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Rockets from the Long March family have accumulated 404 launches {{as of|2021|12|29|lc=on}}. Of these, 386 were successful, 11 were failures, and 7 were partial failures. The cumulative success rate is {{percent|386|404|1}}.
Rockets from the Long March family have accumulated 403 launches {{as of|2021|12|26|lc=on}}. Of these, 385 were successful, 11 were failures, and 7 were partial failures. The cumulative success rate is {{percent|385|403|1}}.


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| group 1 = 0: 0: 0: 0: 1: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 1: 0: 0: 1: 1: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 1: 0: 1: 0: 0: 1: 1: 0: 1: 2: 0
| group 1 = 0: 0: 0: 0: 1: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 1: 0: 0: 1: 1: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 1: 0: 1: 0: 0: 1: 1: 0: 1: 2: 0
| group 2 = 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 1: 0: 0: 0: 0: 0: 0: 1: 0: 0: 0: 1: 1: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 1: 0: 0: 0: 0: 0: 0: 1: 1: 0: 0: 0: 0
| group 2 = 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 1: 0: 0: 0: 0: 0: 0: 1: 0: 0: 0: 1: 1: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 1: 0: 0: 0: 0: 0: 0: 1: 1: 0: 0: 0: 0
| group 3 = 1: 1: 0: 0: 0: 1: 1: 0: 1: 0: 0: 0: 1: 1: 2: 1: 2: 2: 4: 0: 5: 0: 3: 1: 5: 1: 2: 6: 6: 4: 5: 1: 4: 6: 8: 5: 6: 10: 11: 5: 15: 18: 19: 13: 15: 19: 20: 14: 37: 25: 32: 47
| group 3 = 1: 1: 0: 0: 0: 1: 1: 0: 1: 0: 0: 0: 1: 1: 2: 1: 2: 2: 4: 0: 5: 0: 3: 1: 5: 1: 2: 6: 6: 4: 5: 1: 4: 6: 8: 5: 6: 10: 11: 5: 15: 18: 19: 13: 15: 19: 20: 14: 37: 25: 32: 46
| group 4 = 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0
| group 4 = 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0: 0


Revision as of 12:25, 29 December 2021

This is a list of all orbital launches made by the Long March rocket family. Launch attempts aborted or scrubbed before liftoff, including ones such as the attempt to launch a Long March 2E with Optus B1 on 22 March 1992, where the engines were ignited but shut down on the pad, are not included. Launches made with the related Feng Bao 1 carrier rocket are not included.

Launch statistics

Rockets from the Long March family have accumulated 403 launches as of 26 December 2021. Of these, 385 were successful, 11 were failures, and 7 were partial failures. The cumulative success rate is 95.5%.


10
20
30
40
50
1970
1975
1980
1985
1990
1995
2000
2005
2010
2015
2020
  •   Failure
  •   Partial failure
  •   Success
  •   Planned[1]

Anomalies and failures

A success is a launch that deploys all payloads into the correct orbit without damage. The launch vehicle may experience an anomaly that does not affect the mission. The payload may experience an anomaly that was not caused by the launch.

  • On 29 November 1994, the Long March 3A successfully deployed Chinasat-5 into geostationary transfer orbit. However, the satellite failed to reach geostationary orbit due to a propellant leak.
  • On 3 November 2016, the Long March 5 experienced an anomaly in the second stage, failing to deploy the stack into the correct geostationary transfer orbit. However, the third stage was able to compensate for the performance shortfall with a longer burn.

A partial failure is a launch that reaches orbit, but at least one payload was not deployed into the correct orbit without damage.[2] After a partial failure, a satellite may operate at reduced functionality or with a reduced lifetime. A common type of partial failure occurs when a satellite is deployed into a lower than intended orbit. The satellite can maneuver with its own propulsion system to reach the correct orbit, but this reduces the fuel available for station-keeping and shortens its operational life.[3]

  • On 29 January 1984, the maiden launch of the Long March 3 failed to reach geostationary transfer orbit.
  • On 28 December 1991, the Long March 3 failed to deploy the payload into geostationary transfer orbit.
  • On 28 November 1995, the Long March 2E damaged AsiaSat 2 by subjecting it to excessive forces during the launch. The satellite was unable to broadcast to its full coverage area.
  • On 18 August 1996, the Long March 3 failed to deploy the payload into geostationary transfer orbit.
  • On 31 August 2009, the Long March 3B failed to deploy the payload into geostationary transfer orbit. The satellite reached the intended orbit with its own propulsion system.
  • On 28 December 2016, the Long March 2D failed to deploy the payloads into sun-synchronous orbit. The primary payloads reached the correct orbit with their own propulsion systems, but the secondary payload had no propulsion system and reentered two months later.
  • On 18 June 2017, the Long March 3B failed to deploy ChinaSat 9A into geostationary transfer orbit. The satellite maneuvered 10 times over a one-month period to reach the correct orbit.

A failure is a launch that destroys the satellite or does not deploy it into earth orbit.

  • On 5 November 1974, the Long March 2 lost control during its maiden launch.
  • On 21 December 1992, the Long March 2E experienced a structural failure of the payload fairing, destroying the Optus B2 communications satellite.
  • On 25 January 1995, the Long March 2E experienced another structural failure in the payload fairing, destroying the Apstar 2 communications satellite.
  • On 14 February 1996, the Long March 3B lost its guidance platform and veered off course, hitting a nearby village and killing at least 6 people.
  • On 18 August 2011, the Long March 2C lost attitude control.
  • On 9 December 2013, the Long March 4B experienced an early shutdown of its third stage and failed to reach orbit.
  • On 31 August 2016, the Long March 4C failed to reach orbit.
  • On 2 July 2017, the Long March 5 experienced an anomaly in its first stage and failed to reach orbit.
  • On 22 May 2019, the Long March 4C failed to reach orbit due to a problem with its third stage.
  • On 16 March 2020, the first Long March 7A failed to reach orbit.
  • On 9 April 2020, the Long March 3B failed to reach orbit with the Palapa-N1 (Nusantara Dua) satellite due to third stage failure.

Launch history

1970–1990

Date/time (UTC) Rocket Serial number Launch site Outcome
Payload Separation orbit Operator Function
Remarks
24 April 1970
13:35 		Long March 1 F-01 Jiuquan, LA-2/5020 Successful
Dong Fang Hong 1 Low Earth CAST Technology
First Chinese satellite
3 March 1971
12:15 		Long March 1 F-02 Jiuquan, LA-2/5020 Successful
Shijian 1 Low Earth CAST Science and technology
5 November 1974
09:40 		Long March 2 F-01 Jiuquan, LA-2/138 Failure
FSW-0 No.0 Low Earth (planned) Reconnaissance
Loss of control during ascent due to a broken control wire.
16 November 1975
03:29 		Long March 2 F-02 Jiuquan, LA-2/138 Successful
FSW-0 No.1 Low Earth Reconnaissance
7 December 1976
04:38 		Long March 2 F-03 Jiuquan, LA-2/138 Successful
FSW-0 No.2 Low Earth Reconnaissance
26 January 1978
04:58 		Long March 2 F-04 Jiuquan, LA-2/138 Successful
FSW-0 No.3 Low Earth Reconnaissance
9 September 1982
07:19 		Long March 2C F-01 Jiuquan, LA-2/138 Successful
FSW-0 No.4 Low Earth Reconnaissance
Maiden flight of Long March 2C.
19 August 1983
06:00 		Long March 2C F-02 Jiuquan, LA-2/138 Successful
FSW-0 No.5 Low Earth Reconnaissance
29 January 1984
12:25 		Long March 3 F-01 Xichang, LA-3 Partial failure
STTW-T1 Geosynchronous transfer (intended)
Low Earth (achieved) 		Technology
Maiden flight of Long March 3, lower than planned orbit reached due to insufficient pressurization of the third stage engine during restart.
8 April 1984
11:20 		Long March 3 F-02 Xichang, LA-3 Successful
STTW-T2 Geosynchronous transfer Technology
First Chinese geostationary satellite
12 September 1984
05:44 		Long March 2C F-03 Jiuquan, LA-2/138 Successful
FSW-0 No.6 Low Earth Reconnaissance
21 October 1985
05:04 		Long March 2C F-04 Jiuquan, LA-2/138 Successful
FSW-0 No.7 Low Earth Reconnaissance
1 February 1986
12:37 		Long March 3 F-03 Xichang, LA-3 Successful
DFH-2A-T1 Geosynchronous transfer Communication
6 October 1986
05:40 		Long March 2C F-05 Jiuquan, LA-2/138 Successful
FSW-0 No.8 Low Earth Reconnaissance
5 August 1987
06:39 		Long March 2C F-06 Jiuquan, LA-2/138 Successful
FSW-0 No.9 Low Earth Reconnaissance
9 September 1987
07:15 		Long March 2C F-07 Jiuquan LA-2/138 Successful
FSW-1 No.1 Low Earth Reconnaissance
7 March 1988
12:41 		Long March 3 F-04 Xichang LA-3 Successful
Chinasat-1 (DFH-2A-T2) Geosynchronous transfer Communication
5 August 1988
07:29 		Long March 2C F-08 Jiuquan LA-2/138 Successful
FSW-1 No.2 Low Earth Reconnaissance
6 September 1988
20:30 		Long March 4A F-01 Taiyuan LA-7 Successful
Fengyun-1A Sun synchronous Meteorology
22 December 1988
12:40 		Long March 3 F-05 Xichang LA-3 Successful
Chinasat-2 (DFH-2A-T3) Geosynchronous transfer Communication
4 February 1990
12:28 		Long March 3 F-06 Xichang LA-3 Successful
Chinasat-3 (DFH-2A-T4) Geosynchronous transfer Communication
7 April 1990
13:30 		Long March 3 F-07 Xichang LA-3 Successful
AsiaSat 1 Geosynchronous transfer AsiaSat Communication
First Chinese orbital launch for a foreign customer
16 July 1990
00:40 		Long March 2E F-01 Xichang LA-2 Successful
Optus-B mass simulator Low Earth Flight testing
Badr A Low Earth Technology
3 September 1990
00:53 		Long March 4A F-02 Taiyuan LA-7 Successful
Fengyun-1B Sun synchronous Meteorology
5 October 1990
06:14 		Long March 2C F-09 Jiuquan LA-2/138 Successful
FSW-1 No.3 Low Earth Reconnaissance

