2019 in spaceflight

This article documents notable spaceflight events during the year 2019.

2019 in spaceflight
Highlights from spaceflight in 2019[lower-alpha 1]
Orbital launches
First10 January
Last27 December
Total102
Successes97
Failures5
Catalogued97
National firsts
Satellite
Space traveller
Rockets
Maiden flights
Retirements
Crewed flights
Orbital3
Suborbital1 (private)
Total travellers12 (3 suborbital)
EVAs11

Overview

Lunar exploration

The Chinese probe Chang'e 4 made the humanity's first soft landing on the far side of the Moon on 3 January and released its Yutu 2 rover to explore the lunar surface on the far side for the first time in human history.

The first panorama from the far side of the Moon, captured by Chang'e 4 lander

Israel's SpaceIL, one of the participants in the expired Google Lunar X Prize[1] launched the first private mission to the Moon in February. The Beresheet lander from SpaceIL made the landing attempt in April, but crashed onto the Moon.[2] India launched the delayed Chandrayaan-2 lunar orbiter/lander/rover in July; the orbiter reached lunar orbit by September, but the Vikram lander crashed into the lunar surface.[3]

Exploration of the Solar System

The probe New Horizons encountered the Kuiper belt object 486958 Arrokoth on 1 January. This is the farthest object from the Sun ever to have a close encounter with a spacecraft.[4] The Japanese asteroid exploration mission Hayabusa2 made a second touchdown with 162173 Ryugu to collect samples,[5] and departed for Earth on 12 November.[6] NASA declared the Mars rover Opportunity's mission over on 13 February.[7] The InSight lander observed the first recorded Marsquake in April.[8]

Human spaceflight

The first Commercial Crew Development test missions flew this year, aiming to restore United States human spaceflight capability following Space Shuttle retirement in 2011. In an uncrewed test flight, SpaceX SpaceX Dragon 2 successfully flew on a Falcon 9 to the International Space Station on 3 March 2019; the crewed mission was delayed when the recovered capsule exploded during testing on 20 April.[9] Boeing's CST-100 Starliner launched a similar uncrewed test flight on an Atlas V on 20 December, but an anomaly during launch meant that it could not reach the ISS and had to land only 2 days later.[10]

Rocket innovation

At the beginning of the year, around 100 small satellite launchers were in active use, in development, or were recently cancelled or stalled.[11] Three Chinese manufacturers launched their first orbital rocket in 2019: The maiden flight of OS-M1 in March failed to reach orbit,[12] the maiden flights of Hyperbola-1 in July[13] and of Jielong 1 in August[14] were successful. The PSLV-DL and PSLV-QL variants of the Indian PSLV first flew in January and April respectively.

SpaceX began testing of the SpaceX Starship in 2019, with an uncrewed prototype "Starhopper" flying 150m in the air in a suborbital test flight on 27 August.[15] The heavy-lift Long March 5 made its return to flight in December, more than two years after the July 2017 launch failure that grounded the vehicle and forced an engine redesign.[16]

The "single stick" Delta IV was retired in August,[17] and the analog-controlled Soyuz-FG was retired in September.[18] Due to Ukraine banning control system exports to Russia, Rokot was retired after a final flight in December.[19]

Orbital launches

Date and time (UTC) Rocket Flight number Launch site LSP
Payload
(⚀ = CubeSat)
Operator Orbit Function Decay (UTC) Outcome
Remarks

January

10 January
17:05[20]
Long March 3B/E 3B-Y56[21] Xichang LC-2 CASC
Chinasat 2D CNSA Geosynchronous CommunicationsIn orbitOperational
11 January
15:31[22]
Falcon 9 Block 5 F9-067 Vandenberg SLC-4E SpaceX
Iridium NEXT 66-75 Iridium Low Earth CommunicationsIn orbitOperational
15 January[23][24] Simorgh Semnan LP-2 ISA
Payam-e Amirkabir / AUTSAT 1[25] Amirkabir University of Technology Low Earth Earth observation15 JanuaryLaunch failure
Third stage malfunctioned, satellite failed to reach orbit.[23]
18 January
00:50:20[26]
Epsilon Uchinoura JAXA
RAPIS-1 JAXA Low Earth (SSO) Technology demonstrationIn orbitOperational
ALE-1 Astro Live Experiences Low Earth (SSO) Artificial meteor showerIn orbitOperational
Hodoyoshi-2 (RISESAT) Tohoku University Low Earth (SSO) Earth observationIn orbitOperational
MicroDragon[27] VNSC Low Earth (SSO) Technology demonstrationIn orbitOperational
/ AOBA-VELOX 4 Nanyang Technological University, Kyutech Low Earth (SSO) Technology demonstrationIn orbitOperational
NEXUS Nihon University Low Earth (SSO) Amateur radioIn orbitOperational
OrigamiSat-1 Tokyo Institute of Technology Low Earth (SSO) Technology demonstrationIn orbitOperational
Launch of the Innovative Satellite Technology Demonstration-1 mission.
19 January
19:05[28]
Delta IV Heavy D-382 Vandenberg SLC-6 ULA
NROL-71 / Kennen (USA-290) NRO Low Earth ReconnaissanceIn orbitOperational
21 January
05:42[29]
Long March 11 Y6[30] Jiuquan SLS-2 CASC
Jilin-1 Hyperspectral-01 (Jilin Lincao 1)[32] Chang Guang Satellite Technology Low Earth Earth observationIn orbitOperational
Jilin-1 Hyperspectral-02 (Wenchang Chaosun 1) Chang Guang Satellite Technology Low Earth Earth observationIn orbitOperational
Xiaoxiang 1-03[34] Tianyi Research Institute Low Earth Technology demonstrationIn orbitOperational
Lingque 1A[36] Beijing ZeroG Technology Low Earth Earth observationIn orbitOperational
24 January
18:07[37]
PSLV-DL C44[38] Satish Dhawan FLP ISRO
Microsat-R DRDO Low Earth Earth observation
ASAT target
27 MarchDestroyed[39]
Kalamsat[38] Space Kidz India[40] Low Earth HAM Radio[40]In orbitOperational
Maiden flight of PSLV-DL. Microsat-R served as target for Indian ASAT experiment on 27 March 2019.

February

5 February[41][42] Safir-1B[43] Semnan LP-1 ISA
Dousti Sharif University of Technology Low Earth Communications, Remote sensing5 FebruaryLaunch failure[44][45]
5 February
21:01[46]
Ariane 5 ECA VA247 Kourou ELA-3 Arianespace
Hellas Sat 4 / SaudiGeoSat-1 Hellas-Sat / ArabSat Geosynchronous CommunicationsIn orbitOperational
GSAT-31[47] ISRO Geosynchronous CommunicationsIn orbitOperational
21 February
16:47[48]
Soyuz-2.1b / Fregat-M Baikonur Site 31/6 Roscosmos
EgyptSat A NARSS Low Earth Earth observationIn orbitOperational
Third stage anomaly but achieved orbit in contingency mode
22 February
01:45[49]
Falcon 9 Block 5 F9-068 Cape Canaveral SLC-40 SpaceX
Nusantara Satu PSN Geosynchronous CommunicationsIn orbitOperational
Beresheet[50][51] SpaceIL Moon transfer Lunar lander11 AprilLanding failure
S5[53] AFRL Geosynchronous Technology demonstrationIn orbitOperational
Beresheet raised its orbit towards the moon from a supersynchronous transfer orbit with 60,000 km apogee.[54]
27 February
21:37[55]
Soyuz ST-B / Fregat-M VS21 Kourou ELS Arianespace
OneWeb × 6 OneWeb Low Earth CommunicationsIn orbitOperational
First flight for OneWeb satellite constellation. Kourou flight 1.

March

2 March
07:49:03[56]
Falcon 9 Block 5 F9-069 Kennedy LC-39A SpaceX
SpX-DM1 SpaceX / NASA Low Earth (ISS) Flight test / ISS logistics8 MarchSuccessful
Crew Dragon Demo 1: Test of the SpaceX Dragon 2 as part of Commercial Crew Development program.
9 March
17:28[57]
Long March 3B/E 3B-Y54[21] Xichang LC-2 CASC
Chinasat 6C (Zhongxing 6C)[58] China Satcom Geosynchronous CommunicationsIn orbitOperational
300th launch of the Long March rocket family.[59]
14 March
19:14:09[60]
Soyuz-FG Baikonur Site 1/5 Roscosmos
Soyuz MS-12 / 58S Roscosmos Low Earth (ISS) Expedition 59/603 October
10:59
Successful
Crewed flight with three cosmonauts.
16 March
00:26[61]
Delta IV M+(5,4) D-383 Cape Canaveral SLC-37B ULA
WGS-10 (USA-291) U.S. Air Force Geosynchronous CommunicationsIn orbitOperational
Last flight of Delta IV M+ (5,4) variant[62]
22 March
01:50:35[63]
Vega VV14 Kourou ELV Arianespace
PRISMA Italian Space Agency Low Earth (SSO) Earth observationIn orbitOperational
600th satellite orbited by Arianespace[63]
27 March
09:39[64]
OS-M1 Jiuquan SLS-2 OneSpace
Lingque 1B Beijing ZeroG Technology Low Earth Earth observation27 MarchLaunch failure
Maiden flight of OS-M1 rocket.
28 March
23:27[65]
Electron "Two Thumbs Up" Mahia LC-1A Rocket Lab
R3D2[67] DARPA Low Earth Technology demonstrationIn orbitOperational
31 March
15:50[68]
Long March 3B/E 3B-Y44[69] Xichang LC-2 CASC
Tianlian 2-01 CNSA Geosynchronous Communications (tracking and relay)In orbitOperational

