Date and time (UTC)
|
Rocket
|
Flight number
|
Launch site
|
LSP
|
|
Payload (⚀ = CubeSat)
|
Operator
|
Orbit
|
Function
|
Decay (UTC)
|
Outcome
|
Remarks
|
March
|
29 March [4]
|
LVM3
|
|
Satish Dhawan SLP
|
ISRO
|
|
Venus Orbiter Mission (Shukrayaan)
|
ISRO
|
Cytherocentric
|
Venus orbiter |
|
|
Q1 (TBD)[5][6]
|
H3
|
|
Tanegashima LA-Y2
|
MHI
|
|
MBR Explorer
|
UAESA
|
Heliocentric
|
Asteroid flyby and landing |
|
|
Emirates Mission to the Asteroid Belt (EMA).
|
April
|
April (TBD)[7]
|
TBA
|
|
TBA
|
TBA
|
|
Ramses
|
ESA
|
Heliocentric
|
Asteroid flyby |
|
|
Flyby of 99942 Apophis.
|
June
|
Q2 (TBD)[8]
|
Vega-C
|
|
Kourou ELV
|
Arianespace
|
|
TBA
|
TBA
|
Low Earth
|
TBA |
|
|
Small Satellites Mission Service (SSMS) #18 rideshare mission.
|
July
|
July (TBD)[1]
|
Commercial launch vehicle
|
|
TBA
|
TBA
|
|
Dragonfly
|
NASA
|
Heliocentric (to Saturn)
|
Exploration of Titan |
|
|
Rotorcraft probe to fly in the atmosphere of Saturn's moon Titan.
|
July (TBD)[11]
|
Epsilon S
|
|
Uchinoura
|
JAXA
|
|
Solar-C EUVST
|
JAXA
|
Low Earth (SSO)
|
Heliophysics |
|
|
Extreme Ultraviolet High-Throughput Spectroscopic Telescope Epsilon Mission.[9][10]
|
August
|
August (TBD)[12]
|
TBA
|
|
TBA
|
TBA
|
|
SAOCOM-2A
|
CONAE
|
Low Earth (SSO)
|
Earth observation |
|
|
September
|
September (TBD)[15]
|
SLS Block 1B
|
|
Kennedy LC-39B
|
NASA
|
|
Artemis 4
|
NASA
|
Selenocentric (NRHO)
|
Crewed Gateway expedition Crewed lunar landing |
|
|
International Habitation Module (I-HAB)
|
ESA
|
Selenocentric (NRHO)
|
Lunar Gateway component |
|
|
Third crewed Orion flight, second Artemis lunar landing, and first lunar landing with 4 crew members.[13] First launch of the SLS Block 1B variant with the Exploration Upper Stage. Delivery of I-HAB to the Lunar Gateway.[14]
|
Q3 (TBD)[8]
|
Ariane 64
|
|
Kourou ELA-4
|
Arianespace
|
|
TBA
|
TBA
|
Geosynchronous
|
TBA |
|
|
Multi-Launch Service (MLS) #3 rideshare mission.
|
October
|
October (TBD)[17]
|
TBA
|
|
Kennedy
|
TBA
|
|
TBA
|
ESA
|
TMI to Martian surface
|
Mars lander |
|
|
Rosalind Franklin
|
ESA
|
TMI to Martian surface
|
Mars rover |
|
|
ExoMars mission. Delayed and retooled due to the suspension of ESA–Russia cooperation on ExoMars.[16]
|
December
|
December (TBD) [18][19]
|
Amur / Fregat-M
|
|
Vostochny Site 2A
|
Roscosmos
|
|
GVM-M
|
Roscosmos
|
Low Earth
|
Mass simulator |
|
|
Sfera × ?[20]
|
Roscosmos
|
Low Earth
|
Communications |
|
|
Maiden flight of Amur (Soyuz-7), a partially reusable methane-powered launch vehicle.
|
Q4 (TBD)[21][22]
|
Falcon 9 Block 5
|
|
TBA
|
SpaceX
|
|
GRACE-C1
|
NASA / DLR
|
Low Earth (Polar)
|
Gravimetry |
|
|
GRACE-C2
|
NASA / DLR
|
Low Earth (Polar)
|
Gravimetry |
|
|
Gravity Recovery And Climate Experiment-Continuity (GRACE-C).