1991–2000

Date/time (UTC) Rocket Serial number Launch site Outcome
Payload Separation orbit Operator Function
Remarks
28 December 1991
12:00 		Long March 3 F-08 Xichang LA-3 Partial Failure
Chinasat-4 (DFH-2A-T5) Geosynchronous transfer Communication
Satellite left in unusable orbit due to the third stage shutting down earlier than planned.[4]
9 August 1992
08:00 		Long March 2D F-01 Jiuquan LA-2/138 Successful
FSW-2 No.1 Low Earth Reconnaissance
13 August 1992
23:00 		Long March 2E/Star-63F F-02 Xichang LA-2 Successful
Optus-B1 Geosynchronous transfer AUSSAT Communication
6 October 1992
06:20 		Long March 2C F-10 Jiuquan LA-2/138 Successful
FSW-1 No.4 Low Earth Reconnaissance
Freja Low Earth Swedish Space Corporation Technology
21 December 1992
11:21 		Long March 2E/Star-63F F-03 Xichang LA-2 Failure
Optus-B2 Geosynchronous transfer (planned) AUSSAT Communication
Structural failure of payload fairing 48 seconds after launch, destroying the satellite.[5]
8 October 1993
08:00 		Long March 2C F-11 Jiuquan LA-2/138 Successful
FSW-1 No.5 Low Earth Reconnaissance
8 February 1994
08:34 		Long March 3A F-01 Xichang LA-2 Successful
Shijian 4 Geosynchronous transfer Magnetosphere research
Kuafu-1 (DFH-3 mass simulator) Geosynchronous transfer Flight testing
3 July 1994
08:00 		Long March 2D F-02 Jiuquan LA-2/138 Successful
FSW-2 No.2 Low Earth Reconnaissance
21 July 1994
10:55 		Long March 3 F-09 Xichang LA-3 Successful
Apstar 1 Geosynchronous transfer Apstar Communication
27 August 1994
23:10 		Long March 2E/Star-63F F-04 Xichang LA-2 Successful
Optus-B3 Geosynchronous transfer AUSSAT Communication
29 November 1994
17:02 		Long March 3A F-02 Xichang LA-2 Successful
Chinasat-5 Geosynchronous transfer Communication
Satellite failed to reach the operational orbit due to a propellant leak in GTO.[4]
25 January 1995
22:40 		Long March 2E/Star-63F F-05 Xichang LA-2 Failure
Apstar 2 Geosynchronous transfer (planned) Apstar Communication
Payload fairing collapsed due to structural deficiency, aggravated by excessive vibration caused by wind shear.[5]
28 November 1995
11:30 		Long March 2E/EPKM F-06 Xichang LA-2 Partial failure
AsiaSat 2 Geosynchronous transfer AsiaSat Communication
Excessive acceleration during the launch knocked the antenna feed horns out of alignment, reducing the coverage area of the Ku band transponders.[6] AsiaSat filed a satellite insurance claim for $58 million.[7]
28 December 1995
11:50 		Long March 2E/EPKM F-07 Xichang LA-2 Successful
EchoStar 1 Geosynchronous transfer EchoStar Communication
14 February 1996
19:01 		Long March 3B F-01 Xichang LA-2 Failure
Intelsat 708 Geosynchronous transfer (planned) Intelsat Communication
Guidance platform short-circuited right at liftoff, leading to loss of attitude control.[4] The vehicle hit the ground at T+23 seconds and exploded, killing at least 6 people on the ground.[8]
3 July 1996
10:47 		Long March 3 F-10 Xichang LA-3 Successful
Apstar 1A Geosynchronous transfer Apstar Communication
18 August 1996
10:27 		Long March 3 F-11 Xichang LA-3 Partial failure
Chinasat-7 Geosynchronous transfer Communication
Third stage engine shut down 48 seconds too early.[4]
20 October 1996
07:20 		Long March 2D F-03 Jiuquan LA-2/138 Successful
FSW-2 No.3 Low Earth Reconnaissance
11 May 1997
16:17 		Long March 3A F-03 Xichang LA-2 Successful
Chinasat-6 Geosynchronous transfer Communication
10 June 1997
12:01 		Long March 3 F-12 Xichang LA-3 Successful
Fengyun-2A Geosynchronous transfer Meteorology
19 August 1997
17:50 		Long March 3B F-02 Xichang LA-2 Successful
Agila-2 Geosynchronous transfer Mabuhay Communication
1 September 1997
14:00 		Long March 2C / SD F-12 Taiyuan LA-7 Successful
Iridium mass simulator A Low Earth Flight testing
Iridium mass simulator B Low Earth Flight testing
16 October 1997
19:13 		Long March 3B F-03 Xichang LA-2 Successful
Apstar 2R Geosynchronous transfer Apstar Communication
8 December 1997
07:16 		Long March 2C / SD F-13 Taiyuan LA-7 Successful
Iridium 42 Low Earth Iridium Communications Inc. Communication
Iridium 44 Low Earth Iridium Communications Inc. Communication
25 March 1998
17:01 		Long March 2C / SD F-14 Taiyuan LA-7 Successful
Iridium 51 Low Earth Iridium Communications Inc. Communication
Iridium 61 Low Earth Iridium Communications Inc. Communication
2 May 1998
09:16 		Long March 2C / SD F-15 Taiyuan LA-7 Successful
Iridium 69 Low Earth Iridium Communications Inc. Communication
Iridium 71 Low Earth Iridium Communications Inc. Communication
30 May 1998
10:00 		Long March 3B F-04 Xichang LA-2 Successful
ChinaStar 1 Geosynchronous transfer China Orient Telecommunications Satellite Co. Communication
18 July 1998
09:20 		Long March 3B F-05 Xichang LA-2 Successful
SinoSat 1 Geosynchronous transfer Sino Satellite Communications Communication
19 August 1998
23:01 		Long March 2C / SD F-16 Taiyuan LA-7 Successful
Iridium 76 Low Earth Iridium Communications Inc. Communication
Iridium 78 Low Earth Iridium Communications Inc. Communication
19 December 1998
11:39 		Long March 2C / SD F-17 Taiyuan LA-7 Successful
Iridium 88 Low Earth Iridium Communications Inc. Communication
Iridium 89 Low Earth Iridium Communications Inc. Communication
10 May 1999
01:33 		Long March 4B F-01 Taiyuan LA-7 Successful
Fengyun-1C Sun synchronous Meteorology
Shijian-5 Sun synchronous Technology
11 June 1999
17:15 		Long March 2C / SD F-18 Taiyuan LA-7 Successful
Iridium 92 Low Earth Iridium Communications Inc. Communication
Iridium 93 Low Earth Iridium Communications Inc. Communication
14 October 1999
03:15 		Long March 4B F-02 Taiyuan LA-7 Successful
CBERS-1 Sun synchronous Earth observation
SACI 1 Sun synchronous INPE Technology
19 November 1999
22:30 		Long March 2F F-01 Jiuquan LA-4/SLS-1 Successful
Shenzhou 1 Low Earth Technology
25 January 2000
16:45 		Long March 3A F-04 Xichang LA-2 Successful
Chinasat-22 Geosynchronous transfer Communication
25 June 2000
11:50 		Long March 3 F-13 Xichang LA-3 Successful
Fengyun-2B Geosynchronous transfer Meteorology
1 September 2000
03:25 		Long March 4B F-03 Taiyuan LA-7 Successful
Ziyuan II-01 Sun synchronous Reconnaissance
30 October 2000
16:02 		Long March 3A F-05 Xichang LA-2 Successful
Beidou-1A Geosynchronous transfer Navigation
20 December 2000
16:20 		Long March 3A F-06 Xichang LA-2 Successful
Beidou-1B Geosynchronous transfer Navigation