April

1 April
03:57[70]
PSLV-QL C45[38] Satish Dhawan SLP ISRO
EMISAT ISRO Low Earth ELINT[71]In orbitOperational
Lemur-2 × 4 Spire Global Low Earth Earth observationIn orbitOperational
BlueWalker 1[73] AST and Science Low Earth Test flightIn orbitOperational
M6P SpaceWorks Orbital / Lacuna Space Low Earth CommunicationsIn orbitOperational
Flock-4a × 20[75] Planet Labs Low Earth Earth observationIn orbitOperational
Aistechsat-3 GomSpace Low Earth Communications, Traffic monitoringIn orbitOperational
Astrocast 0.2 Astrocast SA Low Earth CommunicationsIn orbitOperational
Maiden flight of PSLV-QL
4 April
11:01:35[76]
Soyuz-2.1a Baikonur Site 31/6 Roscosmos
Progress MS-11 / 72P Roscosmos Low Earth (ISS) ISS logistics29 JulySuccessful
4 April
17:03[77]
Soyuz ST-B / Fregat-MT VS22 Kourou ELS Arianespace
O3b × 4 (FM17–FM20) SES S.A. Medium Earth CommunicationsIn orbitOperational
11 April
22:35[78]
Falcon Heavy FH-002 Kennedy LC-39A SpaceX
Arabsat-6A[79] ArabSat Geosynchronous CommunicationsIn orbitOperational
17 April
20:46[80]
Antares 230 MARS LP-0A Northrop Grumman
Cygnus NG-11
S.S. Roger Chaffee
NASA Low Earth (ISS) ISS logistics6 DecemberSuccessful
SASSI2 University of Illinois / Purdue University Low Earth Technology demonstration / Education28 April[81]Spacecraft failure[82]
ThinSat × 60 Virginia Space Low Earth Technology demonstration / Educational28 April[81]Successful (49/60 ThinSats)[83]
EntrySat ISAE-SUPAERO / ONERA Low Earth Technology demonstrationIn orbitOperational
IOD-1 GEMS Orbital Micro Systems Low Earth Technology demonstrationIn orbitOperational
KRAKsat AGH University of Science and Technology / Jagiellonian University Low Earth Technology demonstrationIn orbitOperational
Swiatowid SatRevolution Low Earth Technology demonstration / Earth observationIn orbitOperational
Virginia Cubesat Constellation × 3 Virginia Space Grant Consortium Low Earth Technology demonstrationIn orbitOperational
Uguisu KyuTech Low Earth Technology demonstrationIn orbitOperational
Raavana 1 ACCIMT Low Earth Technology demonstrationIn orbitOperational
NepaliSat-1 KyuTech / NAST Low Earth Technology demonstrationIn orbitOperational
SpooQy-1 NUS / SSTA Low Earth Technology demonstrationIn orbitOperational
AeroCube-10 × 2 Aerospace Low Earth Technology demonstrationIn orbitOperational
Seeker NASA Low Earth Technology demonstrationIn orbitSuccessful
SASSI2 and the 60 ThinSats were secondary payloads carried aboard the Antares upper stage booster.[84] EntrySat, IOD-1, KRAKsat, Swiatowid, Virginia Cubesat Constellation, Uguisu, Raavana 1, NepaliSat-1, and SpooQy-1 were carried in Cygnus and later deployed from the ISS. The AeroCubes and Seeker were carried in the unpressurized compartment of Cygnus, and deployed from Cygnus after its departure from the ISS. Uguisu, Raavana 1, NepaliSat-1, and SpooQy-1 were deployed into orbit from the ISS on 17 June 2019. IOD-1 GEMS, KRAKsat, Swiatowid, EntrySat, and three Virginia Cubesat Constellation satellites were deployed into orbit on 3 July 2019. NepaliSat-1 is the first Nepalese satellite and Raavana 1 is the first Sri Lankan satellite. On the departure of Cygnus NG-11 from the ISS, SlingShot Deployer—carrying Quantum Radar, NARSSCube-2, RFTSat, and ORCA—was placed on its hatch bulkhead.[85] Those CubeSats and also AeroCube-10 were deployed into orbit from Cygnus on 7 August 2019.[86]
20 April
14:41[87]
Long March 3B/E 3B-Y59[21] Xichang LC-3 CASC
BeiDou-3 I1Q (Beidou-44) CNSA IGSO NavigationIn orbitOperational
29 April
22:52[88]
Long March 4B 4B-Y36[89] Taiyuan LC-9 CASC
Tianhui 2-01A CNSA Low Earth (SSO) Earth observationIn orbitOperational
Tianhui 2-01B CNSA Low Earth (SSO) Earth observationIn orbitOperational

May

4 May
06:48[90]
Falcon 9 Block 5 F9-070 Cape Canaveral SLC-40 SpaceX
SpaceX CRS-17 NASA Low Earth (ISS) ISS logistics3 JuneSuccessful
Red-Eye DARPA Low Earth Technology demonstrationIn orbitOperational
Red-Eye was carried in CRS-17, and deployed into orbit from the ISS on 27 June 2019.[91]
5 May
06:00[92]
Electron "That's a Funny Looking Cactus" Mahia LC-1A Rocket Lab
Harbinger U.S. Air Force Low Earth Technology demonstrationIn orbitOperational
Falcon ODE U.S. Air Force Low Earth Technology demonstrationIn orbitOperational
SPARC-1 U.S. Air Force Low Earth Technology demonstrationIn orbitOperational
17 May
15:48[93]
Long March 3C 3C-Y16[21] Xichang LC-2 CASC
BeiDou-2 G8 (Beidou-45) CNSA Geosynchronous NavigationIn orbitOperational
22 May
00:00[94]
PSLV-CA C46[38] Satish Dhawan FLP ISRO
RISAT-2B ISRO Low Earth (SSO) Earth observation (radar)In orbitOperational
22 May
22:49[95]
Long March 4C 4C-Y23[96] Taiyuan LC-9 CASC
Yaogan 33 CAS Low Earth Reconnaissance22 MayLaunch failure
24 May
02:30[97]
Falcon 9 Block 5 F9-071 Cape Canaveral SLC-40 SpaceX
Starlink × 60 SpaceX Low Earth CommunicationsIn orbitOperational
Starlink test mission, launching 60 Starlink v0.9 experimental satellites.
27 May
06:23[98]
Soyuz-2.1b / Fregat-M Plesetsk Site 43/4 RVSN RF
GLONASS-M 758 VKS Medium Earth NavigationIn orbitOperational
30 May
17:42[99]
Proton-M / Briz-M P4 Baikonur Site 200/39 Roscosmos
Yamal-601 Gazprom Space Systems Geosynchronous CommunicationsIn orbitOperational

June

5 June
04:06[100]
Long March 11H Yellow Sea Launch Platform[101] CASC
Bufeng-1A CAST Low Earth Earth observationIn orbitOperational
Bufeng-1B CAST Low Earth Earth observationIn orbitOperational
Jilin-1 High Resolution 03A Chang Guang Satellite Technology Low Earth Earth observationIn orbitOperational
Tianqi-3 (Tao Xingzhi)[102] Guodian Gaoke Low Earth Technology demonstrationIn orbitOperational
Tianxiang-1A CETC Low Earth Technology demonstration
Communications
In orbitOperational
Tianxiang-1B CETC Low Earth Technology demonstration
Communications
In orbitOperational
Xiaoxiang 1-04 Tianyi Research Institute Low Earth Technology demonstrationIn orbitOperational
China’s first sea launch in the Yellow Sea off Shandong.
12 June
14:17[103]
Falcon 9 Block 5 F9-072 Vandenberg SLC-4E SpaceX
RADARSAT Constellation × 3[104][106] Canadian Space Agency Low Earth (SSO) Earth observationIn orbitOperational
20 June
21:43[107]
Ariane 5 ECA VA248 Kourou ELA-3 Arianespace
Eutelsat 7C[109] Eutelsat Geosynchronous CommunicationsIn orbitOperational
AT&T T-16 DirecTV Geosynchronous Satellite televisionIn orbitOperational
24 June
18:09[110]
Long March 3B/E 3B-Y60[21] Xichang LC-3 CASC
BeiDou-3 I2Q (Beidou-46)[112] CNSA IGSO NavigationIn orbitOperational
25 June
06:30[113]
Falcon Heavy FH-003 Kennedy LC-39A SpaceX
STP-2 U.S. Air Force Low Earth, Medium Earth[114] Technology demonstrationIn orbitOperational
DSX AFRL Medium Earth Technology demonstrationIn orbitOperational
COSMIC-2 × 6 NOAA / NSPO Low Earth AtmosphericIn orbitOperational
GPIM NASA Low Earth Technology demonstration14 October 2020[116]Successful
Oculus-ASR Michigan Technological University Low Earth Technology demonstrationIn orbitOperational
OTB General Atomics Electromagnetic Systems Low Earth Technology demonstrationIn orbitOperational
NPSAT1 NRL Low Earth AtmosphericIn orbitOperational
Prox-1 Georgia Institute of Technology Low Earth Technology demonstrationIn orbitOperational
E-TBEx × 2 NASA Low Earth AtmosphericIn orbitOperational
LEO Cal Poly Low Earth Technology demonstrationIn orbitOperational
StangSat Merritt Island High School Low Earth Technology demonstrationIn orbitOperational
FalconSAT-7 United States Naval Academy Low Earth Technology demonstrationIn orbitOperational
PSAT2 United States Naval Academy Low Earth Amateur radioIn orbitOperational
BRICSat-2 United States Naval Academy Low Earth Technology demonstration / Amateur radioIn orbitSuccessful[117][118]
TEPCE × 2 NRL Low Earth Technology demonstration1 February 2020[120]Successful
LightSail 2 The Planetary Society Low Earth Technology demonstrationIn orbitOperational
ARMADILLO UT Austin Low Earth Technology demonstrationIn orbitOperational
STP-2 carries multiple cubesats and other small payloads for NASA, NOAA, The Planetary Society and others in addition to the primary mission which consists of multiple U.S. Air Force payloads.
29 June
04:30[121]
Electron "Make It Rain" Mahia LC-1A Rocket Lab
BlackSky Global 3[122] BlackSky Global Low Earth Earth observationIn orbitOperational
Prometheus × 2 USSOCOM Low Earth Technology demonstrationIn orbitOperational
ACRUX-1 Melbourne Space Program Low Earth EducationIn orbitOperational
SpaceBEE 8 & 9 Swarm Technologies Low Earth CommunicationsIn orbitOperational
Painani 1[124] SEDENA Low Earth Technology demonstrationIn orbitOperational

