List of Long March launches
This is a list of all orbital launches made by the Long March series of carrier rockets. 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 286 launches as of 10 October 2018. Of these, 271 were successful, 8 were failures, and 7 were partial failures. The cumulative success rate is 94.8%.
- 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 geosynchronous 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 geosynchronous 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 geosynchronous transfer orbit.
- On 28 December 1991, the Long March 3 failed to deploy the payload into geosynchronous 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 geosynchronous transfer orbit.
- On 31 August 2009, the Long March 3B failed to deploy the payload into geosynchronous 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 geosynchronous 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.
Launch history
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 | ||
3 March 1971 12:15 |
Long March 1 | F-02 | Jiuquan LA-2/5020 | Successful | |
Shijian 1 | Low Earth | CAST | Science/Technology | ||
5 November 1974 09:40 |
Long March 2 | F-01 | Jiuquan LA-2/138 | Failure | |
FSW-0 No.0 | (Low Earth) | 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 | |||
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. | |||||
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.[4] | |||||
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. | |||||
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.[4] | |||||
28 November 1995 11:30 |
Long March 2E/EPKM | F-06 | Xichang LA-2 | Successful | |
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.[5] AsiaSat filed a satellite insurance claim for $58 million.[6] | |||||
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. The vehicle hit the ground at T+23 seconds and exploded, killing at least 6 people on the ground.[7] | |||||
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. | |||||
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 | |||
9 January 2001 17:00[8] |
Long March 2F | F-02 | Jiuquan LA-4/SLS-1 | Successful | |
Shenzhou 2 | Low Earth | Technology | |||
25 March 2002 14:15[9] |
Long March 2F | F-03 | Jiuquan LA-4/SLS-1 | Successful | |
Shenzhou 3 | Low Earth | Technology | |||
15 May 2002 01:50[10] |
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[11] |
Long March 4B | F-05 | Taiyuan LA-7 | Successful | |
Ziyuan II-02 | Sun synchronous | Reconnaissance | |||
29 December 2002 16:40[12] |
Long March 2F | F-04 | Jiuquan LA-4/SLS-1 | Successful | |
Shenzhou 4 | Low Earth | Technology | |||
24 May 2003 16:34[13] |
Long March 3A | F-07 | Xichang LA-2 | Successful | |
Beidou-1C | Geosynchronous transfer | Navigation | |||
15 October 2003 01:00[14] |
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[15] |
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[16] |
Long March 2D | F-04 | Jiuquan LA-4/SLS-2 | Successful | |
FSW-3 No.1 | Low Earth | Reconnaissance | |||
14 November 2003 16:01[17] |
Long March 3A | F-08 | Xichang LA-2 | Successful | |
Chinasat-20 | Geosynchronous transfer | Communication | |||
29 December 2003 19:06[18] |
Long March 2C / SM | F-19 | Xichang LA-3 | Successful | |
Double Star 1 | High Earth | Magnetosphere research | |||
18 April 2004 15:59[19] |
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[20][21] |
Long March 2C / SM | F-21 | Taiyuan LA-7 | Successful | |
Double Star 2 | High Earth | Magnetosphere research | |||
29 August 2004 07:50[22] |
Long March 2C | F-22 | Jiuquan LA-4/SLS-2 | Successful | |
FSW-4 No.1 | Low Earth | Reconnaissance | |||
8 September 2004 23:14[23] |
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[24] |
Long March 2D | F-05 | Jiuquan LA-4/SLS-2 | Successful | |
FSW-3 No.2 | Low Earth | Reconnaissance | |||
19 October 2004 01:20[25] |
Long March 3A | F-09 | Xichang LA-2 | Successful | |
Fengyun-2C | Geosynchronous transfer | Meteorology | |||
6 November 2004 03:10[26] |
Long March 4B | F-08 | Taiyuan LA-7 | Successful | |
Ziyuan II-03 | Sun synchronous | Reconnaissance | |||
18 November 2004 10:45[27] |
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[28] |
Long March 2D | F-06 | Jiuquan LA-4/SLS-2 | Successful | |
Shijian-7 | Sun synchronous | Technology | |||
2 August 2005 07:30[29] |
Long March 2C | F-24 | Jiuquan LA-4/SLS-2 | Successful | |
FSW-4 No.2 | Low Earth | Reconnaissance | |||
29 August 2005 08:45[30] |
Long March 2D | F-07 | Jiuquan LA-4/SLS-2 | Successful | |
FSW-3 No.3 | Low Earth | Reconnaissance | |||
12 October 2005 01:00[31] |
Long March 2F | F-06 | Jiuquan LA-4/SLS-1 | Successful | |
Shenzhou 6 | Low Earth | Manned spaceflight | |||
26 April 2006 22:48[32][33] |
Long March 4C | F-01 | Taiyuan LA-7 | Successful | |
Yaogan 1 | Sun synchronous | Reconnaissance | |||
9 September 2006 07:00[34] |
Long March 2C | F-25 | Jiuquan LA-4/SLS-2 | Successful | |
Shijian-8 | Low Earth | Microgravity research | |||
12 September 2006 16:02[35] |
Long March 3A | F-10 | Xichang LA-2 | Successful | |
Chinasat-22A | Geosynchronous transfer | Communication | |||
23 October 2006 23:34[36] |
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[37] |