2001–2010

Date/time (UTC) Rocket Serial number Launch site Outcome
Payload Separation orbit Operator Function
Remarks
9 January 2001
17:00[9] 		Long March 2F F-02 Jiuquan LA-4/SLS-1 Successful
Shenzhou 2 Low Earth Technology
25 March 2002
14:15[10] 		Long March 2F F-03 Jiuquan LA-4/SLS-1 Successful
Shenzhou 3 Low Earth Technology
15 May 2002
01:50[11] 		Long March 4B F-04 Taiyuan LA-7 Successful
Fengyun-1D Sun-synchronous Meteorology
Haiyang-1A Sun-synchronous Ocean observation
27 October 2002
03:17[12] 		Long March 4B F-05 Taiyuan LA-7 Successful
Ziyuan II-02 Sun-synchronous Reconnaissance
29 December 2002
16:40[13] 		Long March 2F F-04 Jiuquan LA-4/SLS-1 Successful
Shenzhou 4 Low Earth Technology
24 May 2003
16:34[14] 		Long March 3A F-07 Xichang LA-2 Successful
Beidou-1C Geostationary transfer Navigation
15 October 2003
01:00[15] 		Long March 2F F-05 Jiuquan LA-4/SLS-1 Successful
Shenzhou 5 Low Earth Manned spaceflight
First Chinese manned orbital mission
21 October 2003
03:16[16] 		Long March 4B F-06 Taiyuan LA-7 Successful
CBERS-2 Sun-synchronous Earth observation
Chuangxin 1 (01) Sun-synchronous China Academy of Science Technology / Communication
3 November 2003
07:20[17] 		Long March 2D F-04 Jiuquan LA-4/SLS-2 Successful
FSW-3 No.1 Low Earth Reconnaissance
14 November 2003
16:01[18] 		Long March 3A F-08 Xichang LA-2 Successful
Chinasat-20 Geostationary transfer Communication
29 December 2003
19:06[19] 		Long March 2C / SM F-19 Xichang LA-3 Successful
Double Star 1 High Earth Magnetosphere research
18 April 2004
15:59[20] 		Long March 2C F-20 Xichang LA-3 Successful
Shiyan-1 Sun-synchronous Technology
Nano Satellite 1 Sun-synchronous Technology
25 July 2004
07:05[21][22] 		Long March 2C / SM F-21 Taiyuan LA-7 Successful
Double Star 2 High Earth Magnetosphere research
29 August 2004
07:50[23] 		Long March 2C F-22 Jiuquan LA-4/SLS-2 Successful
FSW-4 No.1 Low Earth Reconnaissance
8 September 2004
23:14[24] 		Long March 4B F-07 Taiyuan LA-7 Successful
Shijian-6A Sun-synchronous Technology / Reconnaissance
Shijian-6B Sun-synchronous Technology / Reconnaissance
27 September 2004
08:00[25] 		Long March 2D F-05 Jiuquan LA-4/SLS-2 Successful
FSW-3 No.2 Low Earth Reconnaissance
19 October 2004
01:20[26] 		Long March 3A F-09 Xichang LA-2 Successful
Fengyun-2C Geostationary transfer Meteorology
6 November 2004
03:10[27] 		Long March 4B F-08 Taiyuan LA-7 Successful
Ziyuan II-03 Sun-synchronous Reconnaissance
18 November 2004
10:45[28] 		Long March 2C F-23 Xichang LA-3 Successful
Shiyan-2 Sun-synchronous Technology
12 April 2005
12:00 		Long March 3B F-06 Xichang LA-2 Successful
Apstar 6 Geosynchronous transfer Apstar Communication
5 July 2005
22:40[29] 		Long March 2D F-06 Jiuquan LA-4/SLS-2 Successful
Shijian-7 Sun synchronous Technology
2 August 2005
07:30[30] 		Long March 2C F-24 Jiuquan LA-4/SLS-2 Successful
FSW-4 No.2 Low Earth Reconnaissance
29 August 2005
08:45[31] 		Long March 2D F-07 Jiuquan LA-4/SLS-2 Successful
FSW-3 No.3 Low Earth Reconnaissance
12 October 2005
01:00[32] 		Long March 2F F-06 Jiuquan LA-4/SLS-1 Successful
Shenzhou 6 Low Earth Manned spaceflight
26 April 2006
22:48[33][34] 		Long March 4C F-01 Taiyuan LA-7 Successful
Yaogan 1 Sun synchronous Reconnaissance
9 September 2006
07:00[35] 		Long March 2C F-25 Jiuquan LA-4/SLS-2 Successful
Shijian-8 Low Earth Microgravity research
12 September 2006
16:02[36] 		Long March 3A F-10 Xichang LA-2 Successful
Chinasat-22A Geosynchronous transfer Communication
23 October 2006
23:34[37] 		Long March 4B F-09 Taiyuan LA-7 Successful
Shijian-6C Sun synchronous Technology / Reconnaissance
Shijian-6D Sun synchronous Technology / Reconnaissance
28 October 2006
16:20[38] 		Long March 3B F-07 Xichang LA-2 Successful
SinoSat 2 Geosynchronous transfer Sino Satellite Communications Communication
Satellite failed to deploy its solar panels after launch.
8 December 2006
00:53[39] 		Long March 3A F-11 Xichang LA-2 Successful
Fengyun-2D Geosynchronous transfer Meteorology
2 February 2007
16:28[40] 		Long March 3A F-12 Xichang LA-2 Successful
Beidou-1D Geosynchronous transfer Navigation
11 April 2007
03:27[41] 		Long March 2C F-26 Taiyuan LA-7 Successful
Haiyang-1B Sun synchronous Ocean observation
13 April 2007
20:11[42] 		Long March 3A F-13 Xichang LA-2 Successful
Compass-M1 Medium Earth Navigation
13 May 2007
16:01[43] 		Long March 3B/E F-08 Xichang LA-2 Successful
NIGCOMSAT-1 Geosynchronous transfer Communication
25 May 2007
07:12[44] 		Long March 2D F-08 Jiuquan, LA-4/SLS-2 Successful
Yaogan 2 Sun synchronous Reconnaissance
ZDPS-1 Sun synchronous Zhejiang University Technology
31 May 2007
16:08 [45] 		Long March 3A F-14 Xichang, LA-2 Successful
SinoSat 3 Geosynchronous transfer Communication
The 100th launch of Long March series rocket.[45]
5 July 2007
12:08[46] 		Long March 3B F-09 Xichang LA-2 Successful
Chinasat-6B Geosynchronous transfer China Satellite Communications Communication
19 September 2007
03:26[47] 		Long March 4B F-10 Taiyuan LA-7 Successful
CBERS-2B Sun synchronous Earth observation
24 October 2007
10:05[48] 		Long March 3A F-15 Xichang LA-3 Successful
Chang'e 1 Lunar transfer CNSA Lunar orbiter
11 November 2007
22:48[49] 		Long March 4C F-02 Taiyuan LA-7 Successful
Yaogan 3 Sun synchronous Reconnaissance
25 April 2008
15:35[50] 		Long March 3C F-01 Xichang LA-2 Successful
Tianlian-1A Geosynchronous transfer Communication / Data transfer
27 May 2008
03:02[51] 		Long March 4C F-03 Taiyuan LA-7 Successful
Fengyun-3A Sun synchronous Meteorology
9 June 2008
12:15[52] 		Long March 3B F-10 Xichang LA-2 Successful
ChinaSat 9 Geosynchronous transfer China Satellite Communications Communication
6 September 2008
03:25[53] 		Long March 2C / SMA F-27 Taiyuan LA-7 Successful
Huanjing-1A Sun synchronous Earth observation
Huanjing-1B Sun synchronous Earth observation
25 September 2008
13:10[54] 		Long March 2F F-07 Jiuquan LA-4/SLS-1 Successful
Shenzhou 7 Low Earth Manned spaceflight
25 October 2008
01:15[55] 		Long March 4B F-11 Taiyuan LA-9 Successful
Shijian-6E Sun synchronous Technology / Reconnaissance
Shijian-6F Sun synchronous Technology / Reconnaissance
29 October 2008
16:53[56] 		Long March 3B/E F-11 Xichang LA-2 Successful
VENESAT 1 Geosynchronous transfer Communication
5 November 2008
00:15[57] 		Long March 2D F-09 Jiuquan LA-4/SLS-2 Successful
Shiyan-3 Sun synchronous Technology
Chuangxin-1 (02) Sun synchronous China Academy of Science Technology / Communication
1 December 2008
04:42[58] 		Long March 2D F-10 Jiuquan LA-4/SLS-2 Successful
Yaogan 4 Sun synchronous Reconnaissance
15 December 2008
03:22[59] 		Long March 4B F-12 Taiyuan LA-9 Successful
Yaogan 5 Sun synchronous Reconnaissance
23 December 2008
00:54[60] 		Long March 3A F-16 Xichang LA-3 Successful
Fengyun-2E Geosynchronous transfer Meteorology
14 April 2009
16:16[61] 		Long March 3C F-02 Xichang LA-2 Successful
Compass-G2 Geosynchronous transfer Navigation
22 April 2009
02:55[62] 		Long March 2C F-28 Taiyuan LA-7 Successful
Yaogan 6 Sun synchronous Reconnaissance
31 August 2009
09:28[65] 		Long March 3B F-12 Xichang LA-2 Partial failure
Palapa-D Geosynchronous transfer Communication
Ice blockage in the third stage engine caused performance shortfall, leaving payload in lower than planned orbit. The satellite maneuvered with its own propulsion system, reaching geosynchronous transfer orbit on 3 September 2009 and geostationary orbit on 9 September 2009.[63][64]
12 November 2009
02:45[66] 		Long March 2C F-29 Jiuquan LA-4/SLS-2 Successful
Shijian-11-01 Sun synchronous Technology
9 December 2009
08:42[67] 		Long March 2D F-11 Jiuquan LA-4/SLS-2 Successful
Yaogan 7 Sun synchronous Reconnaissance
15 December 2009
02:31[68] 		Long March 4C F-04 Taiyuan LA-9 Successful
Yaogan 8 Sun synchronous Reconnaissance
Xiwang 1 Sun synchronous Amateur radio
16 January 2010
16:12[69] 		Long March 3C F-03 Xichang LA-2 Successful
Compass-G1 Geosynchronous transfer Navigation
5 March 2010
04:55[70] 		Long March 4C F-05 Jiuquan LA-4/SLS-2 Successful
Yaogan 9A Low Earth Reconnaissance
Yaogan 9B Low Earth Reconnaissance
Yaogan 9C Low Earth Reconnaissance
2 June 2010
15:53[71] 		Long March 3C F-04 Xichang LA-2 Successful
Compass-G3 Geosynchronous transfer Navigation
15 June 2010
01:39[72] 		Long March 2D F-12 Jiuquan LA-4/SLS-2 Successful
Shijian-12 Sun synchronous Technology
31 July 2010
21:30[73] 		Long March 3A F-17 Xichang LA-3 Successful
Compass-IGSO1 Geosynchronous transfer Navigation
9 August 2010
22:49[74] 		Long March 4C F-06 Taiyuan LA-9 Successful
Yaogan 10 Sun synchronous Reconnaissance
24 August 2010
07:10[75] 		Long March 2D F-13 Jiuquan LA-4/SLS-2 Successful
Tianhui-1 Sun synchronous Reconnaissance
4 September 2010
16:14[76] 		Long March 3B/E F-13 Xichang LA-2 Successful
Chinasat-6A Geosynchronous transfer Communication
22 September 2010
02:42[77] 		Long March 2D F-14 Jiuquan LA-4/SLS-2 Successful
Yaogan 11 Sun synchronous Reconnaissance
ZDPS-1A Sun synchronous Zhejiang University Technology
ZDPS-1B Sun synchronous Zhejiang University Technology
1 October 2010
10:59[78] 		Long March 3C F-05 Xichang LA-2 Successful
Chang'e 2 Lunar transfer CNSA Lunar orbiter
6 October 2010
00:49[79] 		Long March 4B F-13 Taiyuan LA-9 Successful
Shijian-6G Sun synchronous Technology / Reconnaissance
Shijian-6H Sun synchronous Technology / Reconnaissance
31 October 2010
16:26[80] 		Long March 3C F-06 Xichang LA-2 Successful
Compass-G4 Geosynchronous transfer Navigation
4 November 2010
18:37[81] 		Long March 4C F-07 Taiyuan LA-9 Successful
Fengyun-3B Sun synchronous Meteorology
24 November 2010
16:09[82] 		Long March 3A F-18 Xichang LA-3 Successful
Chinasat-20A Geosynchronous transfer Communication
17 December 2010
20:20[83] 		Long March 3A F-19 Xichang LA-3 Successful
Compass-IGSO2 Geosynchronous transfer Navigation