July

5 July
05:41[125]
Soyuz-2.1b / Fregat-M Vostochny Site 1S Roscosmos
Meteor-M 2-2 Roscosmos Low Earth (SSO) MeteorologyIn orbitOperational[126]
EXOCONNECT German Orbital Systems Low Earth (SSO) Earth observationIn orbitOperational[126]
El Camino Real[128] Momentus Space Low Earth (SSO) Technology demonstrationIn orbitOperational[126]
MOVE-IIb[130] TUM Low Earth (SSO) Earth observationIn orbitOperational[126]
10 July
17:14[131][132][133]
Soyuz-2-1v / Volga Plesetsk Site 43/4 RVSN RF
Kosmos 2535 VKS Low Earth Satellite inspectionIn orbitOperational[134]
Kosmos 2536 VKS Low Earth Satellite inspectionIn orbitOperational
Kosmos 2537 VKS Low Earth Radar calibrationIn orbitOperational
Kosmos 2538 VKS Low Earth Radar calibrationIn orbitOperational
11 July
01:53:03[135]
Vega VV15 Kourou ELV Arianespace
Falcon Eye 1 (fr)[136] UAE Armed Forces Low Earth IMINT (Reconnaissance)11 JulyLaunch failure
Possibly an ignition failure of the second stage.[135] Later investigation findings showed the failure mostly traced into a structural failure on the second stage's forward dome resulting from higher temperatures.[137]
13 July
12:30:57[138]
Proton-M / DM-03 Baikonur Site 81/24 Roscosmos
Spektr-RG[140] IKI RAN
Max Planck Institute
Sun–Earth L2, halo orbit X-ray astronomyIn orbitOperational[141]
20 July
16:28:20[142]
Soyuz-FG Baikonur Site 1/5 Roscosmos
Soyuz MS-13 / 59S Roscosmos Low Earth (ISS) Expedition 60/616 February 2020Successful
Crewed flight with three cosmonauts.[143]
22 July
09:13[144]
GSLV Mk III M1 Satish Dhawan SLP ISRO
Chandrayaan-2 / Vikram / Pragyan ISRO Selenocentric Lunar orbiter, lander and roverIn orbitOperational
The lander crashed on the lunar surface and broke into pieces during powered descent. The Orbiter remains operational.[145]
25 July
05:00[146]
Hyperbola-1 Jiuquan i-Space
CAS-7B[149] CAMSAT Low Earth Amateur radio6 August[150]Successful
Maiden flight of Hyperbola-1.[13][151]
25 July
22:01:56[152]
Falcon 9 Block 5 F9-073 Cape Canaveral SLC-40 SpaceX
SpaceX CRS-18 NASA Low Earth (ISS) ISS logistics27 AugustSuccessful
RFTSat Northwest Nazarene University Low Earth Technology demonstrationIn orbitOperational
NARSSCube-2 National Authority for Remote Sensing and Space Sciences Low Earth Technology demonstrationIn orbitOperational
ORCA DARPA Low Earth Technology demonstrationIn orbitOperational
RFTSat, NARSSCube-2, and ORCA are carried in CRS-18 to ISS.[153][154] They were placed in SlingShot Deployer on Cygnus NG-11 hatch bulkhead.[85] They were deployed into orbit by SlingShot Deployer on 7 August 2019 after the departure of Cygnus NG-11 from the ISS.
26 July
03:57[155]
Long March 2C 2C-Y37[156] Xichang LC-3[156] CASC
Yaogan 30-05 01 CAS Low Earth ReconnaissanceIn orbitOperational
Yaogan 30-05 02 CAS Low Earth ReconnaissanceIn orbitOperational
Yaogan 30-05 03 CAS Low Earth ReconnaissanceIn orbitOperational
Grid fins located on the interstage of the rocket are being used to test first stage landing zone control and recovery technologies.[157][158]
30 July
05:56[159]
Soyuz-2.1a / Fregat-M Plesetsk Site 43/4 RVSN RF
Meridian 8 (18L) VKS Molniya Communications (military)In orbitOperational
31 July
12:10:46[160]
Soyuz-2.1a Baikonur Site 31/6 Roscosmos
Progress MS-12 / 73P Roscosmos Low Earth (ISS) ISS logistics29 NovemberSuccessful

August

5 August
21:56[161]
Proton-M / Briz-M Baikonur Site 81/24 RVSN RF
Blagovest-14L VKS Geosynchronous Communications (military)In orbitOperational
Fourth Blagovest satellite launch, completing the initial Blagovest satellite constellation.[161]
6 August
19:30[162]
Ariane 5 ECA VA249 Kourou ELA-3 Arianespace
EDRS-C[163] / HYLAS-3 ESA / Avanti Geosynchronous CommunicationsIn orbitOperational
Intelsat 39 Intelsat Geosynchronous CommunicationsIn orbitOperational
6 August
23:23[164]
Falcon 9 Block 5 F9-074 Cape Canaveral SLC-40 SpaceX
Amos 17[167][168] Spacecom Geosynchronous CommunicationsIn orbitOperational
The launch was free of charge for Spacecom as compensation for Amos-6's destruction on 1 September 2016. The booster, B1047, was expended.
8 August
10:13[169]
Atlas V 551 AV-084 Cape Canaveral SLC-41 ULA
AEHF-5[170] U.S. Air Force Geosynchronous Communications (military)In orbitOperational
TDO[169] U.S. Air Force Geosynchronous Space debris trackingIn orbitOperational
17 August
04:11[14]
Jielong 1 Jiuquan, mobile launch platform CALT
Tianqi-2[171] Guodian Gaoke Low Earth Technology demonstrationIn orbitOperational
Qian Sheng-1 01 (QS1-01)[171][174][175] Qian Sheng Exploration Low Earth CommunicationsIn orbitOperational
Xingshidai-5[177] ADASpace[178] Low Earth Remote sensingIn orbitOperational
Maiden flight of Jielong 1 (also known as Smart Dragon 1). First launch for the Qian Sheng satellite constellation.
19 August
12:03[179]
Long March 3B/E 3B-Y58[180] Xichang LC-2 CASC
Chinasat 18[182] China Satcom Intended: Geosynchronous
Actual: GTO
CommunicationsIn orbitSpacecraft failure
Spacecraft apparently failed to deploy solar panels after stage separation. It remains inoperable in geostationary transfer orbit (GTO).[183][184] The satellite has been declared as total loss by the Chinese government.
19 August
12:12[185]
Electron "Look Ma, No Hands"[186] Mahia LC-1A Rocket Lab
BlackSky Global 4 BlackSky Global Low Earth Earth observationIn orbitOperational
BRO 1[188] UnseenLabs Low Earth ELINTIn orbitOperational
Pearl White × 2[190] Air Force Space Command Low Earth Technology demonstrationIn orbitOperational
22 August
03:38:31[191]
Soyuz-2.1a Baikonur Site 31/6 Roscosmos
Soyuz MS-14 / 60S Roscosmos Low Earth (ISS) Test flight / ISS logistics6 September
21:32[192]
Successful
Uncrewed flight to certify Soyuz-2.1a for crew transport missions[193][194][195] with FEDOR (Skybot F-850) robot on board. First docking attempt on 24 August was aborted due to an issue on ISS, second attempt on 27 August was successful. Delivered Mini-EUSO telescope to ISS.
22 August
13:06[196]
Delta IV M+ (4,2)U D-384 Cape Canaveral SLC-37B ULA
GPS IIIA-02 Magellan U.S. Air Force Medium Earth NavigationIn orbitOperational
Last flight of the Delta IV "single stick" M+ series (Delta IV Heavy will continue flying). Named after Portuguese explorer Ferdinand Magellan.[197]
29 August
(ground test)[198]
Safir-1B[199] Semnan LP-1 ISA
Nahid 1[201] Iranian Space Research Center Low Earth CommunicationsN/ARocket destroyed prior to launch[202]
Rocket apparently exploded on the launch pad.[203] According to the Iranian Ministry of ICT, the Nahid 1 satellite had yet to be delivered to the launch site.[202]
30 August
14:00[204]
Rokot / Briz-KM Plesetsk Site 133/3 RVSN RF
Geo-IK-2 No.3 (Musson-2) VKS Low Earth GeodesyIn orbitOperational
30 August
23:41[205]
Kuaizhou 1A Y10[206] Jiuquan SLS-2 ExPace
Taiji-1 (KX-09)[209][210] CAS Low Earth (SSO) Microgravity science
Gravitational-wave astronomy
In orbitOperational
Xiaoxiang 1-07[205] Tianyi Research Institute Low Earth (SSO) Technology demonstrationIn orbitOperational

