[68] |
PSLV-XL |
|
Satish Dhawan |
ISRO |
|
HRSAT-1A |
ISRO |
Low Earth |
Earth observation | | |
HRSAT-1B |
ISRO |
Low Earth |
Earth observation | | |
HRSAT-1C |
ISRO |
Low Earth |
Earth observation | | |
2027 (TBD)[56][69] |
PSLV-XL |
|
Satish Dhawan |
ISRO |
|
Cartosat-3B |
ISRO |
Low Earth (SSO) |
Earth observation | | |
2027 (TBD)[70] |
PSLV |
|
Satish Dhawan |
ISRO |
|
Resourcesat-3B |
ISRO |
Low Earth (SSO) |
Earth observation | | |
2027 (TBD)[70] |
PSLV |
|
Satish Dhawan |
ISRO |
|
Resourcesat-3SA |
ISRO |
Low Earth (SSO) |
Earth observation | | |
2027 (TBD)[71] |
Soyuz-2.1a / Fregat |
|
Baikonur |
Roscosmos |
|
Rezonans-MKA |
Roscosmos |
Tundra |
Magnetospheric research | | |
2027 (TBD)[72] |
Soyuz-2.1b / Fregat |
|
Baikonur |
Roscosmos |
|
Arktika-M №5[73] |
Roscosmos |
Molniya |
Meteorology | | |
2027 (TBD)[74][75] |
Starship |
|
TBA |
SpaceX |
|
Superbird-9 |
SKY Perfect JSAT |
Geosynchronous |
Communications | | |
2027 (TBD)[76] |
Vega-C |
|
Kourou ELV |
Arianespace |
|
FORUM |
ESA |
Low Earth (SSO) |
Earth observation | | |
Ninth Earth Explorer mission for ESA's Living Planet Programme. FORUM will fly in a loose sun-synchronous tandem formation with MetOp-SG A1.[76] |
2027 (TBD)[23] |
Vega-C |
|
Kourou ELV |
Arianespace |
|
TBA |
TBA |
Low Earth |
TBA | | |
Small Satellites Mission Service (SSMS) #17 rideshare mission. |
2027 (TBD)[77] |
Vega-E |
|
Kourou ELV |
Arianespace |
|
TBA |
ESA |
Low Earth |
Flight test | | |
First flight of Vega-E. |
2027[78] (TBD) |
Vega-C |
|
Kourou ELV |
Arianespace |
|
Space Rider |
ESA |
Low Earth |
Flight test | | |
First test flight of ESA's Space Rider uncrewed spaceplane. |
2027 (TBD)[79] |
Vulcan Centaur |
|
Cape Canaveral SLC-41 |
ULA |
|
DRACO Demo |
DARPA |
Low Earth |
Technology demonstration | | |
USSF-25 mission.[80] Demonstration Rocket for Agile Cislunar Operations (DRACO) is a DARPA program to demonstrate a working nuclear thermal rocket in space. |
2027 (TBD)[81] |
ŞİMŞEK-1 |
|
İğneada Space Centre |
Roketsan |
|
 |
Turkish Space Agency |
Low Earth |
Flight test | | |
Maiden flight of ŞİMŞEK-1. |
2027 (TBD)[82] |
TBA |
|
TBA |
Roscosmos |
|
Bion-M No.3 |
Roscosmos |
Low Earth |
Biological science | | |
2027 (TBD)[83] |
Alpha |
|
MARS LP-0A |
Firefly Aerospace |
|
INCUS × 3 |
NASA |
Low Earth (SSO) |
Meteorology | | |
NASA Earth Venture Mission-3 (EVM-3). |
2027 (TBD)[84] |
TBA |
|
Cape Canaveral |
TBA |
|
MUSE |
NASA |
Low Earth |
Solar observatory | | |
2027 (TBD)[85][86] |
TBA |
|
TBA |
TBA |
|
Oracle |
AFRL Space Vehicles Directorate |
Earth–Moon L1 |
Space domain awareness | | |
Cislunar Highway Patrol System (CHPS). |
2027 (TBD)[87] |
TBA |
|
TBA |
TBA |
|
Payload Power Thermal Module (PPTM)[88] |
Axiom Space |
Low Earth (ISS) |
Axiom Station component | | |
First Axiom Station module. PPTM will be docked to the ISS until the launch of Habitat One (Hab-1), after which it will separate from the ISS and dock with Hab-1 to operate as an independent space station. |
2027 (TBD)[89] |
TBA |
|
TBA |
TBA |
|
COMSATBw 3 |
Bundeswehr |
Geosynchronous |
Military Communication | | |
2027 (TBD)[89] |
TBA |
|
TBA |
TBA |
|
COMSATBw 4 |
Bundeswehr |
Geosynchronous |
Military Communication | | |
2027 (TBD)[90] |
TBA |
|
TBA |
TBA |
|
Thor 8 |
Space Norway |
Geosynchronous |
Communications | | |
2027 (TBD)[91] |
TBA |
|
TBA |
TBA |
|
JSAT-31 |
SKY Perfect JSAT |
Geosynchronous |
Communications | | |
2027 (TBD)[92] |
TBA |
|
TBA |
TBA |
|
JSAT-32 |
SKY Perfect JSAT |
Geosynchronous |
Communications | | |
2027 (TBD)[93] |
TBA[94] |
|
Cape Canaveral |
TBA |
|
GSSAP-9[95] |
United States Space Force |
Geosynchronous |
Space surveillance | | |
GSSAP-10[95] |
United States Space Force |
Geosynchronous |
Space surveillance | | |
2027 (TBD)[96][97] |
TBA |
|
TBA |
TBA |
|
Astra 1Q / SES-25 |
SES |
Geosynchronous |
Communications | | |
2027 (TBD)[96] |
TBA |
|
TBA |
TBA |
|
SES-26 |
SES |
Geosynchronous |
Communications | | |
Replacement for NSS-12.[98] |