2011–2015

Date/time (UTC) Rocket Serial number Launch site Outcome
Payload Separation orbit Operator Function
Remarks
9 April 2011
20:47[84] 		Long March 3A F-20 Xichang LA-3 Successful
Compass-IGSO3 Geosynchronous transfer Navigation
20 June 2011
16:13[85] 		Long March 3B/E F-14 Xichang LA-2 Successful
SinoSat 5 (Chinasat-10) Geosynchronous transfer Communication
6 July 2011
04:28[86] 		Long March 2C F-30 Jiuquan LA-4/SLS-2 Successful
Shijian-11-03 Sun synchronous Technology
11 July 2011
15:41[87] 		Long March 3C F-07 Xichang LA-2 Successful
Tianlian-1B Geosynchronous transfer Communication / Data transfer
26 July 2011
21:44[88] 		Long March 3A F-21 Xichang LA-3 Successful
Compass-IGSO4 Geosynchronous transfer Navigation
29 July 2011
07:42[89] 		Long March 2C F-31 Jiuquan LA-4/SLS-2 Successful
Shijian-11-02 Sun synchronous Technology
11 August 2011
16:15[90] 		Long March 3B/E F-15 Xichang LA-2 Successful
PAKSAT-1R Geosynchronous transfer Communication
15 August 2011
22:57[91] 		Long March 4B F-14 Taiyuan LA-9 Successful
Haiyang-2A Sun synchronous Ocean observation
18 August 2011
09:28[92] 		Long March 2C F-32 Jiuquan LA-4/SLS-2 Failure
Shijian-11-04 Sun synchronous (intended) Technology
Second stage vernier engine support structure failed in flight, led to loss of attitude control.
18 September 2011
16:33[93] 		Long March 3B/E F-16 Xichang LA-2 Successful
ChinaSat-1A Geosynchronous transfer Communication
29 September 2011
13:16[94] 		Long March 2F/G F-08 Jiuquan LA-4/SLS-1 Successful
Tiangong 1 Low Earth Space laboratory
7 October 2011
08:21[95] 		Long March 3B/E F-17 Xichang LA-2 Successful
Eutelsat W3C Geosynchronous transfer Eutelsat Communication
31 October 2011
21:58[96] 		Long March 2F F-09 Jiuquan LA-4/SLS-1 Successful
Shenzhou 8 Low Earth Technology
9 November 2011
03:21[97] 		Long March 4B F-15 Taiyuan LA-9 Successful
Yaogan 12 Sun synchronous Reconnaissance
Tianxun-1 Sun synchronous Nanjing University of Aeronautics and Astronautics Technology
20 November 2011
00:15[98] 		Long March 2D F-15 Jiuquan LA-4/SLS-2 Successful
Shiyan-4 Sun synchronous Technology
Chuangxin-1 (03) Sun synchronous China Academy of Science Technology / Communication
29 November 2011
18:50[99] 		Long March 2C F-33 Taiyuan LA-9 Successful
Yaogan 13 Sun synchronous Reconnaissance
1 December 2011
21:07[100] 		Long March 3A F-22 Xichang LA-3 Successful
Compass-IGSO5 Geosynchronous transfer Navigation
19 December 2011
16:41[101] 		Long March 3B/E F-18 Xichang LA-2 Successful
NIGCOMSAT-1R Geosynchronous transfer Communication
22 December 2011
03:26[102] 		Long March 4B F-16 Taiyuan LA-9 Successful
Ziyuan I-02C Sun synchronous Earth observation
9 January 2012
03:17[103] 		Long March 4B F-17 Taiyuan LA-9 Successful
Ziyuan III-01 Sun synchronous CNSA Earth observation
VesselSat-2 Sun synchronous Luxspace Technology
13 January 2012
00:56[104][105] 		Long March 3A F-23 Xichang LA-3 Successful
Fengyun-2F Geosynchronous transfer Meteorology
24 February 2012
16:12[106] 		Long March 3C F-08 Xichang LA-2 Successful
Compass-G5 Geosynchronous transfer Navigation
31 March 2012
10:27[107] 		Long March 3B/E F-19 Xichang LA-2 Successful
Apstar 7 Geosynchronous transfer Apstar Communication
29 April 2012
20:50[108] 		Long March 3B F-20 Xichang LA-2 Successful
Compass-M3 Medium Earth Navigation
Compass-M4 Medium Earth Navigation
6 May 2012
07:10[109] 		Long March 2D F-16 Jiuquan LA-4/SLS-2 Successful
Tianhui-1B Sun synchronous Reconnaissance
10 May 2012
07:06[110] 		Long March 4B F-18 Taiyuan LA-9 Successful
Yaogan 14 Sun synchronous Reconnaissance
Tiantuo-1 Sun synchronous National University of Defense Technology Technology
26 May 2012
15:56[111][112] 		Long March 3B/E F-21 Xichang LA-2 Successful
Chinasat-2A Geosynchronous transfer Communication
29 May 2012
07:31[113] 		Long March 4C F-08 Taiyuan LA-9 Successful
Yaogan 15 Sun synchronous Reconnaissance
16 June 2012
10:37[114] 		Long March 2F F-10 Jiuquan LA-4/SLS-1 Successful
Shenzhou 9 Low Earth Manned spaceflight
25 July 2012
15:43[115] 		Long March 3C F-09 Xichang LA-2 Successful
Tianlian-1C Geosynchronous transfer Communication / Data transfer
18 September 2012
19:10[116] 		Long March 3B F-22 Xichang LA-2 Successful
Compass-M5 Medium Earth Navigation
Compass-M6 Medium Earth Navigation
Last flight of the first-generation Long March 3B, replaced by 3B/E
29 September 2012
04:12[117] 		Long March 2D F-17 Jiuquan LA-4/SLS-2 Successful
Venezuela Remote Sensing Satellite Sun synchronous Remote Sensing
14 October 2012
03:25[118][119] 		Long March 2C / SMA F-34 Taiyuan LA-9 Successful
Shijian-9A Sun synchronous Technology
Shijian-9B Sun synchronous Technology
25 October 2012
15:33[120][121] 		Long March 3C F-10 Xichang LA-2 Successful
Compass-G6 Geosynchronous transfer Navigation
18 November 2012
22:53[122][123] 		Long March 2C F-35 Taiyuan LA-9 Successful
Huanjing 1C Sun synchronous Earth Observation
Xinyan 1 Sun synchronous Technology
Fengniao 1 Sun synchronous Technology
Fengniao 1A Sun synchronous Technology
25 November 2012
04:06[124][125] 		Long March 4C F-09 Jiuquan LA-4/SLS-2 Successful
Yaogan 16A Low Earth Reconnaissance
Yaogan 16B Low Earth Reconnaissance
Yaogan 16C Low Earth Reconnaissance
27 November 2012
10:13[126][127] 		Long March 3B/E F-23 Xichang LA-2 Successful
Chinasat-12 Geosynchronous transfer Communication
18 December 2012
16:13[128] 		Long March 2D F-18 Jiuquan LA-4/SLS-2 Successful
Göktürk-2 Sun synchronous Earth Observation
26 April 2013
04:13[129] 		Long March 2D F-19 Jiuquan LA-4/SLS-2 Successful
Gaofen 1 Sun synchronous Earth Observation
TurkSat-3USat Sun synchronous Technology
NEE-01 Pegaso Sun synchronous Technology
CubeBug-1 Sun synchronous Technology
1 May 2013
16:06[130] 		Long March 3B/E F-24 Xichang LA-2 Successful
Chinasat-11 Geosynchronous transfer Communication
11 June 2013
09:38[131] 		Long March 2F F-11 Jiuquan LA-4/SLS-1 Successful
Shenzhou 10 Low Earth Manned spaceflight
15 July 2013
09:27[132][133] 		Long March 2C F-36 Jiuquan LA-4/SLS-2 Successful
Shijian-11-05 Sun synchronous Technology
19 July 2013
23:37[134][135] 		Long March 4C F-10 Taiyuan LA-9 Successful
Shijian 15 Sun synchronous Technology
Shiyan-7 Sun synchronous Technology
Chuangxin-3 Sun synchronous Technology / Communication
1 September 2013
19:16[136] 		Long March 4C F-11 Jiuquan LA-4/SLS-2 Successful
Yaogan 17A Low Earth Reconnaissance
Yaogan 17B Low Earth Reconnaissance
Yaogan 17C Low Earth Reconnaissance
23 September 2013
03:07[137] 		Long March 4C F-12 Taiyuan LA-9 Successful
Fengyun-3C Sun synchronous Meteorology
25 October 2013
03:50[138] 		Long March 4B F-19 Jiuquan LA-4/SLS-2 Successful
Shijian 16 Low Earth Technology
29 October 2013
02:50[139] 		Long March 2C F-37 Taiyuan LA-9 Successful
Yaogan 18 Sun synchronous Reconnaissance
20 November 2013
03:31[140] 		Long March 4C F-13 Taiyuan LA-9 Successful
Yaogan 19 Sun synchronous Reconnaissance
25 November 2013
02:12[141] 		Long March 2D F-20 Jiuquan LA-4/SLS-2 Successful
Shiyan-5 Low Earth Technology
1 December 2013
17:30[142] 		Long March 3B/E F-25 Xichang LA-2 Successful
Chang'e 3 Lunar transfer CNSA Lunar lander/rover
9 December 2013
03:26[143] 		Long March 4B F-20 Taiyuan LA-9 Failure
CBERS-3 Sun synchronous (intended) Earth observation
Third stage engine shut down early due to duct blockage.
20 December 2013
16:42[144] 		Long March 3B/E F-26 Xichang LA-2 Successful
Túpac Katari 1 Geosynchronous transfer Communication
31 March 2014
02:46[145] 		Long March 2C F-38 Jiuquan LA-4/SLS-2 Successful
Shijian-11-06 Sun synchronous Technology
9 August 2014
05:45[146] 		Long March 4C F-14 Jiuquan LA-4/SLS-2 Successful
Yaogan 20A Low Earth Reconnaissance
Yaogan 20B Low Earth Reconnaissance
Yaogan 20C Low Earth Reconnaissance
19 August 2014
03:15[147] 		Long March 4B F-21 Taiyuan LA-9 Successful
Gaofen 2 Sun synchronous Earth Observation
BRITE-PL2 (Heweliusz) Sun synchronous Astronomy
4 September 2014
00:15[148] 		Long March 2D F-21 Jiuquan LA-4/SLS-2 Successful
Chuangxin-1 (04) Sun synchronous China Academy of Science Technology / Communication
Lingqiao Sun synchronous Technology / Communication
8 September 2014
03:22[149] 		Long March 4B F-22 Taiyuan LA-9 Successful
Yaogan 21 Sun synchronous Reconnaissance
Tiantuo-2 Sun synchronous National University of Defense Technology Technology
28 September 2014
05:13[150] 		Long March 2C F-39 Jiuquan LA-4/SLS-2 Successful
Shijian-11-07 Sun synchronous Technology
20 October 2014
06:31[151] 		Long March 4C F-15 Taiyuan LA-9 Successful
Yaogan 22 Sun synchronous Reconnaissance
23 October 2014
18:00[152] 		Long March 3C/E F-11 Xichang LA-2 Successful
Chang'e 5-T1 Lunar transfer Lunar fly-by/return vehicle technology testing
27 October 2014
06:59[153] 		Long March 2C F-40 Jiuquan LA-4/SLS-2 Successful
Shijian-11-08 Sun synchronous Technology
14 November 2014
18:53[154] 		Long March 2C F-41 Taiyuan LA-9 Successful
Yaogan 23 Sun synchronous Reconnaissance
20 November 2014
07:12[155] 		Long March 2D F-22 Jiuquan LA-4/SLS-2 Successful
Yaogan 24 Sun synchronous Technology
7 December 2014
03:26 [156] 		Long March 4B F-23 Taiyuan, LA-9 Successful
CBERS-4 Sun synchronous Earth observation
The 200th launch of Long March series rocket.[156]
10 December 2014
19:33[157] 		Long March 4C F-16 Jiuquan LA-4/SLS-2 Successful
Yaogan 25A Low Earth Reconnaissance
Yaogan 25B Low Earth Reconnaissance
Yaogan 25C Low Earth Reconnaissance
27 December 2014
03:22[158] 		Long March 4B F-24 Taiyuan LA-9 Successful
Yaogan 26 Sun synchronous Reconnaissance
31 December 2014
01:02[159] 		Long March 3A F-24 Xichang LA-2 Successful
Fengyun-2G Geosynchronous transfer Meteorology
30 March 2015
13:52[160] 		Long March 3C + YZ-1 F-12 Xichang LA-2 Successful
BDS I1-S Geosynchronous Navigation
26 June 2015
06:22[161] 		Long March 4B F-25 Taiyuan LA-9 Successful
Gaofen 8 Sun synchronous Earth Observation
25 July 2015
12:29[162] 		Long March 3B/E + YZ-1 F-27 Xichang LA-2 Successful
BDS M1-S Medium Earth Navigation
BDS M2-S Medium Earth Navigation
27 August 2015
02:31[163] 		Long March 4C F-17 Taiyuan LA-9 Successful
Yaogan 27 Sun synchronous Reconnaissance
12 September 2015
15:42[164] 		Long March 3B/E F-28 Xichang LA-2 Successful
TJSW-1 Geosynchronous Communication
14 September 2015
04:42[165] 		Long March 2D F-23 Jiuquan LA-4/SLS-2 Successful
Gaofen 9 Sun synchronous Earth Observation
19 September 2015
23:01[166] 		Long March 6 F-01 Taiyuan LA-16 Successful
Xiwang-2A Sun synchronous Technology
Xiwang-2B Sun synchronous Technology
Xiwang-2C Sun synchronous Technology
Xiwang-2D Sun synchronous Technology
Xiwang-2E Sun synchronous Technology
Xiwang-2F Sun synchronous Technology
ZDPS-2A Sun synchronous Technology
ZDPS-2B Sun synchronous Technology
NS-2 Sun synchronous Technology
ZJ-1 Sun synchronous Technology
ZJ-2 Sun synchronous Technology
Tiantuo 3 Sun synchronous Technology
NUDT-Phone-Sat Sun synchronous Technology
Xingchen 1 Sun synchronous Technology
Xingchen 2 Sun synchronous Technology
Xingchen 3 Sun synchronous Technology
Xingchen 4 Sun synchronous Technology
LilacSat 2 Sun synchronous Technology
XY-2 Sun synchronous Technology
DCBB Sun synchronous Technology
First flight of the Long March 6 launch vehicle
25 September 2015
01:41[167] 		Long March 11 F-01 Jiuquan Successful
Pujiang 1 Sun synchronous Technology
STU-2A Sun synchronous Technology
STU-2B Sun synchronous Technology
STU-2C Sun synchronous Technology
First flight of the Long March 11 launch vehicle
29 September 2015
23:13[168] 		Long March 3B/E F-29 Xichang LA-3 Successful
BDS I2-S Geosynchronous Navigation
7 October 2015
04:13[169] 		Long March 2D F-24 Jiuquan LA-4/SLS-2 Successful
Jilin-1A Sun synchronous Earth Observation
Jilin-1B Sun synchronous Earth Observation
Jilin-1C Sun synchronous Earth Observation
Jilin-1D Sun synchronous Earth Observation
16 October 2015
16:16[170] 		Long March 3B/E F-30 Xichang LA-2 Successful
Apstar 9 Geosynchronous Apstar Communication
26 October 2015
07:10[171] 		Long March 2D F-25 Jiuquan LA-4/SLS-2 Successful
Tianhui-1C Sun synchronous Reconnaissance
3 November 2015
16:25[172] 		Long March 3B/E F-31 Xichang LA-3 Successful
Chinasat-2C Geosynchronous transfer Communication
8 November 2015
07:06[173] 		Long March 4B F-26 Taiyuan LA-9 Successful
Yaogan 28 Sun synchronous Reconnaissance
20 November 2015
16:07[174] 		Long March 3B/E F-32 Xichang LA-2 Successful
LaoSat-1 Geosynchronous transfer Communication
26 November 2015
21:24[175] 		Long March 4C F-18 Taiyuan LA-9 Successful
Yaogan 29 Sun synchronous Reconnaissance
9 December 2015
16:46[176] 		Long March 3B/E F-33 Xichang LA-3 Successful
ChinaSat-1C Geosynchronous transfer Communication
17 December 2015
00:12[177] 		Long March 2D F-26 Jiuquan LA-4/SLS-2 Successful
DAMPE Sun synchronous Cosmology research
28 December 2015
16:04[178] 		Long March 3B/E F-34 Xichang LA-2 Successful
Gaofen 4 Geosynchronous transfer Earth observation