September

12 September
03:26[211]
Long March 4B 4B-Y39[96] Taiyuan LC-9 CASC
Ziyuan I-02D PLA Low Earth (SSO) Earth observationIn orbitOperational
Ice Pathfinder (BNU-1)[213] Beijing Normal University Low Earth (SSO) Earth observationIn orbitOperational
Taurus 1 (Jinniuzuo-1) Shanghai Aerospace Science and Technology Low Earth (SSO) Technology demonstrationIn orbitOperational
19 September
06:42[214]
Long March 11 Y8[30] Jiuquan LA-4 CASC
Zhuhai-1 OHS 2E–2H[215] Zhuhai Orbita Control Engineering Low Earth (SSO) Earth observationIn orbitOperational
Zhuhai-1 OVS 2B[216] Zhuhai Orbita Control Engineering Low Earth (SSO) Earth observationIn orbitOperational
22 September
21:10[217]
Long March 3B / YZ-1 3B-Y65[21] Xichang LC-2 CASC
BeiDou-3 M23 (Beidou-47)[218] CNSA Medium Earth NavigationIn orbitOperational
BeiDou-3 M24 (Beidou-48)[218] CNSA Medium Earth NavigationIn orbitOperational
24 September
16:05[219]
H-IIB Tanegashima LA-Y2 MHI
HTV-8 JAXA Low Earth (ISS) ISS logistics3 November
02:09[220]
Successful
NARSSCube-1 National Authority for Remote Sensing and Space Sciences Low Earth Technology demonstrationIn orbitOperational
AQT-D University of Tokyo Low Earth Technology demonstrationIn orbitOperational
RWASAT-1 Rwanda Utilities Regulatory Authority Low Earth Technology demonstrationIn orbitOperational
The first launch attempt on 10 September, 21:33 UTC, was postponed due to a fire on the launch pad. NARSSCube-1, AQT-D, RWASAT-1 are carried to ISS inside HTV-8 for later deployment into orbit from the ISS. RWASAT-1 is Rwanda's first satellite.[221] They were deployed into orbit from the ISS on 20 November 2019.
25 September
00:54[222]
Long March 2D 2D-Y43[156] Jiuquan SLS-2 CASC
Yunhai-1 02 SAST Low Earth (SSO) MeteorologyIn orbitOperational
25 September
13:57:43[223]
Soyuz-FG Baikonur Site 1/5 Roscosmos
Soyuz MS-15 / 61S Roscosmos Low Earth (ISS) Expedition 61/6217 April 2020
05:16
Successful
Crewed flight with three cosmonauts. Last flight of Soyuz-FG and last launch from Baikonur Site 1 ("Gagarin's Start"); replaced by Soyuz-2.1a launching from Site 31 for crewed missions starting with Soyuz MS-16 in April 2020.
26 September
07:46[224]
Soyuz-2.1b / Fregat-M Plesetsk Site 43/4 RVSN RF
EKS-3 (Tundra 13L)[226] VKS Molniya Early warningIn orbitOperational

October

4 October
18:51[227]
Long March 4C 4C-Y33 Taiyuan LC-9 CASC
Gaofen 10R CAST Low Earth (SSO) Earth observationIn orbitOperational
Replacement for the Gaofen 10 satellite lost on 31 August 2016.
9 October
10:17[228]
Proton-M / Briz-M P4 Baikonur Site 200/39 ILS
Eutelsat 5 West B Eutelsat Geosynchronous CommunicationsIn orbitOperational
MEV-1 Northrop Grumman Geosynchronous Satellite servicingIn orbitOperational
MEV-1 successfully rendezvoused with Intelsat 901 on 25 February 2020.[229] MEV-1 will extend Intelsat 901's operational life by five years through in-orbit station-keeping.[230]
11 October
02:00[231]
Pegasus-XL F44 Stargazer, CCAFS Skid Strip Northrop Grumman
ICON NASA Low Earth Ionospheric researchIn orbitOperational
17 October
01:22[232]
Electron "As The Crow Flies"[233] Mahia LC-1A Rocket Lab
Palisade[235] Astro Digital Low Earth (Polar) Technology demonstrationIn orbitOperational
17 October
15:21[236]
Long March 3B/E 3B-Y57 Xichang LC-3 CASC
TJSW-4 CNSA Geosynchronous Communications
SIGINT
In orbitOperational

November

2 November
13:59:47[237]
Antares 230+ MARS LP-0A Northrop Grumman
Cygnus NG-12
S.S. Alan Bean
NASA Low Earth (ISS) ISS logisticsIn orbitOperational
STPSat 4[239] USAF STP Low Earth Technology demonstrationIn orbitOperational
Argus-02 Saint Louis University Low Earth Technology demonstrationIn orbitOperational
HARP[241] UM Low Earth Technology demonstration
Atmospheric research
In orbitOperational
Phoenix Arizona State University Low Earth Technology demonstrationIn orbitOperational
RadSat-U Montana State University Low Earth Technology demonstrationIn orbitOperational
SOCRATES University of Minnesota Low Earth Technology demonstrationIn orbitOperational
HuskySat-1 University of Washington Low Earth Technology demonstrationIn orbitOperational
SwampSat II University of Florida Low Earth Technology demonstrationIn orbitOperational
AeroCube 14 (IMPACT) × 2[242] NRO Low Earth Technology demonstrationIn orbitOperational
AeroCube 15 (Rogue) × 2[242] U.S. Air Force Low Earth Technology demonstrationIn orbitOperational
Orbital Factory 2[244] University of Texas Low Earth Technology demonstrationIn orbitOperational
First CRS-2 mission for Cygnus. The ELaNa 25A mission launched on this resupply flight.[245] STPSat-4 was deployed into orbit from ISS on 29 January 2020.[246] AeroCube 14 × 2, AeroCube 15 × 2, HuskySat-1, SwampSat-II, and Orbital Factory 2 were deployed into orbit from Cygnus NG-12 after it departed from the ISS.[247][248] RadSat-U, Phoenix, SOCRATES, HARP, and Argus-02 were deployed into orbit from the ISS on 19 February 2020.[249]
3 November
03:22:39[250][251]
Long March 4B 4B-Y38 Taiyuan LC-9 CASC
Gaofen 7[253] Ministry of Natural Resources Low Earth (SSO) Earth observationIn orbitOperational
Huangpu-1 (Jingzhi-1)[255] SAST Low Earth (SSO) Earth observation
Technology demonstration
In orbitOperational
Sudan Remote Sensing Satellite 1 (SRSS-1) Sudan Low Earth (SSO) Earth observation
Technology demonstration
In orbitOperational
Xiaoxiang 1-08 / Tianyi 15 / Dianfeng Tianyi Research Institute Low Earth (SSO) Technology demonstrationIn orbitOperational
Xiaoxiang 1-08 carries the first propulsion system in space using solid iodine as propellant (cold gas thruster) developed by a French start-up.[256] Test of grid fins towards development of reusable boosters for Long March 8. SRSS-1, Sudan's first satellite developed and built by Chinese satellite manufacturer, Shenzhen Aerospace Oriental Red Sea Satellite Co., was launched as a rideshare on this mission.[257][258]
4 November
17:43[259]
Long March 3B/E 3B-Y61[21] Xichang LC-2 CASC
BeiDou-3 I3Q CNSA IGSO NavigationIn orbitOperational
11 November
14:56[260]
Falcon 9 Block 5 F9-075 Cape Canaveral SLC-40 SpaceX
Starlink × 60 SpaceX Low Earth CommunicationsIn orbitOperational
First operational Starlink mission, launching the first 60 Starlink v1.0 satellites. The booster was flown for the 4th time.
13 November
03:40[261]
Kuaizhou 1A Y11 Jiuquan SLS-2 ExPace
Jilin-1 Gaofen-02A[206] Chang Guang Satellite Technology Low Earth (SSO) Earth observationIn orbitOperational
13 November
06:35[262][263]
Long March 6 Y4 Taiyuan LC-16 CASC
Ningxia-1 (Zhongzi) × 5[265] Ningxia Jingui Information Technology Low Earth Earth observationIn orbitOperational
17 November
10:00[266]
Kuaizhou 1A Y7[206] Jiuquan SLS-2 ExPace
KL-Alpha A[267] KLEO Connect Low Earth Technology demonstrationIn orbitOperational
KL-Alpha B[267] KLEO Connect Low Earth Technology demonstrationIn orbitOperational
The two satellites are part of an international cooperative commercial project between the Innovation Academy for Microsatellites of the Chinese Academy of Sciences (CAS) and KLEO Connect.[268][269] KL-Alpha A and B are the first commercial satellites built by a Chinese satellite construction organization for a foreign company.[270]
23 November
00:55[271]
Long March 3B / YZ-1 3B-Y66[272] Xichang LC-3 CASC
BeiDou-3 M21 CNSA Medium Earth NavigationIn orbitOperational
BeiDou-3 M22 CNSA Medium Earth NavigationIn orbitOperational
25 November
17:52[133]
Soyuz-2-1v / Volga Plesetsk Site 43/4 RVSN RF
Kosmos 2542 Ministry of Defence Low Earth (SSO) Satellite inspection[273]In orbitOperational
Kosmos 2543 Ministry of Defence Low Earth (SSO) Satellite inspection[274]
ASAT test
In orbitOperational
Kosmos 2542, the main satellite, deployed a small inspector sub-satellite, Kosmos 2543, on 6 December.[274][275] Kosmos 2543 deployed an even smaller sub-satellite at a high velocity on 15 July 2020, an event that U.S. military officials characterized as a test of a space-based anti-satellite weapon.[276]
26 November
21:23[277]
Ariane 5 ECA VA250 Kourou ELA-3 Arianespace
Inmarsat-5 F5 (GX5)[278][279] Inmarsat Geosynchronous CommunicationsIn orbitOperational
TIBA 1[281] Egypt Geosynchronous CommunicationsIn orbitOperational
27 November
03:58[282][283]
PSLV-XL C47[284] Satish Dhawan SLP ISRO
Cartosat-3 ISRO Low Earth (SSO) Earth observationIn orbitOperational
Flock-4p × 12[286] Planet Labs Low Earth (SSO) Earth observationIn orbitOperational
Meshbed[288] Analytical Space Inc. Low Earth (SSO) Technology demonstrationIn orbitOperational
27 November
23:52[289][290]
Long March 4C 4C-Y24 Taiyuan LC-9 CASC
Gaofen 12 Ministry of Agriculture and Rural Affairs Low Earth (SSO) Earth observationIn orbitOperational