|
Q4 (TBD)[23][24]
|
Vega-C
|
|
Kourou ELV
|
Arianespace
|
|
CRISTAL (Sentinel-9)
|
ESA
|
Low Earth (Polar)
|
Earth observation |
|
|
Part of the European Space Agency's Copernicus Programme.
|
Q4 (TBD)[8]
|
Vega-C
|
|
Kourou ELV
|
Arianespace
|
|
TBA
|
TBA
|
Low Earth
|
TBA |
|
|
SSMS #19 rideshare mission.
|
To be determined
|
2028 (TBD)[25]
|
Angara A5
|
|
Vostochny Site 1A
|
Roscosmos
|
|
Luna 27
|
Roscosmos
|
TLI to lunar surface
|
Lunar lander |
|
|
Third mission of Luna-Glob Programme.
|
2028 (TBD)[26][27]
|
Angara A5
|
|
Vostochny Site 1A
|
Roscosmos
|
|
Orel
|
Roscosmos
|
Low Earth
|
Flight test |
|
|
First uncrewed test flight of Russia's new crewed spacecraft, Orel. First launch of Angara A5 from Vostochny.
|
2028 (TBD)[26][29]
|
Angara A5P
|
|
Vostochny Site 1A
|
Roscosmos
|
|
Orel
|
Roscosmos
|
Low Earth (ISS)
|
Flight test |
|
|
First flight of the Angara A5P, a crew-rated variant of the Angara A5.[28] An uncrewed Orel capsule will be sent to the International Space Station to test docking procedures.
|
2028 (TBD)[26][30][28]
|
Angara A5P
|
|
Vostochny Site 1A
|
Roscosmos
|
|
Orel
|
Roscosmos
|
Low Earth (ISS)
|
Crewed flight test |
|
|
Crewed flight test of the Orel capsule to the International Space Station.
|
2028 (TBD)[31][32]
|
Ariane 62 or Vega-C[33]
|
|
Kourou ELA-4 or ELV
|
Arianespace
|
|
ROSE-L (Sentinel-12)
|
ESA
|
Low Earth (Polar)
|
Earth observation |
|
|
Part of the European Space Agency's Copernicus Programme.
|
2028 (TBD)[34][35]
|
Epsilon S
|
|
Uchinoura
|
JAXA
|
|
JASMINE
|
JAXA / NAOJ
|
Low Earth (SSO)
|
Astrometric observatory |
|
|
2028 (TBD)[37]
|
Falcon 9 Block 5
|
|
Cape Canaveral SLC-40
|
SpaceX
|
|
Al Yah 5
|
Yahsat
|
Geosynchronous
|
Communications |
|
|
Replacement for Yahsat 1B (Al Yah 2).[36]
|
2028 (TBD)[15][38]
|
Falcon Heavy
|
|
Kennedy LC-39A
|
SpaceX
|
|
SpaceX GLS-1
|
SpaceX / NASA
|
Selenocentric (NRHO)
|
Gateway logistics |
|
|
First Lunar Gateway resupply mission, using the Dragon XL logistics module.
|
JFY 2028 (TBD)[39]
|
H3
|
|
Tanegashima LA-Y2
|
JAXA
|
|
DESTINY+
|
JAXA
|
Heliocentric
|
Asteroid flyby |
|
|
Aims to conduct a flyby of 3200 Phaethon in 2030.
|
2028 (TBD)[40]
|
H3
|
|
Tanegashima LA-Y2
|
MHI
|
|
Himawari 10
|
JMA
|
Geosynchronous
|
Meteorology |
|
|
2028 (TBD)[41]
|
H3
|
|
Tanegashima LA-Y2
|
MHI
|
|
LUPEX
|
JAXA / ISRO
|
TLI to lunar surface
|
Lunar lander |
|
|
Lunar Polar Exploration (LUPEX) mission. Known as Chandrayaan-5 in India.
|
2028 (TBD)[42]
|
Long March 5
|
|
Wenchang LC-1
|
CASC
|
|
Chang'e 8
|
CNSA
|
Selenocentric to lunar surface
|
Lunar lander ISRU demonstration |
|
|
2028 (TBD)[2]
|
LVM3
|
|
Satish Dhawan SLP
|
ISRO
|
|
Bharatiya Antariksha Station-B1
|
ISRO
|
Low Earth
|
Space station module |
|
|
First module for ISRO's Bharatiya Antariksha space station.