2016–2020

Date/time (UTC) Rocket Serial number Launch site Outcome
Payload Separation orbit Operator Function
Remarks
15 January 2016
16:57 [179] 		Long March 3B/E F-35 Xichang, LA-3 Successful
Belintersat-1 Geostationary transfer Communication
1 February 2016
07:29 [180] 		Long March 3C + YZ-1 F-13 Xichang, LA-2 Successful
BeiDou M3-S Geostationary Navigation
29 March 2016
20:11 [181] 		Long March 3A F-25 Xichang, LA-2 Successful
Compass-IGSO6 Geostationary transfer Navigation
5 April 2016
17:38 [182] 		Long March 2D F-27 Jiuquan, LA-4/SLS-2 Successful
Shijian-10 Low Earth Microgravity research
15 May 2016
02:43 [183] 		Long March 2D F-28 Jiuquan, LA-4/SLS-2 Successful
Yaogan 30 Sun-synchronous Reconnaissance
30 May 2016
03:17 [184] 		Long March 4B F-27 Taiyuan, LA-9 Successful
Ziyuan III-02 Sun-synchronous Earth observation
ÑuSat-1 Sun-synchronous Satellogic Earth imaging
ÑuSat-2 Sun-synchronous Satellogic Earth imaging
12 June 2016
15:30 [185] 		Long March 3C F-14 Xichang, LA-3 Successful
Compass-G7 Geosynchronous transfer Navigation
25 June 2016
12:00 [186] 		Long March 7 + YZ-1A F-01 Wenchang, LA-2 Successful
Next Generation Crewed Capsule Prototype Low Earth Technical Demonstration
Star of Aoxiang Low Earth Technology
Aolong-1 Low Earth Technology
Tiange-1 Low Earth Technology
Tiange-2 Low Earth Technology
First flight of the Long March 7 launch vehicle and first launch from the Wenchang Satellite Launch Center
29 June 2016
03:21 [187] 		Long March 4B F-28 Jiuquan, LA-4/SLS-2 Successful
Shijian 16-02 Low Earth Technology
5 August 2016
16:22 [188] 		Long March 3B/E F-36 Xichang, LA-3 Successful
Tiantong-1-01 Geosynchronous transfer Communication
9 August 2016
22:55 [189] 		Long March 4C F-19 Taiyuan, LA-9 Successful
Gaofen 3 Sun-synchronous Earth Observation
15 August 2016
17:40 [190] 		Long March 2D F-29 Jiuquan, LA-4/SLS-2 Successful
QUESS Sun-synchronous CNSA Quantum communications
31 August 2016
18:55 [191] 		Long March 4C F-20 Taiyuan, LA-9 Failure
Gaofen 10 Sun-synchronous Earth Observation
Cause of failure unknown.
15 September 2016
14:04 [192] 		Long March 2F/G F-12 Jiuquan, LA-4/SLS-1 Successful
Tiangong-2 Low Earth Space laboratory
16 October 2016
23:30 [193] 		Long March 2F F-13 Jiuquan, LA-4/SLS-1 Successful
Shenzhou 11 Low Earth Manned spaceflight
3 November 2016
12:43 [195] 		Long March 5 + YZ-2 F-01 Wenchang, LA-1 Successful
Shijian 17 Geosynchronous transfer Communication
First flight of the Long March 5 launch vehicle. Second stage anomaly placed the stack into lower than planned orbit, but third stage had enough margin to make up the performance shortfall.[194]
9 November 2016
23:42 [196] 		Long March 11 F-02 Jiuquan Successful
XPNAV-1 Sun-synchronous Technology
11 November 2016
23:14 [197] 		Long March 2D F-30 Jiuquan, LA-4/SLS-2 Successful
Yunhai-1-01 Sun-synchronous Meteorology research
22 November 2016
15:24 [198] 		Long March 3C/E F-15 Xichang, LA-2 Successful
Tianlian I-04 Geosynchronous transfer Communication / Data transfer
10 December 2016
16:11 [199] 		Long March 3B/E F-37 Xichang, LA-3 Successful
Fengyun-4A Geostationary transfer Meteorology
21 December 2016
19:22 [200] 		Long March 2D F-31 Jiuquan, LA-4/SLS-2 Successful
TanSat Sun-synchronous Atmospheric research
28 December 2016
03:23 [203] 		Long March 2D F-32 Taiyuan, LA-9 Partial failure
SuperView-1 01 Sun-synchronous Earth observation
SuperView-1 02 Sun-synchronous Earth observation
BY70-1 Sun-synchronous Technology
Satellites deployed in lower than planned orbit. The SuperView satellites used their own propulsion systems to raise their orbit.[201] The BY70-1 CubeSat reentered on 18 February 2017.[202]
5 January 2017
15:18 [204] 		Long March 3B/E F-38 Xichang, LA-2 Successful
TJSW-2 Geosynchronous Communication
12 April 2017
11:04 [205] 		Long March 3B/E F-39 Xichang, LA-2 Successful
Shijian 13 Geosynchronous Communication
20 April 2017
11:41 [206] 		Long March 7 F-02 Wenchang, LA-2 Successful
Tianzhou 1 Low Earth Space Station Logistics
15 June 2017
03:00 [207] 		Long March 4B F-31 Jiuquan, LA-4/SLS-2 Successful
HXMT Low Earth CNSA X-ray Astronomical Telescope
Zhuhai-1 A/B Low Earth Earth observation
ÑuSat-3 Low Earth Earth observation
18 June 2017
16:11 [210] 		Long March 3B/E F-40 Xichang, LA-2 Partial failure
Chinasat 9A Geosynchronous transfer China Satellite Communications Communication
Satellite deployed in lower than planned orbit due to attitude control anomaly in third stage during coast phase.[208] Chinasat 9A reached geosynchronous orbit on 13 July 2017 after maneuvering with its own propulsion system.[209]
2 July 2017
11:23 [212] 		Long March 5 F-02 Wenchang, LA-1 Failure
Shijian 18 Geosynchronous transfer (intended) Communication
First stage one engine failure at T+346 seconds due to thermal conditions problem resulting burn-through.[211]
29 September 2017
04:21 [213] 		Long March 2C F-42 Xichang, LA-3 Successful
Yaogan 30-01 A/B/C Low Earth Probable Sigint
9 October 2017
04:13 [214] 		Long March 2D F-33 Jiuquan, LA-4/SLS-2 Successful
VRSS-2 Sun-synchronous Remote Sensing
5 November 2017
11:45 [215] 		Long March 3B/E + YZ-1 F-41 Xichang, LA-2 Successful
BeiDou-3 M1 Medium Earth Navigation
BeiDou-3 M2 Medium Earth Navigation
14 November 2017
18:35 [216] 		Long March 4C F-21 Taiyuan, LA-9 Successful
Fengyun 3D Sun-synchronous Meteorology
HEAD-1 Sun-synchronous Remote sensing
21 November 2017
04:50 [217] 		Long March 6 F-02 Taiyuan, LA-16 Successful
Jilin-1 04 Sun-synchronous Earth observation
Jilin-1 05 Sun-synchronous Earth observation
Jilin-1 06 Sun-synchronous Earth observation
24 November 2017
18:10 [218] 		Long March 2C F-43 Xichang, LA-3 Successful
Yaogan 30-02A/B/C Low Earth Probable Sigint
3 December 2017
04:11 [219] 		Long March 2D F-34 Jiuquan, LA-4/SLS-2 Successful
LKW-1 Sun-synchronous Reconnaissance
10 December 2017
16:40 [220] 		Long March 3B/E F-42 Xichang, LA-2 Successful
Alcomsat-1 Geosynchronous transfer Algerian Space Agency Communication
23 December 2017
04:14 [221] 		Long March 2D F-35 Jiuquan, LA-4/SLS-2 Successful
LKW-2 Sun-synchronous Reconnaissance
25 December 2017
19:44 [222] 		Long March 2C F-44 Xichang, LA-3 Successful
Yaogan 30-03A/B/C Low Earth Probable Sigint
9 January 2018
03:24 [223] 		Long March 2D F-36 Taiyuan, LA-9 Successful
SuperView-1 03 Sun-synchronous Earth observation
SuperView-1 04 Sun-synchronous Earth observation
11 January 2018
23:18 [224] 		Long March 3B/E + YZ-1 F-43 Xichang, LA-2 Successful
BeiDou-3 M7 Medium Earth Navigation
BeiDou-3 M8 Medium Earth Navigation
13 January 2018
07:10 [225] 		Long March 2D F-37 Jiuquan, LA-4/SLS-2 Successful
LKW-3 Sun-synchronous Reconnaissance
19 January 2018
04:12 [226] 		Long March 11 F-03 Jiuquan Successful
Jilin-1 07 Sun-synchronous Earth Observation
Jilin-1 08 Sun-synchronous Earth Observation
Tianyi-2 Sun-synchronous Technology
Tianyi-6 Sun-synchronous Technology
Hui'an-1 Sun-synchronous Technology
KIPP 1 Sun-synchronous Technology
25 January 2018
05:39 [227] 		Long March 2C F-45 Xichang, LA-3 Successful
Yaogan 30-04A/B/C Low Earth Probable Sigint
2 February 2018
07:51 [228] 		Long March 2D F-38 Jiuquan, LA-4/SLS-2 Successful
CSES (Zhangheng 1) Sun-synchronous Earth Science/Ionosphere research
12 February 2018
05:03 [229] 		Long March 3B/E + YZ-1 F-44 Xichang, LA-2 Successful
BeiDou-3 M3 Medium Earth Navigation
BeiDou-3 M4 Medium Earth Navigation
17 March 2018
07:10 [230] 		Long March 2D F-39 Jiuquan, LA-4/SLS-2 Successful
LKW-4 Sun synchronous Reconnaissance
29 March 2018
17:56 [231] 		Long March 3B/E + YZ-1 F-45 Xichang, LA-2 Successful
BeiDou-3 M9 Medium Earth Navigation
BeiDou-3 M10 Medium Earth Navigation
31 March 2018
03:22 [232] 		Long March 4C F-22 Taiyuan LA-9 Successful
Gaofen-1 02 Sun-synchronous Earth Observation
Gaofen-1 03 Sun-synchronous Earth Observation
Gaofen-1 04 Sun-synchronous Earth Observation
10 April 2018
04:25 [233] 		Long March 4C F-23 Jiuquan, LA-4/SLS-2 Successful