December

5 December
17:29[291]
Falcon 9 Block 5 F9-076 Cape Canaveral SLC-40 SpaceX
SpaceX CRS-19 NASA Low Earth (ISS) ISS logistics7 January 2020Successful
AzTechSat-1[293] UPAEP / NASA Low Earth Technology demonstrationIn orbitOperational
CryoCube 1[295] NASA Low Earth Technology demonstrationIn orbitOperational
SORTIE[297] ASTRA LLC Low Earth Technology demonstrationIn orbitOperational
CIRiS[299] USU Low Earth Technology demonstrationIn orbitOperational
EdgeCube[301] SSU Low Earth Technology demonstrationIn orbitOperational
QARMAN[304][305] Von Karman Institute Low Earth Technology demonstrationIn orbitOperational
MakerSat-1[308][309] NNU Low Earth Technology demonstrationIn orbitOperational
VPM[311] AFRL Low Earth Magnetospheric researchIn orbitOperational
MiniCarb (CNGB)[313] LLNL / GSFC Low Earth Technology demonstrationIn orbitOperational
The ELaNa 25B and 28 missions were launched on this resupply flight.[245] EdgeCube, CIRiS, MakerSat-1, VPM, and MiniCarb were deployed from Cygnus NG-12 after its departure from the ISS.[314][315] AzTechSat-1, CryoCube 1, SORTIE, and QARMAN were deployed from the ISS on 19 February 2020.[249]
6 December
08:18[316]
Electron "Running Out Of Fingers" Mahia LC-1A Rocket Lab
ATL 1 ATL Low Earth (SSO) Technology demonstration11 October 2020[318]Successful
FossaSat 1 Fossa Systems Low Earth (SSO) Technology demonstration28 October 2020Successful
NOOR 1A (Unicorn 2B)[319] Stara Space Low Earth (SSO) Technology demonstrationIn orbitOperational
NOOR 1B (Unicorn 2C)[319] Stara Space Low Earth (SSO) Technology demonstration7 April 2020[321]Successful[322]
SMOG-P BME University Low Earth (SSO) Technology demonstration28 September 2020[324]Successful
TRSI Sat ACME AtronOmatic Low Earth (SSO) Technology demonstration9 October 2020[326]Successful
ALE-2 Astro Live Experiences Low Earth (SSO) Artificial meteor showerIn orbitSpacecraft failure[327]
Launched ALE-2 and six PocketQubes forming Alba Cluster 2 for Alba Orbital.[328] Tested reusability technologies on the first stage following stage separation and reentry.[329]
6 December
09:34:11[330]
Soyuz-2.1a Baikonur Site 31/6 Roscosmos
Progress MS-13 / 74P[332] Roscosmos Low Earth (ISS) ISS logistics8 July 2020Successful
7 December
02:55[333]
Kuaizhou 1A Y2 Taiyuan Mobile Launch Platform ExPace
Jilin-1 Gaofen-02B Chang Guang Satellite Technology Low Earth (SSO) Earth observationIn orbitOperational
7 December
08:52[333]
Kuaizhou 1A Y12 Taiyuan LC-16 ExPace
HEAD-2A[334] HEAD Aerospace Low Earth (SSO) AIS ship trackingIn orbitOperational
HEAD-2B[334] HEAD Aerospace Low Earth (SSO) AIS ship trackingIn orbitOperational
Tianyi 16 Spacety Aerospace Low Earth (SSO) Earth observationIn orbitOperational
Tianyi 17 Spacety Aerospace Low Earth (SSO) Earth observationIn orbitOperational
Tianqi-4A[102] Guodian Gaoke Low Earth (SSO) IoTIn orbitOperational
Tianqi-4B[102] Guodian Gaoke Low Earth (SSO) IoTIn orbitOperational
11 December
08:54:48[335]
Soyuz-2.1b / Fregat-M Plesetsk Site 43/3 RVSN RF
GLONASS-M 759 VKS Medium Earth NavigationIn orbitOperational
11 December
09:55[336][337]
PSLV-QL C48 Satish Dhawan FLP ISRO
RISAT-2BR1[338] ISRO Low Earth Earth observation
Reconnaissance
In orbitOperational
Izanagi (QPS-SAR 1)[340] iQPS Low Earth Earth observationIn orbitOperational
Lemur-2 × 4 Spire Global Low Earth Earth observationIn orbitOperational
Duchifat-3[342] Herzliya Science Center Low Earth Earth observation
Education
In orbitOperational
1HOPSAT TD[344] Hera Systems Low Earth Earth observation
Technology demonstration
In orbitOperational
NANOVA / COMMTRAIL (Tyvak 92)[347][348] Elbit Systems Low Earth Search and rescueIn orbitOperational
Pathfinder Risk Reduction (Tyvak 129)[350] Tyvak Low Earth Technology demonstrationIn orbitOperational
16 December
07:22[351]
Long March 3B / YZ-1 3B-Y67 Xichang LC-3 CASC
BeiDou-3 M19 CNSA Medium Earth NavigationIn orbitOperational
BeiDou-3 M20 CNSA Medium Earth NavigationIn orbitOperational
17 December
00:10[352]
Falcon 9 Block 5 F9-077 Cape Canaveral SLC-40 SpaceX
JCSAT-18 / Kacific 1[354] JSAT / Kacific Geosynchronous CommunicationsIn orbitOperational
18 December
08:54:20[355]
Soyuz ST-A / Fregat-M VS23 Kourou ELS Arianespace
CHEOPS[357] ESA Low Earth (SSO) Space telescope
Exoplanetary science
In orbitOperational
COSMO-SkyMed (CSG) 1 ASI Low Earth (SSO) Earth observation (radar)In orbitOperational
OPS-SAT ESA Low Earth (SSO) Technology demonstrationIn orbitOperational
EyeSat[359] CNES Low Earth (SSO) AstronomyIn orbitOperational
ANGELS[361] CNES Low Earth (SSO) Technology demonstrationIn orbitOperational
20 December
03:22:29[362][363][364]
Long March 4B 4B-Y44 Taiyuan LC-9 CASC
CBERS 4A / Ziyuan I-04A[366] CASC / INPE Low Earth (SSO) Earth observationIn orbitOperational
ETRSS-1[368] ESSTI Low Earth (SSO) Earth observationIn orbitOperational
Tianqin 1[370] Sun Yat-sen University Low Earth (SSO) Gravitational-wave astronomyIn orbitOperational
Weilai 1R / Future 1R[372] China Central Television Low Earth (SSO) Earth observationIn orbitOperational
Yuheng (Gemini-1 01) NUDT Low Earth (SSO) Technology demonstrationIn orbitOperational
Shuntian (Gemini-1 02) NUDT Low Earth (SSO) Technology demonstrationIn orbitOperational
Tianyan 01 / Yizheng-1 Jiangsu Satellite Technology Services Low Earth (SSO) Earth observationIn orbitOperational
Tianyan 02 / Xingshidai-8 ADASpace Low Earth (SSO) Earth observationIn orbitOperational
FloripaSat-1[374] UFSC Low Earth (SSO) Technology demonstrationIn orbitOperational
ETRSS-1 is the first Ethiopian satellite, which was developed in collaboration between Ethiopian Space Science and Technology Institute and China Academy of Space Technology, with $6 million pledged by China to provide grant and training covering the satellite's $8 million development cost.[375]
20 December
11:36:43[376]
Atlas V N22 AV-080 Cape Canaveral SLC-41 ULA
Starliner Boe-OFT Boeing / NASA Low Earth (ISS) Flight test / ISS logistics22 December 2019
12:58
Spacecraft anomaly, recovered successfully
Boeing Orbital Flight Test of CST-100 Starliner as part of Commercial Crew Development program.[377] Approach to ISS aborted after achieving orbit due to error in Mission-Elapsed Timer on the spacecraft, resulting in an anomalous orbital injection.[378] Spacecraft landed at White Sands Missile Range on 22 December 2019 after two days in space.[10]
24 December
12:03[379]
Proton-M / DM-03 Baikonur Site 81/24 Roscosmos
Elektro-L №3 Roscosmos Geosynchronous MeteorologyIn orbitOperational
26 December
23:11:57[19][380]
Rokot / Briz-KM Plesetsk Site 133/3 RVSN RF
Gonets-M 14 Gonets Satellite System Low Earth CommunicationsIn orbitOperational
Gonets-M 15 Gonets Satellite System Low Earth CommunicationsIn orbitOperational
Gonets-M 16 Gonets Satellite System Low Earth CommunicationsIn orbitOperational
BLITS-M Roscosmos Low Earth Laser ranging10 April 2020[382]Payload separation failure
Final flight of Rokot. BLITS-M failed to separate from the upper stage.[383]
27 December
12:45[16][384]
Long March 5 Y3[385] Wenchang LC-1 CASC
Shijian 20 (18-02) CAST Geosynchronous CommunicationsIn orbitOperational