|
2028 (TBD)[43]
|
HLVM 3
|
|
Satish Dhawan SLP
|
ISRO
|
|
Gaganyaan-7 / G5
|
ISRO
|
Low Earth (BAS)
|
Resupply Spacecraft |
|
|
India's first resupply mission to BAS.
|
2028 (TBD)[44]
|
Long March 4B
|
|
Taiyuan LC-9
|
CASC
|
|
CBERS 6
|
CASC / INPE
|
Low Earth (SSO)
|
Earth observation |
|
|
2028 (TBD)[45]
|
LVM3 SC
|
|
Satish Dhawan SLP
|
ISRO
|
|
Chandrayaan-4 ascent module
|
ISRO
|
TLI to lunar surface
|
Space rendezvous |
|
|
Chandrayaan-4 descend module
|
ISRO
|
TLI to lunar surface
|
Lunar lander |
|
|
Chandrayaan-4 ascender and lander.
|
2028 (TBD)[45]
|
LVM3 SC
|
|
Satish Dhawan SLP
|
ISRO
|
|
Chandrayaan-4 propulsion module
|
ISRO
|
Selenocentric
|
Lunar sample-return |
|
|
Chandrayaan-4 transfer module
|
ISRO
|
Selenocentric
|
Space rendezvous |
|
|
Chandrayaan-4 reentry module
|
ISRO
|
Selenocentric
|
Lunar sample-return |
|
|
Chandrayaan-4 reentry and transfer modules.
|
2028 (TBD)[46]
|
Soyuz-2.1a / Fregat
|
|
Vostochny Site 1S
|
Roscosmos
|
|
RBKA №1
|
Roscosmos / Belarus
|
Low Earth
|
Earth observation |
|
|
RBKA will follow in the footsteps of BKA (Belarusian Satellite) launched along with Kanopus-V 1 and several other satellites in July 2012.
|
2028 (TBD)[47]
|
Starship
|
|
TBA
|
SpaceX
|
|
Starlab
|
Starlab Space
|
Low Earth
|
Space station |
|
|
Starlab Space is a joint venture between Voyager Space (Nanoracks) and Airbus.
|
2028 (TBD)[48]
|
Vega-C
|
|
Kourou ELV
|
Arianespace
|
|
MERLIN
|
CNES / DLR
|
Low Earth (SSO)
|
Earth observation of atmospheric methane |
|
|
2028 (TBD)[23]
|
Vega-C[49]
|
|
Kourou ELV
|
Arianespace
|
|
Sentinel-3D[50]
|
ESA
|
Low Earth (SSO)
|
Earth observation |
|
|
Fourth Sentinel-3 satellite.
|
2028 (TBD)[51][52]
|
TBA
|
|
Baikonur or Vostochny
|
Roscosmos
|
|
Ekspress-40
|
RSCC
|
Geosynchronous
|
Communications |
|
|
Replacement for Ekspress-AM7 at 40° East.
|
2028 (TBD) [53]
|
TBA
|
|
Cape Canaveral
|
TBA
|
|
HelioSwarm Hub
|
NASA
|
Low Earth
|
Research |
|
|
HelioSwarm Node × 8
|
NASA
|
Low Earth
|
Research |
|
|
2028 (TBD)[54]
|
TBA
|
|
TBA
|
TBA
|
|
Genesis
|
ESA
|
Low Earth
|
Satellite geodesy |
|
|
Aims to greatly improve the International Terrestrial Reference Frame.
|
2028 (TBD)[55]
|
Commercial launch vehicle
|
|
Cape Canaveral or Kennedy[56]
|
TBA
|
|
Sample Retrieval Lander
|
NASA / ESA
|
TMI to Martian surface
|
Mars sample-return |
|
|
Mars Ascent Vehicle
|
NASA
|
Martian surface to TMI
|
Mars sample-return |
|
|
TBA
|
NASA
|
TMI to Martian surface
|
Mars aircraft |
|
TBA
|
NASA
|
TMI to Martian surface
|
Mars aircraft |
|
First lander component of the NASA–ESA Mars sample-return mission. It will carry NASA's Mars Ascent Vehicle and two sample recovery Ingenuity class helicopters.
|