Yaogan 31-01A Low Earth Probable Sigint
Yaogan 31-01B Low Earth Probable Sigint
Yaogan 31-01C Low Earth Probable Sigint
26 April 2018
04:42 [234] 		Long March 11 F-04 Jiuquan Successful
Zhuhai-1 OVS-2A Sun synchronous Earth observation
Zhuhai-1 OHS-2A Sun synchronous Earth observation
Zhuhai-1 OHS-2B Sun synchronous Earth observation
Zhuhai-1 OHS-2C Sun synchronous Earth observation
Zhuhai-1 OHS-2D Sun synchronous Earth observation
3 May 2018
16:06 [235] 		Long March 3B/E F-46 Xichang, LA-2 Successful
Apstar 6C Geosynchronous transfer APT Satellite Holdings Communication
8 May 2018
18:28 [236] 		Long March 4C F-24 Taiyuan, LA-9 Successful
Gaofen 5 Sun-synchronous Earth Observation
20 May 2018
21:28 [237] 		Long March 4C F-25 Xichang, LA-3 Successful
Chang'e 4 Relay Earth–Moon L2, halo orbit CNSA Communication
DSLWP-A1 Selenocentric, elliptical orbit Radio astronomy
DSLWP-A2 Selenocentric, elliptical orbit Radio astronomy
2 June 2018
04:13 [238] 		Long March 2D F-40 Jiuquan, LA-4/SLS-2 Successful
Gaofen 6 Sun-synchronous Earth Observation
Luojia 1-01 Sun-synchronous Technology
5 June 2018
13:07 [239] 		Long March 3A F-26 Xichang, LA-2 Successful
Fengyun-2H Geosynchronous transfer Meteorology
27 June 2018
03:30 [240] 		Long March 2C F-46 Xichang, LA-3 Successful
XJSS A Low Earth Technology
XJSS B Low Earth Technology
9 July 2018
03:56 [241] 		Long March 2C / SMA F-47 Jiuquan LA-4/SLS-2 Successful
Pakistan Remote Sensing Satellite (PRSS-1) Sun-synchronous Earth Observation
PakTES-1A Sun-synchronous Technology
9 July 2018
20:58 		Long March 3A F-27 Xichang, LA-2 Successful
Compass-IGSO7 Geosynchronous transfer Navigation
29 July 2018
01:48 [242] 		Long March 3B/E + YZ-1 F-47 Xichang, LA-3 Successful
BeiDou-3 M5 Medium Earth Navigation
BeiDou-3 M6 Medium Earth Navigation
31 July 2018
03:00 [243] 		Long March 4B F-30 Taiyuan, LA-9 Successful
Gaofen 11 Sun synchronous Earth Observation
24 August 2018
23:52 [244] 		Long March 3B/E + YZ-1 F-48 Xichang, LA-3 Successful
BeiDou-3 M11 Medium Earth Navigation
BeiDou-3 M12 Medium Earth Navigation
7 September 2018
03:15 [245] 		Long March 2C F-48 Taiyuan, LA-9 Successful
Haiyang-1C Sun-synchronous Ocean observation
19 September 2018
14:07 [246] 		Long March 3B/E + YZ-1 F-49 Xichang, LA-3 Successful
BeiDou-3 M13 Medium Earth Navigation
BeiDou-3 M14 Medium Earth Navigation
9 October 2018
02:43 [247] 		Long March 2C / YZ-1S F-49 Jiuquan, LA-4/SLS-2 Successful
Yaogan 32-01A Sun-synchronous Probable Sigint
Yaogan 32-01B Sun-synchronous Probable Sigint
15 October 2018
04:23 [248] 		Long March 3B/E + YZ-1 F-50 Xichang, LA-3 Successful
BeiDou-3 M15 Medium Earth Navigation
BeiDou-3 M16 Medium Earth Navigation
24 October 2018
22:57 [249] 		Long March 4B F-31 Taiyuan, LA-9 Successful
Haiyang-2B Sun-synchronous Ocean observation
29 October 2018
00:43 [250] 		Long March 2C F-50 Jiuquan, LA-4/SLS-2 Successful
CFOSAT Sun synchronous CNSA/CNES Ocean observation
1 November 2018
15:57 [251] 		Long March 3B/E F-51 Xichang, LA-2 Successful
BeiDou-3 G1 Geosynchronous transfer Navigation
18 November 2018
18:07 [252] 		Long March 3B/E + YZ-1 F-52 Xichang, LA-3 Successful
Beidou-3 M17 Medium Earth Navigation
BeiDou-3 M18 Medium Earth Navigation
19 November 2018
23:40 [253] 		Long March 2D F-41 Jiuquan, LA-4/SLS-2 Successful
Shiyan 6 Sun-synchronous Technology
Jiading 1 Sun-synchronous Technology
Tianzhi-1 Sun-synchronous Technology
7 December 2018
04:12 [254] 		Long March 2D F-42 Jiuquan, LA-4/SLS-2 Successful
SaudiSat 5A Sun-synchronous Earth Observation
SaudiSat 5B Sun-synchronous Earth Observation
7 December 2018
18:23 [255] 		Long March 3B/E F-53 Xichang, LA-2 Successful
Chang'e 4 Lunar transfer CNSA Lunar lander/rover
21 December 2018
23:51 [256] 		Long March 11 F-05 Jiuquan Successful
Hongyun-1 Sun-synchronous Communication
24 December 2018
16:53 [257] 		Long March 3C/E F-16 Xichang, LA-3 Successful
TJSW-3 Geosynchronous transfer Communication
29 December 2018
08:00 [258] 		Long March 2D + YZ-3 F-43 Jiuquan, LA-4/SLS-2 Successful
Yunhai-2 01-06 Low Earth Earth Observation
Hongyan-1 Low Earth Communication
10 January 2019
17:11 [259] 		Long March 3B/E F-54 Xichang, LA-2 Successful
Chinasat-2D Geosynchronous transfer Communication
21 January 2019
05:42 [260] 		Long March 11 F-06 Jiuquan Successful
Jilin-1 Hyperspectral 01 Sun-synchronous Earth Observation
Jilin-1 Hyperspectral 02 Sun-synchronous Earth Observation
9 March 2019
16:28 [261] 		Long March 3B/E F-55 Xichang, LA-3 Successful
Chinasat-6C Geosynchronous transfer Communication
The 300th launch of Long March series rocket.[261]
31 March 2019
15:51[citation needed] 		Long March 3B/E F-56 Xichang, LA-2 Successful
Tianlian 2-01 Geosynchronous transfer Communication / Data transfer
20 April 2019
14:41 [262] 		Long March 3B/E F-57 Xichang, LA-3 Successful
BeiDou-3 I1 Geosynchronous transfer Navigation
29 April 2019
22:52 		Long March 4B F-32 Taiyuan, LA-9 Successful
Tianhui-2-01A Sun-synchronous Earth observation
Tianhui-2-01B Sun-synchronous Earth observation
17 May 2019
15:48 [263] 		Long March 3C F-17 Xichang, LA-2 Successful
Compass-G8 Geosynchronous transfer Navigation
22 May 2019
22:49 [264] 		Long March 4C F-26 Taiyuan LA-9 Failure
Yaogan-33 Sun-synchronous Reconnaissance
Third stage problem, failed to reach orbit
5 June 2019
04:06 [265] 		Long March 11 F-07 Special converted barge, Yellow Sea (34.90° N, 121.19° E) Successful
Bufeng-1A Low Earth Earth Observation
Bufeng-1B Low Earth Earth Observation
Jilin-1 High Resolution 03A Low Earth Earth Observation
Xiaoxiang-1-04 Low Earth Earth Observation
Tianqi-3 Low Earth Technology
Tianxiang-1A Low Earth Technology
Tianxiang-1B Low Earth Technology
First Chinese satellite launch from a sea-based platform
24 June 2019
18:09 [266] 		Long March 3B/E F-58 Xichang, LA-3 Successful
BeiDou-3 I2 Geosynchronous transfer Navigation
26 July 2019
03:57 [267] 		Long March 2C F-51 Xichang, LA-3 Successful
Yaogan 30-05A Low Earth Probable Sigint
Yaogan 30-05B Low Earth Probable Sigint
Yaogan 30-05C Low Earth Probable Sigint
Grid fins located on the interstage of the rocket are being used to test first stage landing zone control and recovery technologies.
19 August 2019
12:03 [270] 		Long March 3B/E F-59 Xichang, LA-2 Successful
ChinaSat 18 Geosynchronous transfer Communication
Satellite (valued US$250 million) malfunctioned and has been declared by the Chinese government a total loss after separating from launch vehicle.[268][269]
12 September 2019
03:26 [271] 		Long March 4B F-33 Taiyuan, LA-9 Successful
Ziyuan I-02D Sun-synchronous Earth observation
19 September 2019
06:42 [272] 		Long March 11 F-08 Jiuquan Successful
Zhuhai-1 OVS-3A Sun-synchronous Earth observation
Zhuhai-1 OHS-3A Sun-synchronous Earth observation
Zhuhai-1 OHS-3B Sun-synchronous Earth observation
Zhuhai-1 OHS-3C Sun-synchronous Earth observation
Zhuhai-1 OHS-3D Sun-synchronous Earth observation
22 September 2019
21:10 [273] 		Long March 3B/E + YZ-1 F-60 Xichang, LA-2 Successful
BeiDou-3 M23 Medium Earth Navigation
BeiDou-3 M24 Medium Earth Navigation
25 September 2019
00:54 [274] 		Long March 2D F-44 Jiuquan, LA-4/SLS-2 Successful
Yunhai-1-02 Sun-synchronous Meteorology research
4 October 2019
18:51 [275] 		Long March 4C F-27 Taiyuan, LA-9 Successful
Gaofen 10-2 Sun-synchronous Earth Observation
17 October 2019
15:21 [276] 		Long March 3B/E F-61 Xichang, LA-3 Successful
TJSW-4 Geosynchronous Communication
3 November 2019
03:22 [277] 		Long March 4B F-34 Taiyuan, LA-9 Successful
Gaofen 7 Sun-synchronous Earth observation
4 November 2019
17:43 [278] 		Long March 3B/E F-62 Xichang, LA-2 Successful
BeiDou-3 I3 Geosynchronous transfer Navigation
13 November 2019
06:35 [279] 		Long March 6 F-03 Taiyuan, LA-16 Successful
Ningxia-1 01 Low Earth Remote sensing
Ningxia-1 02 Low Earth Remote sensing
Ningxia-1 03 Low Earth Remote sensing
Ningxia-1 04 Low Earth Remote sensing
Ningxia-1 05 Low Earth Remote sensing
23 November 2019