Suborbital flights

Date and time (UTC) Rocket Flight number Launch site LSP
Payload
(⚀ = CubeSat)
Operator Orbit Function Decay (UTC) Outcome
Remarks
4 January
09:27
Black Brant XIIA Andøya NASA
CAPER-2 Dartmouth College Suborbital Auroral research4 JanuarySuccessful
Apogee: 774 kilometres (481 mi)
13 January
09:13
Terrier-Improved Malemute Andøya NASA
G-CHASER University of Colorado Suborbital Student payloads13 JanuarySuccessful
Apogee: 174 kilometres (108 mi)
22 January Silver Sparrow ? F-15 Eagle, Israel IAF
IAI/IDF Suborbital Missile test target22 JanuarySuccessful
Arrow III target, successfully intercepted
22 January Arrow III Negev IAF
IAI/IDF Suborbital Flight test22 JanuarySuccessful
Successful intercept, Apogee: ~200 kilometres (120 mi)
23 January
15:05[386]
New Shepard NS-10 Corn Ranch Blue Origin
Crew Capsule 2.0 Blue Origin Suborbital Test flight23 JanuarySuccessful
Tenth test flight of the New Shepard development program, fourth one with the current vehicle.[387]
6 February
07:01
Minuteman-III Vandenberg Air Force Base LF-04 US Air Force
FTU-1 US Air Force Suborbital Test flight6 FebruarySuccessful
6 February
08:31
RS-24 Yars Plesetsk RVSN
RVSN Suborbital Missile test6 FebruarySuccessful
12 February PDV-II ITR IC-4 DRDO
ASAT DRDO Suborbital Satellite intercept12 FebruaryLaunch failure
First attempt of Mission Shakhti (ASAT Test with Microsat-R as target)[388]
22 February
16:54
SpaceShipTwo VF-01 White Knight Two, from Mojave Spaceport Virgin Galactic
VSS Unity Virgin Galactic Suborbital Test flight22 FebruarySuccessful
Second crewed sub-orbital high altitude flight of SpaceShipTwo with three crew members on board, pilot David Mackay, co-pilot Mike Masucci and chief trainer Beth Moses, Apogee: 89.9 kilometres (55.9 mi)
2 March
17:45
SARGE Spaceport America, New Mexico Exos Aerospace
SARGE M1 Exos Aerospace Suborbital Microgravity Research2 MarchPartial failure
Second launch of the SARGE suborbital launch vehicle, it carried several small research payloads and was intended to reach a peak altitude of 80 kilometers, but winds kept the rocket from achieving its planned altitude, it reached only an apogee of 20 kilometres (12 mi)[389]
25 March
17:20
ICBM-T2 Ronald Reagan Ballistic Missile Defense Test Site MDA
FTG-11 target MDA Suborbital ABM target25 MarchSuccessful
Ballistic missile target for interception
25 March
17:30
GBI-OBV Vandenberg Air Force Base MDA
FTG-11 Interceptor MDA Suborbital ABM test25 MarchSuccessful
Ballistic missile interceptor
25 March
17:31
GBI-OBV Vandenberg Air Force Base MDA
FTG-11 Interceptor MDA Suborbital ABM test25 MarchSuccessful
Ballistic missile interceptor
27 March
05:40
PDV-II ITR IC-4 DRDO
ASAT DRDO Suborbital Satellite intercept27 MarchSuccessful
Mission Shakhti (ASAT Test with Microsat-R as target), Apogee: 270 kilometres (170 mi), satellite successfully destroyed
5 April
22:14
Black Brant XIA Andøya NASA
AZURE 1 Clemson Suborbital Auroral5 AprilSuccessful
Apogee: 320 kilometres (200 mi)
5 April
22:16
Black Brant XIA Andøya NASA
AZURE 2 Clemson Suborbital Auroral5 AprilSuccessful
Apogee: 320 kilometres (200 mi)
11 April
16:51
Black Brant IX White Sands Missile Range NASA
CLASP-2 NASA / NAOJ / JAXA / IAC / IAS Suborbital Solar astronomy11 AprilSuccessful
Apogee: 274 kilometres (170 mi)
21 April Traveler IV Spaceport America, New Mexico USC Rocket Propulsion Lab
Flight test - Suborbital Flight test21 AprilSuccessful
First suborbital flight by a student team.[390] Apogee: 104 kilometres (65 mi)
23 April Terrier Malemute Pacific Missile Range Facility NNSA
HOT SHOT 2 NNSA Suborbital Technology experiments23 AprilSuccessful
Apogee: ~320 kilometres (200 mi)?
24 April Terrier Malemute Pacific Missile Range Facility NNSA
HOT SHOT 3 NNSA Suborbital Technology experiments24 AprilSuccessful
Apogee: ~320 kilometres (200 mi)?
1 May
09:42
Minuteman-III Vandenberg Air Force Base LF-10 US Air Force
US Air Force Suborbital Test flight1 MaySuccessful
2 May[391]
13:35
New Shepard NS-11 Corn Ranch Blue Origin
Crew Capsule 2.0 Blue Origin Suborbital Test flight2 MaySuccessful
Took 38 research payloads into space
3 May
20:45
Momo 3 Taiki Aerospace Research Field Interstellar Technologies
Kochi University of Technology Suborbital Infrasound propagation measurement3 MaySuccessful
Apogee: 113 kilometres (70 mi)[392]
9 May
07:40
Minuteman-III Vandenberg Air Force Base LF-09 US Air Force
US Air Force Suborbital Test flight9 MaySuccessful
9 May UGM-133 Trident II USS Rhode Island (SSBN-740), ETR US Navy
US Navy Suborbital Missile test9 MaySuccessful
Demonstration and Shakedown Operation (DASO) 29
10 May SM-3-IB USS Roosevelt (DDG-80), Hebrides Range US Navy
US Navy Suborbital Test flight10 MaySuccessful
FS-19 E4, apogee: ~150 kilometres (93 mi)?
23 May Shaheen-II Sonmiani ASFC
ASFC Suborbital Missile test23 MaySuccessful
13 June
02:21
VSB-30? Esrange DLR / SSC
ATEK/MAPHEUS-8 DLR Suborbital Technology demonstration13 JuneSuccessful
Apogee: 240 kilometres (150 mi)
19 June
11:28
Black Brant IX Kwajalein Atoll NASA
TooWINDY 1 NASA Suborbital Ionosphere research19 JuneSuccessful
Apogee: 373 kilometres (232 mi)[393]
19 June
11:33
Black Brant IX Kwajalein Atoll NASA
TooWINDY 2 NASA Suborbital Ionosphere research19 JuneSuccessful
Apogee: 412 kilometres (256 mi)
20 June
09:38
Terrier-Improved Orion Wallops Flight Facility NASA
RockOn University of Colorado Suborbital Student payloads20 JuneSuccessful
Apogee: 117 kilometres (73 mi)[394]
24 June
06:52
VSB-30 Esrange EuroLaunch
MASER-14 SSC Suborbital Microgravity24 JuneSuccessful
apogee: 260 kilometres (160 mi)
29 June
18:00
SARGE Spaceport America, New Mexico Exos Aerospace
SARGE M1 Exos Aerospace Suborbital Microgravity Research29 JuneLaunch failure
Third launch of the SARGE suborbital launch vehicle, it carried several small research payloads for nine clients. The flight failed seconds after launch. However, the rocket was recovered.[395]
2 July
11:00[56]
Orion Abort Test Booster Cape Canaveral SLC-46 NASA
Orion Ascent Abort-2 NASA Suborbital Test flight2 JulySuccessful
In-flight abort test under the highest aerodynamic loads. A specific booster repurposed from a LGM-118 Peacekeeper missile was used in this mission.[396][397]
24 July Shahab-3 Iran IRGC
IRGC Suborbital Missile test24 JulySuccessful
Apogee: ~150 kilometres (93 mi)
26 July RS-12M Topol Kapustin Yar RVSN
RVSN Suborbital Missile test26 JulySuccessful
26 July ? eMRBM ? C-17, Pacific Ocean ? MDA
FTA-01 MDA Suborbital Arrow III target26 July ?Successful
Apogee: 300 kilometres (190 mi), the FTA-01 exercise saw three US Missile Defense Agency medium range targets of undisclosed type launched from an undisclosed location on undisclosed dates in July, all intercepted by Israeli Arrow 3 interceptors launched from Kodiak, Alaska.[398]
26 July ? Arrow III Kodiak IAF / MDA
FTA-01 MDA/IDF Suborbital ABM test26 July ?Successful
Intercepted target missile, apogee: 100 kilometres (62 mi)
26 July ? eMRBM ? C-17, Pacific Ocean ? MDA
FTA-01 MDA Suborbital Arrow III target26 July ?Successful
Apogee: 300 kilometres (190 mi), successful intercepted
26 July ? Arrow III Kodiak IAF / MDA
FTA-01 MDA/IDF Suborbital ABM test26 July ?Successful
Intercepted target missile, apogee: 100 kilometres (62 mi)
26 July ? eMRBM ? C-17, Pacific Ocean ? MDA
FTA-01 MDA Suborbital Arrow III target26 July ?Successful
Apogee: 300 kilometres (190 mi), successful intercepted
26 July ? Arrow III Kodiak IAF / MDA
FTA-01 MDA/IDF Suborbital ABM test26 July ?Successful
Intercepted target missile, apogee: 100 kilometres (62 mi)
27 July
07:20
Momo 4 Taiki Aerospace Research Field Interstellar Technologies
Kochi University of Technology Suborbital Infrasound propagation measurement27 JulyLaunch failure