00:55 [280] 		Long March 3B/E + YZ-1 F-63 Xichang, LA-3 Successful
BeiDou-3 M21 Medium Earth Navigation
BeiDou-3-3 M22 Medium Earth Navigation
27 November 2019
23:52 [281] 		Long March 4C F-28 Taiyuan, LA-9 Successful
Gaofen 12 Sun-synchronous Earth observation
16 December 2019
07:22 [282] 		Long March 3B/E + YZ-1 F-64 Xichang, LA-3 Successful
BeiDou-3 M19 Medium Earth Navigation
Beidou M20 Medium Earth Navigation
20 December 2019
03:22 [283] 		Long March 4B F-35 Taiyuan, LA-9 Successful
CBERS-4A Sun-synchronous Earth observation
ETRSS-1 Sun-synchronous Earth observation
27 December 2019
12:45 [284] 		Long March 5 F-03 Wenchang, LA-1 Successful
Shijian 20 Geosynchronous transfer Communication
7 January 2020
15:20 [285] 		Long March 3B/E F-65 Xichang, LA-2 Successful
TJSW-5 Geosynchronous Communication (?)
15 January 2020
02:53 [286] 		Long March 2D F-45 Taiyuan, LA-9 Successful
Jilin-1 Wideband 01 Sun-synchronous Earth imaging
ÑuSat-7 Sun-synchronous Satellogic Commercial Earth Observations
ÑuSat-8 Sun-synchronous Satellogic Commercial Earth Observations
19 February 2020
21:07 [287] 		Long March 2D F-46 Xichang, LA-3 Successful
XJSS C Low Earth Technology
XJSS D Low Earth Technology
XJSS E Low Earth Technology
XJSS F Low Earth Technology
9 March 2020
11:55 [288] 		Long March 3B/E F-66 Xichang, LA-2 Successful
BeiDou-3 G2 Geosynchronous transfer Navigation
16 March 2020
13:34 [289] 		Long March 7A F-01 Wenchang, LA-2 Failure
XJY 6-01 Geosynchronous transfer Technology
Vehicle disintegrated at first stage separation due to booster LOX pressurization failure leading to engine shutdown and loss of control. First flight of the Long March 7A.
24 March 2020
03:43 [290] 		Long March 2C F-52 Xichang, LA-3 Successful
Yaogan 30-06A Low Earth Probable Sigint
Yaogan 30-06B Low Earth Probable Sigint
Yaogan 30-06C Low Earth Probable Sigint
9 April 2020
11:46 [291] 		Long March 3B/E F-67 Xichang, LA-2 Failure
Palapa-N1 (Nusantara Dua) Geosynchronous transfer (planned) Communication
Third stage engine failed to ignite.
5 May 2020
10:00 [293] 		Long March 5B F-01 Wenchang Spacecraft Launch Site, LA-1 Successful
Prototype Chinese next-generation crewed spacecraft Low Earth CNSA / CMSEO Flight test
Experimental Flexible Inflatable Cargo Re-entry Vehicle Low Earth Technical Demonstration
First flight of Long March 5B. Some debris from the CZ-5B's core stage may have survived reentry and fell on villages in the Ivory Coast.[292]
29 May 2020
20:13 [294] 		Long March 11 F-09 Xichang Successful
XJS-G (Chuangxin 6-01) Low Earth Shanghai Engineering Center for Microsatellites Earth observation technology
XJS-H Low Earth National University of Defense Technology Earth observation technology
31 May 2020
08:53 		Long March 2D F-47 Jiuquan, LA-4/SLS-2 Successful
Gaofen 9-02 Sun-synchronous Earth observation
HEAD 4 Sun-synchronous HEAD Aerospace Tech Co Ltd (Beijing) Technology
10 June 2020
18:31 		Long March 2C F-53 Taiyuan LA-9 Successful
HaiYang 1D Sun-synchronous Ocean observations
17 June 2020
07:19 		Long March 2D F-48 Jiuquan, LA-4/SLS-2 Successful
Gaofen 9-03 Sun-synchronous Earth observation
HEAD 5 Sun-synchronous HEAD Aerospace Tech Co Ltd (Beijing) Technology
ZDPS-3 (Pixing 3A) Sun-synchronous Zhejiang University Technology
23 June 2020
01:43 		Long March 3B/E F-68 Xichang, LA-2 Successful
BeiDou-3 G3 Geosynchronous transfer Navigation
3 July 2020
03:10 		Long March 4B F-36 Taiyuan LA-9 Successful
Gaofen Multi-Mode Sun-synchronous Earth observation
BY-70-2 Sun-synchronous CAST, Beijing Bayi High School Technology
4 July 2020
23:44 		Long March 2D F-49 Jiuquan, LA-4/SLS-2 Successful
Shiyan 6-02 Sun-synchronous Technology
9 July 2020
12:11 [295] 		Long March 3B/E F-69 Xichang LA-3 Successful
APStar 6D Geosynchronous transfer APT Mobile Satcom Ltd. Communication
23 July 2020
04:41 		Long March 5 F-04 Wenchang LA-1 Successful
Tianwen-1 Mars transfer CNSA Mars orbiter/lander/rover
25 July 2020
03:13 [296] 		Long March 4B F-37 Taiyuan LA-9 Successful
Ziyuan 3-03 Sun-synchronous Ministry of Natural Resources Earth Observation
Tianqi 10 Sun-synchronous Communication
NJU-HKU 1 Sun-synchronous Nanjing University/University of Hong Kong X-ray astronomy
6 August 2020
04:01 [297] 		Long March 2D F-50 Jiuquan, LA-4/SLS-2 Successful
Gaofen 9-04 Sun-synchronous Earth observation
23 August 2020
02:27 [298] 		Long March 2D F-51 Jiuquan, LA-4/SLS-2 Successful
Gaofen 9-05 Sun-synchronous Earth observation
Tiantuo 5 Sun-synchronous National University of Defense Technology Technology
DGSW Sun-synchronous Academy of Military Science Technology
4 September 2020
07:30 [299] 		Long March 2F F-14 Jiuquan, LA-4/SLS-1 Successful
Chongfu Shiyong Shiyan Hangtian Qi
(Reusable Experimental Spacecraft) 		Geocentric Flight test
Suspected to be prototype spaceplane, but not officially confirmed.
7 September 2020
05:57 [300] 		Long March 4B F-38 Taiyuan LA-9 Successful
Gaofen 11-02 Sun-synchronous Earth Observation
15 September 2020
01:23 [301] 		Long March 11 F-10 Special converted barge, Yellow Sea (34.31° N, 123.76° E) Successful
Jilin-1 High Resolution 03B-01 Sun-synchronous Earth imaging
Jilin-1 High Resolution 03B-02 Sun-synchronous Earth imaging
Jilin-1 High Resolution 03B-03 Sun-synchronous Earth imaging
Jilin-1 High Resolution 03B-04 Sun-synchronous Earth imaging
Jilin-1 High Resolution 03B-05 Sun-synchronous Earth imaging
Jilin-1 High Resolution 03B-06 Sun-synchronous Earth imaging
Jilin-1 High Resolution 03C-01 Sun-synchronous Earth imaging
Jilin-1 High Resolution 03C-02 Sun-synchronous Earth imaging
Jilin-1 High Resolution 03C-03 Sun-synchronous Earth imaging
21 September 2020
05:40 [302] 		Long March 4B F-39 Jiuquan, LA-4/SLS-2 Successful
Haiyang-2C Low Earth Ocean Observation
27 September 2020
03:23 		Long March 4B F-40 Taiyuan LA-9 Successful
Huanjing-2A Sun-synchronous Earth Observation
Huanjing-2B Sun-synchronous Earth Observation
11 October 2020
16:57 [303] 		Long March 3B/E F-70 Xichang, LA-2 Successful
Gaofen-13 Geostationary transfer Earth Observation
26 October 2020
15:19 [304] 		Long March 2C F-54 Xichang, LA-3 Successful
Yaogan 30-07A Low Earth Sigint
Yaogan 30-07B Low Earth Sigint
Yaogan 30-07C Low Earth Sigint
Tianqi Xingzuo 06 Low Earth Communications
6 November 2020
03:19 [305] 		Long March 6 F-4 Taiyuan, LA-16 Successful
ÑuSat-9 Sun-synchronous Earth imaging
ÑuSat-10 Sun-synchronous Earth imaging
ÑuSat-11 Sun-synchronous Earth imaging
ÑuSat-12 Sun-synchronous Earth imaging
ÑuSat-13 Sun-synchronous Earth imaging
ÑuSat-14 Sun-synchronous Earth imaging
ÑuSat-15 Sun-synchronous Earth imaging
ÑuSat-16 Sun-synchronous Earth imaging
ÑuSat-17 Sun-synchronous Earth imaging
ÑuSat-18 Sun-synchronous Earth imaging
Tianyan 05 Sun-synchronous Remote sensing
Beihang Kongshi 1 Sun-synchronous Technology demonstration
BY 70-3 Sun-synchronous Amateur radio
12 November 2020
15:59 [306] 		Long March 3B/E F-71 Xichang, LA-2 Successful
Tiantong 1-02 Geostationary transfer Mobile Communications
23 November 2020
20:30[307] 		Long March 5 F-05 Wenchang, LC-1 Successful
Chang'e 5 Lunar transfer CNSA Lunar Sample Return
6 December 2020
03:58 [308] 		Long March 3B/E F-72 Xichang, LA-3 Successful
Gaofen-14 Sun-synchronous Earth Observation
First launcher Long March 3B/G5.
9 December 2020
20:14 [309] 		Long March 11 F-11 Xichang Successful
GECAM A (Xiaoji) Low Earth Gravitational-wave astronomy
GECAM B (Xiaomu) Low Earth Gravitational-wave astronomy
22 December 2020
04:37 [310] 		Long March 8 F-01 Wenchang, LC-2 Successful
Xinjishu Yanzheng-7 (XJY-7) Sun-synchronous Technology demonstration
Haisi-1 Sun-synchronous Tianyi Research Company Earth observation
Tianqi 08 Sun-synchronous Guodian Gaoke Internet of things
Yuanguang Sun-synchronous Tianyi Research Company
ET-SMART-RSS Sun-synchronous ESSTI/SMART Earth observation
Maiden flight of Long March 8
27 December 2020
15:44[311] 		Long March 4C F-29 Jiuquan, LA-4/SLS-2 Successful
Yaogan-33-02 Sun-synchronous Reconnaissance