The rocket suffered an early engine shutdown and only reached 13 kilometres (8.1 mi) altitude.
11 August
06:07
Black Brant IX White Sands Missile Range NASA
SISTINE University of Colorado Suborbital UV Astronomy11 AugustSuccessful
Apogee: 259 kilometres (161 mi)
12 August
09:44
Terrier-Improved Malemute Wallops Flight Facility NASA
RockSat-X NASA Suborbital Student experiments12 AugustSuccessful
Apogee: 154 kilometres (96 mi)
24 August R-29RMU Sineva K-114 Tula, near North Pole VMF
VMF Suborbital Missile test24 AugustSuccessful
24 August RSM-56 Bulava K-535 Yury Dolgorukiy, Barents Sea VMF
VMF Suborbital Missile test24 AugustSuccessful
30 August eMRBM ? C-17, Pacific Ocean MDA
FTT-23 MDA Suborbital ABM target30 AugustSuccessful
Apogee: 300 kilometres (190 mi), successfully intercepted
30 August THAAD Ronald Reagan Ballistic Missile Defense Test Site US Army
FTT-23 US Army/MDA Suborbital ABM test30 AugustSuccessful
Intercepted target missile, apogee: 100 kilometres (62 mi)
4 September UGM-133 Trident II USS Nebraska (SSBN-739), Pacific Missile Range Facility US Navy
US Navy Suborbital Missile test4 SeptemberSuccessful
Commander Evaluation Test (CET)
4 September UGM-133 Trident II USS Nebraska (SSBN-739), Pacific Missile Range Facility US Navy
US Navy Suborbital Missile test4 SeptemberSuccessful
Commander Evaluation Test (CET)
6 September UGM-133 Trident II USS Nebraska (SSBN-739), Pacific Missile Range Facility US Navy
US Navy Suborbital Missile test6 SeptemberSuccessful
Commander Evaluation Test (CET)
6 September UGM-133 Trident II USS Nebraska (SSBN-739), Pacific Missile Range Facility US Navy
US Navy Suborbital Missile test6 SeptemberSuccessful
Commander Evaluation Test (CET)
18 September
09:30 ?
Black Brant IX Wallops Flight Facility NASA
DoD Suborbital Technology demonstration18 SeptemberSuccessful
Apogee: 200 kilometres (120 mi)
30 September
18:04
Black Brant IX White Sands Missile Range NASA
ESIS Montana State University Suborbital Solar research30 SeptemberSuccessful
Apogee: 246 kilometres (153 mi)
30 September RS-12M Topol Plesetsk RVSN
RVSN Suborbital Missile test30 SeptemberSuccessful
2 October
08:13
Minuteman-III Vandenberg Air Force Base LF-10 US Air Force
US Air Force Suborbital Test flight2 OctoberSuccessful
7 October
15:00
Black Brant IX White Sands Missile Range NASA
DUST GSFC Suborbital Physics7 OctoberSuccessful
Apogee: 338 kilometres (210 mi)
17 October RS-24 Yars Plesetsk RVSN
RVSN Suborbital Missile test17 OctoberSuccessful
17 October R-29RMU Sineva K-18 Karelia, Barents Sea VMF
VMF Suborbital Missile test17 OctoberSuccessful
17 October R-29R Volna K-44 Ryazan, Sea of Okhotsk VMF
VMF Suborbital Missile test17 OctoberSuccessful
25 October
00:00
Terrier-Improved Malemute Wallops Flight Facility NASA
SubTec-8 NASA Suborbital Technology demonstration25 OctoberSuccessful
Apogee: 209 kilometres (130 mi)
26 October
17:42
SARGE Spaceport America, New Mexico Exos Aerospace
SARGE M1 Exos Aerospace Suborbital Microgravity Research26 OctoberLaunch failure
Fourth launch of the SARGE suborbital launch vehicle, it carried several small research payloads. The rocket lost control of attitude seconds after launch. Several pieces of debris felt back to the ground, and the rocket body crashed near the launch pad nearly three and a half minutes after liftoff. The rocket reached a peak altitude of about 12.6 kilometres (7.8 mi), far short of the planned altitude of at least 80 kilometres (50 mi).[399]
28 October
04:30
Black Brant IX White Sands Missile Range NASA
FORTIS-4 JHU Suborbital UV Astronomy28 OctoberSuccessful
Apogee: 261 kilometres (162 mi). Payload: Experimental FORTIS (Far-ultraviolet Off Rowland-circle Telescope for Imaging and Spectroscopy) telescope and Next-Generation Microshutter Array (NGMSA). Studied the way gas is being ejected by supernovae from galaxy M33. The goal is to understand matter recycling between stellar generations of the galaxy. Experiment was successful.[400]
30 October RSM-56 Bulava K-549 Knyaz Vladimir, White Sea VMF
VMF Suborbital Missile test30 OctoberSuccessful
4 November
14:15
Starliner launch abort engines White Sands Missile Range Boeing
Starliner Boeing Suborbital Emergency escape systems test; pad-abort test4 NovemberSuccessful
Apogee: 1,349 meters (4,426 ft)
15 November
09:35
VSB-30 Esrange EuroLaunch
TEXUS-56 DLR / ESA Suborbital Microgravity15 NovemberSuccessful
Apogee: 256 kilometres (159 mi)
16 November
14:02
Agni II Integrated Test Range Indian Army / DRDO
Indian Army/DRDO Suborbital Missile test16 NovemberSuccessful
22 November
15:19
SpaceLoft XL Spaceport America UP Aerospace
FOP-7, ADS-B experiment NASA Suborbital Technology experiments22 NovemberSuccessful
Mission SL-14, Apogee: 92 kilometres (57 mi)[401]
26 November
07:43
Terrier-Improved Malemute Ny-Ålesund NASA
ICI-5 NASA/Oslo/Andøya Suborbital Ionosphere research26 NovemberPartial failure
Apogee: 253 kilometres (157 mi), the rocket experienced a roll rate anomaly, precluding the instruments from functioning as intended.[402]
28 November RS-12M Topol Kapustin Yar RVSN
RVSN Suborbital Missile test28 NovemberSuccessful
30 November
13:50
Agni-III ITR IC-4 Indian Army
Indian Army Suborbital Missile test30 NovemberLaunch failure[403]
The maiden night trial of the Agni-III was conducted. The missile reportedly started diverging from its planned flight trajectory after traveling a distance of 115 kilometers. This caused the mission control to subsequently abort the flight. A manufacturing defect is thought to be the potential cause of the failure.
10 December
09:30
Black Brant IX Ny-Ålesund NASA
CHI Clemson Suborbital Ionosphere research10 DecemberSuccessful
Apogee: 360 kilometres (220 mi)
11 December
17:53[404]
New Shepard NS-12 Corn Ranch Blue Origin
Crew Capsule 2.0 Blue Origin Suborbital Test flight/Payload delivery11 DecemberSuccessful
Peak altitude 104.5 kilometers. Took a number of research and educational payloads to space. Sixth flight for the propulsion module+capsule combination. Both propulsion module and capsule landed successfully.
12 December
16:30[405]
IRBM Vandenberg Air Force Base TP-01 US Air Force
US Air Force Suborbital Test flight12 DecemberSuccessful

Deep-space rendezvous

Date (UTC) Spacecraft Event Remarks
1 January New Horizons Flyby of Kuiper belt object 486958 Arrokoth The observed planetesimal, consisting of two spheroid pieces, was initially nicknamed Ultima Thule.
3 January[406] Chang'e 4 Landing at Von Kármán crater landing on the far side of the Moon, a humanity first
12 February Juno 18th perijove of Jupiter
21 February Hayabusa2 First sample collection from asteroid Ryugu[407]
4 April Parker Solar Probe Second perihelion
4 April Beresheet Lunar orbital insertion
5 April Hayabusa2 Release of Small Carry-On Impactor (SCI) on the surface of Ryugu SCI created a crater for further investigation. A dedicated DCAM-3 camera was deployed to observe the impact.
6 April Juno 19th perijove
11 April Beresheet Lunar landing Crashed due to gyroscope failure[408]
29 May Juno 20th perijove
11 July Hayabusa2 Second sample collection from Ryugu
21 July Juno 21st perijove
20 August Chandrayaan-2 Lunar orbital insertion
1 September Parker Solar Probe Third perihelion
6 September Chandrayaan-2 Lunar landing Vikram lander crashed after it lost attitude and contact at an altitude of 2.3 km.[409]
12 September Juno 22nd perijove
2 October Hayabusa2 Deployment of ROVER-2 (MINERVA-II-2) Rover failed before deployment, it was deployed in orbit around the asteroid to perform gravitational measurements before it impacted on 8 October.
3 November Juno 23rd perijove
13 November Hayabusa2 Departure from Ryugu
26 December Parker Solar Probe Second gravity assist at Venus
26 December Juno 24th perijove

Extravehicular activities (EVAs)

Start Date/Time Duration End Time Spacecraft Crew Remarks
22 March 12:01 6 hours

39 minutes

18:40 Expedition 59

ISS Quest

Anne McClain

Nick Hague

  • connected 3 new Li-ion batteries to replace 6 old Ni-H batteries on power channel 4A of the P4 truss segment.[410]
  • cleaned up debris on Unity's common berthing mechanism using Kapton tape [411]
  • secured a tieback for restraints on the solar array blanket box.[410]
29 March 11:42 6 hours

45 minutes

18:27 Expedition 59

ISS Quest

Nick Hague

Christina Koch

  • connected 3 new Li-ion batteries to replace 6 old Ni-H batteries on power channel 2A of the P4 truss segment.
  • disconnected cables and relocated an adapter plate to enable Canadarm2 to remove a failed Li-ion battery.[412]
8 April 11:31 6 hours 29 minutes 18:00 Expedition 59

ISS Quest

Anne McClain

David Saint-Jacques

  • installed jumper cables between the Unity module and the S0 truss to establish redundant power to Canadarm2.
  • installed cables to provide for more expansive wireless communications coverage outside the orbital complex.[410]
  • relocated an adapter plate from the 22 March spacewalk in preparation for future battery upgrade operations[413]
29 May 15:42 6 hours 1 minute 21:43 Expedition 59

ISS Pirs

Oleg Kononenko

Aleksey Ovchinin

  • removed experiments from the Pirs docking compartment and cleaned the windows.
  • installed a handrail to connect Zarya to Poisk and re-positioned the Plume Measuring Unit.
  • moved to the Zvesda Service Module and removed and jettisoned the Plasma Monitoring Units.
  • wished happy birthday to Alexei Leonov who is the first spacewalker and is celebrating his 85th birthday on 30 May. Also brought a picture of Leonov into space with them.
21 August 12:27 6 hours 32 minutes 18:59 Expedition 60

ISS Quest

Nick Hague

Andrew R. Morgan

Hague and Morgan installed the final International Docking Adapter on the Harmony Module. The task for this spacewalk was identical to Spacewalk 194 and required work by both spacewalkers and Dextre to get the docking port installed in preparation for the Boeing CST-100 Starliner orbital flight test, which will occur by the end of December. The crew also routed cables and installed Wi-Fi routers for upcoming experiments.[414]

6 October 11:39 7 hours 01 minutes 18:40 Expedition 61

ISS Quest

Christina Koch

Andrew R. Morgan

This spacewalk was the first of Expedition 61 and the first in a series of five to replace and improve ISS batteries on the P6 truss.[415]

11 October 11:38 6 hours 45 minutes 18:23 Expedition 61

ISS Quest

Andrew R. Morgan

Christina Koch

This spacewalk was the second of Expedition 61 and the second in a series of five to replace and improve ISS batteries on the P6 truss. Before they went out to the hatch, Mission Control Moscow relayed to the crew that Alexei Leonov had died and that this spacewalk was dedicated to him. As the crew came in and took off their suits, each gave a few words in memory of Leonov before station commander Luca Parmitano said "Farewell Alexei, and ad astra."[416][417]

18 October

11:38

7 hours 17 minutes 18:55 Expedition 61

ISS Quest

Christina Koch

Jessica Meir

This spacewalk was the third of Expedition 61 and the third in a series of five to replace and improve ISS batteries on the P6 truss. Some of the battery swaps were delayed to EVA 222 due to a power failure in a Battery Charge Discharge Unit in slots 5 and 6 on the P6 Truss taking the 4B battery channel offline. Koch and Meir replaced the failed unit and brought it back inside. The battery swap was moved to EVA 222 to save time and Meir and Koch wrapped up the spacewalk by installing a stanchion on the Columbus Module and tightening the bolts on the S0 Truss, which had come loose. This spacewalk was the first all-female spacewalk. During the spacewalk, President Trump called the station and congratulated Koch and Meir on this milestone.[418]

15 November

11:39

6 hours 39 minutes 18:18 Expedition 61

ISS Quest

Luca Parmitano

Andrew Morgan

First of a series of four spacewalks to repair the Alpha Magnetic Spectrometer which suffered a power failure last year in one of its four cooling pumps limiting the operation of the experiment. Parmitano and Morgan went outside and removed a cover plate from AMS and jettisoned it into space to make way for a cryo pump that they will assemble between spacewalks. Some of the bolts put up a fight but Parmitano got them all out. The highlight of the spacewalk is when Andrew Morgan threw the cover plate overboard and it drifted off aft of the station into the vacuum of space. The plate will stay in orbit for a few days until the end of December when it enters the atmosphere and burns up. The crew also removed several carbon fiber strips around fluid lines and installed handrails and grapple bars as get-ahead task. This spacewalk marks Parmitano's return to spacewalking after the Water in the Helmet Incident during EVA 171.[419]

22 November

12:02

6 hours 33 minutes 16:35 Expedition 61

ISS Quest

Luca Parmitano

Andrew Morgan

The second in a series of four spacewalks to repair the AMS. Parmitano and Morgan cut fluid lines and installed a vent on the AMS Experiment to prep the old cooling pump for removal on the third spacewalk. Parmitano and Morgan also routed cables and installed a new power supply to power the pumps when they are installed on the third spacewalk.[420]

2 December

11:31

6 hours 2 minutes 17:33 Expedition 61

ISS Quest

Luca Parmitano

Andrew Morgan

The third in a series of four spacewalks to repair the AMS. Parmitano and Morgan went out on the third spacewalk and installed the cryo pump and routed fluid and electrical lines to power the pump. Flight controllers in Houston, Huntsville, and at CERN activated the experiment and radioed to the crew that AMS passed with flying colors. The crew finished the spacewalk by doing a get-ahead task by covering AMS with thermal blanket.[421]

Space debris events

Date/Time (UTC) Source object Event type Pieces tracked Remarks
27 March Microsat-R (suspected)
and kinetic kill vehicle
2019 Indian anti-satellite missile test 121[422] Indian Prime Minister Narendra Modi announced a successful test of an anti-satellite weapon. The test was believed to have destroyed the Microsat-R satellite launched in January.[423][424]
Early April A Centaur V upper stage
(previously International Designator 2018-079B)
Unknown[425] 54[426] The upper stage of the Centaur V that carried AEHF -4 in high earth orbit on 17 October 2018 broke up for unknown reasons.[427]

Orbital launch statistics

By country

For the purposes of this section, the yearly tally of orbital launches by country assigns each flight to the country of origin of the rocket, not to the launch services provider or the spaceport. For example, Soyuz launches by Arianespace in Kourou are counted under Russia because Soyuz-2 is a Russian rocket.

China: 34Europe: 6India: 6Iran: 2Israel: 0Japan: 2North Korea: 0Russia: 25Ukraine: 0USA: 27

Country Launches Successes Failures Partial
failures
Remarks
 China343220
 Europe6510
 India6600
 Iran2020Additionally, one rocket exploded on the launch pad during a ground test.
 Japan2200
 Russia252500Includes three European Soyuz launches from French Guiana
 United States272700Includes six Electron launches from Mahia
World1029750

By rocket

By family

By type

By configuration

By spaceport

8
16
24
32
40
China
France
India
Iran
Japan
New Zealand
Russia +
Kazakhstan
United States
Site Country Launches Successes Failures Partial failures Remarks
Baikonur Kazakhstan131300
Cape Canaveral  United States131300Includes the 11 October Pegasus XL launch whose carrier aircraft took flight from Cape Canaveral
Jiuquan China9810
Kennedy United States3300
Kourou France9810
Mahia New Zealand6600
MARS United States2200
Plesetsk Russia8800
Satish Dhawan India6600
Semnan Iran2020Additionally, one rocket exploded on the launch pad during a ground test.
Taiyuan China10910
Tanegashima Japan1100
Uchinoura Japan1100
Vandenberg United States3300
Vostochny Russia1100
Wenchang China1100
Xichang China131300
Yellow Sea China1100
Total1029750

By orbit

10
20
30
40
50
60
70
  •   Transatmospheric
  •   Low Earth
  •   Low Earth (ISS)
  •   Low Earth (SSO)
  •   Low Earth (retrograde)
  •   Medium Earth
  •   Geosychronous
    (transfer)
  •   Inclined GSO
  •   High Earth
  •   Heliocentric
Orbital regime Launches Achieved Not achieved Accidentally
achieved
Remarks
Transatmospheric0000
Low Earth / Sun-synchronous666150
Medium Earth9900
Geosynchronous / GTO242400Includes two inclined GSO orbits (IGSO)
High Earth / Lunar transfer2200
Heliocentric / Planetary transfer1100
Total1029750

Notes

  1. Clockwise from top:

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