2021–2025

Date/time (UTC) Rocket Serial number Launch site Outcome
Payload Separation orbit Operator Function
Remarks
19 January 2021
16:25 [312] 		Long March 3B/E F-73 Xichang, LA-2 Successful
Tiantong 1-03 Geostationary transfer China Satcom Communication
29 January 2021
04:47 [313] 		Long March 4C F-30 Jiuquan, LA-4/SLS-2 Successful
Yaogan 31-02A Low Earth Reconnaissance
Yaogan 31-02B Low Earth Reconnaissance
Yaogan 31-02C Low Earth Reconnaissance
4 February 2021
15:36 [314] 		Long March 3B/E F-74 Xichang, LA-3 Successful
TJSW-6 Geostationary transfer SAST Communication
24 February 2021
02:22[315] 		Long March 4C F-31 Jiuquan, LA-4/SLS-2 Successful
Yaogan 31-03A Low Earth Reconnaissance
Yaogan 31-03B Low Earth Reconnaissance
Yaogan 31-03C Low Earth Reconnaissance
11 March 2021
17:51[316] 		Long March 7A F-02 Wenchang, LC-2 Successful
Shiyan-9 Geostationary transfer Technology demonstration
First successful flight of the Long March 7A.
13 March 2021
02:19[317] 		Long March 4C F-32 Jiuquan, LA-4/SLS-2 Successful
Yaogan 31-04A Low Earth Reconnaissance
Yaogan 31-04B Low Earth Reconnaissance
Yaogan 31-04C Low Earth Reconnaissance
30 March 2021
22:45 		Long March 4C F-33 Jiuquan, LA-4/SLS-2 Successful
Gaofen 12-02 Sun-synchronous Earth observation
8 April 2021
23:01[318] 		Long March 4B F-41 Taiyuan, LC-9 Successful
Shiyan-6-03 Sun-synchronous CAST Technology demonstration
27 April 2021
03:20[319] 		Long March 6 F-05 Taiyuan, LC-16 Successful
Qilu-1 Sun-synchronous Shandong Institute of Industrial Technology (SDIIT) Earth observation
Qilu-4 Sun-synchronous Shandong Institute of Industrial Technology (SDIIT) Earth observation
Foshan-1 Sun-synchronous Ji Hua Laboratory Earth observation
Zhongan Guotong-1 Sun-synchronous Zhongan Guotong Satellite Technology Development Earth observation
Tianqi-9 Sun-synchronous Guodian Gaoke IoT
Origin Space NEO-1 Sun-synchronous Origin Space Technology demonstration
Tai King II 01 Sun-synchronous MinoSpace Earth observation
Golden Bauhinia-1 01 Sun-synchronous ZeroG Lab Earth observation
Golden Bauhinia-1 02 Sun-synchronous ZeroG Lab Earth observation
First Long March commercial rideshare mission with launch services contraced by CGWIC.
29 April 2021
03:23[321] 		Long March 5B F-02 Wenchang, LA-1 Successful
Tianhe Low Earth CNSA Space station core module
Second launch of Long March 5B. On 9 May 2021, the core stage reentered the atmosphere and debris that did not burn up impacted the Indian Ocean west of Maldives.[320]
30 April 2021
07:27[322] 		Long March 4C F-34 Jiuquan, LA-4/SLS-2 Successful
Yaogan 34 Low Earth CAS Earth observation
6 May 2021
18:11[323] 		Long March 2C F-55 Xichang, LA-3 Successful
Yaogan 30-08A Low Earth CAS Sigint
Yaogan 30-08B Low Earth CAS Sigint
Yaogan 30-08C Low Earth CAS Sigint
Tianqi-12 Low Earth Guodian Gaoke IoT
19 May 2021
04:03[324] 		Long March 4B F-42 Jiuquan, LA-4/SLS-2 Successful
HaiYang 2D Low Earth Ministry of Natural Resources Earth observation
29 May 2021
12:55[325] 		Long March 7 F-03 Wenchang, LC-2 Successful
Tianzhou 2 Low Earth (TSS) CNSA Space logistics
First cargo flight to the Tiangong Space Station.
2 June 2021
16:17[326] 		Long March 3B/E F-75 Xichang, LA-2 Successful
Fengyun 4B Geosynchronous CMA Meteorology
11 June 2021
03:03[327] 		Long March 2D F-52 Taiyuan, LA-9 Successful
Beijing-3 01 Sun-synchronous China Spacesat Earth observation
Hisea-2 Sun-synchronous Xiamen University Earth observation
Yang Wang-1 Sun-synchronous Origin Space Space telescope / Asteroid cataloguing
Tianjian (TKSY01-TJ) Sun-synchronous PLASSF Space Engineering University Technology demonstration
17 June 2021
01:22[328] 		Long March 2F F-15 Jiuquan, LA-4/SLS-1 Successful
Shenzhou 12 Low Earth (TSS) CNSA Crewed spaceflight
First crewed flight to the Tianhe core module of the Chinese Space Station.
18 June 2021
06:30[329] 		Long March 2C F-56 Xichang, LA-3 Successful
Yaogan 30-09A Low Earth CAS Sigint
Yaogan 30-09B Low Earth CAS Sigint
Yaogan 30-09C Low Earth CAS Sigint
Tianqi-14 Low Earth Guodian Gaoke IoT
3 July 2021
02:51[330] 		Long March 2D F-53 Taiyuan, LA-9 Successful
Jilin-1 Kuanfu-01B Sun-synchronous Chang Guang Satellite Technology Earth observation
Jilin-1 Gaofen-03D 01 Sun-synchronous Chang Guang Satellite Technology Earth observation
Jilin-1 Gaofen-03D 02 Sun-synchronous Chang Guang Satellite Technology Earth observation
Jilin-1 Gaofen-03D 03 Sun-synchronous Chang Guang Satellite Technology Earth observation
Xingshidai-10 Sun-synchronous ADA Space Earth observation
4 July 2021
23:28[331] 		Long March 4C F-35 Jiuquan, LA-4/SLS-2 Successful
Fengyun 3E Sun-synchronous CMA Meteorology
6 July 2021
15:53[332] 		Long March 3C/E F-18 Xichang, LA-2 Successful
Tianlian I-05 Geosynchronous CNSA Communications
9 July 2021
11:59[333][334] 		Long March 6 F-06 Taiyuan, LA-16 Successful
Zhuzhou-1 01 Low Earth Zhuzhou State Investment Group Earth observation
Zhuzhou-1 02 Low Earth Zhuzhou State Investment Group Earth observation
Zhuzhou-1 03 Low Earth Zhuzhou State Investment Group Earth observation
Zhuzhou-1 04 Low Earth Zhuzhou State Investment Group Earth observation
Zhuzhou-1 05 Low Earth Zhuzhou State Investment Group Earth observation
19 July 2021
00:19[335] 		Long March 2C F-57 Xichang, LA-3 Successful
Yaogan 30-10A Low Earth CAS Sigint
Yaogan 30-10B Low Earth CAS Sigint
Yaogan 30-10C Low Earth CAS Sigint
Tianqi-15 Low Earth Guodian Gaoke IoT
A fairing recovery system through parachutes has been tested with this launch.
29 July 2021
04:01[336] 		Long March 2D F-54 Jiuquan, LA-4/SLS-2 Successful
Tianhui-1D Sun-synchronous CNSA Earth observation
4 August 2021
11:01[337][338] 		Long March 6 F-07 Taiyuan, LA-16 Successful
KL-Beta A Polar KLEO connect Communications
KL-Beta B Polar KLEO Connect Communications
5 August 2021
16:30[339] 		Long March 3B/E F-76 Xichang, LA-2 Successful
ChinaSat 2E Geostationary transfer China Satcom Communication
18 August 2021
22:32[340] 		Long March 4B F-43 Taiyuan, LA-9 Successful
Tianhui-2 02A Sun-synchronous CNSA Earth observation
Tianhui-2 02B Sun-synchronous CNSA Earth observation
24 August 2021
11:15[341] 		Long March 2C F-58 Jiuquan, LA-4/SLS-2 Successful
RSW-01 Polar CAST Communication
RSW-02 Polar CAST Communication
TBA Polar DFH Satellite Communication
24 August 2021
15:41[342] 		Long March 3B/E F-77 Xichang, LA-3 Successful
TJSW-7 Geostationary transfer SAST Communication
7 September 2021
03:01[343] 		Long March 4C F-40 Taiyuan, LA-9 Successful
Gaofen 5-02 Sun-synchronous CNSA Earth observation
9 September 2021
11:50[344] 		Long March 3B/E F-78 Xichang, LA-2 Successful
ChinaSat 9B Geostationary transfer China Satcom Communication
20 September 2021
07:10[345] 		Long March 7 F-04 Wenchang, LC-2 Successful
Tianzhou 3 Low Earth (TSS) CNSA Space logistics
Second cargo flight to the Tiangong Space Station.
27 September 2021
08:20[346] 		Long March 3B/E F-79 Xichang, LA-3 Successful
Shiyan-10 Inclined geosynchronous CAST Technology demonstration
Satellite experience a failure in orbit following successful launch. It was subsequently reactivated and began to raise its orbit in mid-October.
14 October 2021
09:51[347] 		Long March 2D F-55 Taiyuan, LA-9 Successful
Chinese Hα Solar Explorer (CHASE / Xihe) Sun-synchronous Nanjing University / SAST Solar physics
Guidao Daqi Midu TSW Sun-synchronous CMA Earth observation
HEAD-2E Sun-synchronous HEAD Aerospace Group Earth observation
HEAD-2F Sun-synchronous HEAD Aerospace Group Earth observation
MOTS Sun-synchronous Shanghai Lizheng Satellite Technology demonstration
QX-1 Sun-synchronous Shenzhen DFH Technology demonstration
SSS-1 Sun-synchronous Beihang University / APSCO Education
Tianshu-1 Sun-synchronous Insight Position Digital Intelligence Technology Service Technology demonstration
Golden Bauhinia-2 Sun-synchronous ZeroG Lab Earth observation
SSS-2A Sun-synchronous SJTU / APSCO Education
Tianyuan-1 Sun-synchronous NJUST Technology demonstration
15 October 2021
01:22[348] 		Long March 2F F-16 Jiuquan, LA-4/SLS-1 Successful
Shenzhou 13 Low Earth (TSS) CNSA Crewed spaceflight
Second crewed flight to the Tianhe core module of the Chinese Space Station.
24 October 2021
01:27[349] 		Long March 3B/E F-80 Xichang, LA-2 Successful
Shijian-21 Geosynchronous CAST Technology demonstration
3 November 2021
07:43[350] 		Long March 2C F-59 Jiuquan, LA-4/SLS-2 Successful
Yaogan 32-02A Sun-synchronous CAS Reconnaissance
Yaogan 32-02B Sun-synchronous CAS Reconnaissance
5 November 2021
02:19[351] 		Long March 6 F-08 Taiyuan, LA-16 Successful
SDGSAT-1 (Guangmu, CASEarth) Sun-synchronous CAS Earth observation
6 November 2021
03:00[352] 		Long March 2D F-56 Xichang, LA-3 Successful
Yaogan 35A Low Earth CAS Reconnaissance
Yaogan 35B Low Earth CAS Reconnaissance
Yaogan 35C Low Earth CAS Reconnaissance
20 November 2021
01:51[353] 		Long March 4B F-44 Taiyuan, LC-9 Successful
Gaofen 11-03 Sun-synchronous CNSA Earth observation
22 November 2021
23:45[354] 		Long March 4C F-37 Jiuquan, LA-4/SLS-2 Successful
Gaofen 03-02 Sun-synchronous Ministry of Natural Resources Earth observation
26 November 2021
16:40[355] 		Long March 3B/E F-81 Xichang, LA-2 Successful
ChinaSat 1D Geosynchronous China Satcom Communications
10 December 2021
00:11[356] 		Long March 4B F-45 Jiuquan SLS-2 Successful
Shijian-6 05A Sun-synchronous CNSA ELINT
Shijian-6 05B Sun-synchronous CNSA ELINT
13 December 2021
16:09[357] 		Long March 3B/E F-82 Xichang, LA-3 Successful
Tianlian II-02 Geosynchronous CNSA Communications
23 December 2021
10:12[358] 		Long March 7A F-03 Wenchang, LC-2 Successful
Shiyan-12 01 Geosynchronous CAST Technology demonstration
Shiyan-12 02 Geosynchronous CAST Technology demonstration
26 December 2021
03:11:31[359] 		Long March 4C F-38 Taiyuan LC-9 Successful
Ziyuan I-02E Sun-synchronous Ministry of Natural Resources Earth observation
XW-3 (CAS-9) Sun-synchronous CAMSAT Amateur radio
29 December 2021
11:13[360] 		Long March 2D F-57 Jiuquan SLS-2 Successful
Tianhui-4 Sun-synchronous CNSA Earth observation

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  341. ^ "又在整流罩上"搞事情"，长二丙送3颗通信卫星飞天" ["Doing things" on the fairing again, Long March 2C sends 3 communication satellites to the sky]. China Space News (in Chinese). 24 August 2021. Retrieved 24 August 2021.
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  343. ^ "China launches new Earth observation satellite". Xinhua. 7 September 2021. Retrieved 7 September 2021.
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  345. ^ "China launches cargo craft for space station supplies". Xinhua. 20 September 2021. Retrieved 20 September 2021.
  346. ^ Beil, Adrian (17 October 2021). "Chinese Shiyan-10 satellite raises its orbit after initial problems". NASASpaceFlight. Retrieved 18 October 2021.
  347. ^ Jones, Andrew (14 October 2021). "China launches first solar observatory, tests grid fins". SpaceNews. Retrieved 14 October 2021.
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Sources

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