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[38] |
Long March 3A | F-11 | Xichang LA-2 | Successful | |
Fengyun-2D | Geosynchronous transfer | Meteorology | |||
2 February 2007 16:28[39] |
Long March 3A | F-12 | Xichang LA-2 | Successful | |
Beidou-1D | Geosynchronous transfer | Navigation | |||
11 April 2007 03:27[40] |
Long March 2C | F-26 | Taiyuan LA-7 | Successful | |
Haiyang-1B | Sun synchronous | Ocean observation | |||
13 April 2007 20:11[41] |
Long March 3A | F-13 | Xichang LA-2 | Successful | |
Compass-M1 | Medium Earth | Navigation | |||
13 May 2007 16:01[42] |
Long March 3B/E | F-08 | Xichang LA-2 | Successful | |
NIGCOMSAT-1 | Geosynchronous transfer | Communication | |||
25 May 2007 07:12[43] |
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[44] |
Long March 3A | F-14 | Xichang LA-2 | Successful | |
SinoSat 3 | Geosynchronous transfer | Communication | |||
5 July 2007 12:08[45] |
Long March 3B | F-09 | Xichang LA-2 | Successful | |
Chinasat-6B | Geosynchronous transfer | China Satellite Communications | Communication | ||
19 September 2007 03:26[46] |
Long March 4B | F-10 | Taiyuan LA-7 | Successful | |
CBERS-2B | Sun synchronous | Earth observation | |||
24 October 2007 10:05[47] |
Long March 3A | F-15 | Xichang LA-3 | Successful | |
Chang'e 1 | Lunar transfer | Lunar orbiter | |||
11 November 2007 22:48[48] |
Long March 4C | F-02 | Taiyuan LA-7 | Successful | |
Yaogan 3 | Sun synchronous | Reconnaissance | |||
25 April 2008 15:35[49] |
Long March 3C | F-01 | Xichang LA-2 | Successful | |
Tianlian-1A | Geosynchronous transfer | Communication / Data transfer | |||
27 May 2008 03:02[50] |
Long March 4C | F-03 | Taiyuan LA-7 | Successful | |
Fengyun-3A | Sun synchronous | Meteorology | |||
9 June 2008 12:15[51] |
Long March 3B | F-10 | Xichang LA-2 | Successful | |
ChinaSat 9 | Geosynchronous transfer | China Satellite Communications | Communication | ||
6 September 2008 03:25[52] |
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[53] |
Long March 2F | F-07 | Jiuquan LA-4/SLS-1 | Successful | |
Shenzhou 7 | Low Earth | Manned spaceflight | |||
25 October 2008 01:15[54] |
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[55] |
Long March 3B/E | F-11 | Xichang LA-2 | Successful | |
VENESAT 1 | Geosynchronous transfer | Communication | |||
5 November 2008 00:15[56] |
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[57] |
Long March 2D | F-10 | Jiuquan LA-4/SLS-2 | Successful | |
Yaogan 4 | Sun synchronous | Reconnaissance | |||
15 December 2008 03:22[58] |
Long March 4B | F-12 | Taiyuan LA-9 | Successful | |
Yaogan 5 | Sun synchronous | Reconnaissance | |||
23 December 2008 00:54[59] |
Long March 3A | F-16 | Xichang LA-3 | Successful | |
Fengyun-2E | Geosynchronous transfer | Meteorology | |||
14 April 2009 16:16[60] |
Long March 3C | F-02 | Xichang LA-2 | Successful | |
Compass-G2 | Geosynchronous transfer | Navigation | |||
22 April 2009 02:55[61] |
Long March 2C | F-28 | Taiyuan LA-7 | Successful | |
Yaogan 6 | Sun synchronous | Reconnaissance | |||
31 August 2009 09:28[62] |
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[65] |
Long March 2C | F-29 | Jiuquan LA-4/SLS-2 | Successful | |
Shijian-11-01 | Sun synchronous | Technology | |||
9 December 2009 08:42[66] |
Long March 2D | F-11 | Jiuquan LA-4/SLS-2 | Successful | |
Yaogan 7 | Sun synchronous | Reconnaissance | |||
15 December 2009 02:31[67] |
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[68] |
Long March 3C | F-03 | Xichang LA-2 | Successful | |
Compass-G1 | Geosynchronous transfer | Navigation | |||
5 March 2010 04:55[69] |
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[70] |
Long March 3C | F-04 | Xichang LA-2 | Successful | |
Compass-G3 | Geosynchronous transfer | Navigation | |||
15 June 2010 01:39[71] |
Long March 2D | F-12 | Jiuquan LA-4/SLS-2 | Successful | |
Shijian-12 | Sun synchronous | Technology | |||
31 July 2010 21:30[72] |
Long March 3A | F-17 | Xichang LA-3 | Successful | |
Compass-IGSO1 | Geosynchronous transfer | Navigation | |||
9 August 2010 22:49[73] |
Long March 4C | F-06 | Taiyuan LA-9 | Successful | |
Yaogan 10 | Sun synchronous | Reconnaissance | |||
24 August 2010 07:10[74] |
Long March 2D | F-13 | Jiuquan LA-4/SLS-2 | Successful | |
Tianhui-1 | Sun synchronous | Reconnaissance | |||
4 September 2010 16:14[75] |
Long March 3B/E | F-13 | Xichang LA-2 | Successful | |
Chinasat-6A | Geosynchronous transfer | Communication | |||
22 September 2010 02:42[76] |
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[77] |
Long March 3C | F-05 | Xichang LA-2 | Successful | |
Chang'e 2 | Lunar transfer | Lunar orbiter | |||
6 October 2010 00:49[78] |
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[79] |
Long March 3C | F-06 | Xichang LA-2 | Successful | |
Compass-G4 | Geosynchronous transfer | Navigation | |||
4 November 2010 18:37[80] |
Long March 4C | F-07 | Taiyuan LA-9 | Successful | |
Fengyun-3B | Sun synchronous | Meteorology | |||
24 November 2010 16:09[81] |
Long March 3A | F-18 | Xichang LA-3 | Successful | |
Chinasat-20A | Geosynchronous transfer | Communication | |||
17 December 2010 20:20[82] |
Long March 3A | F-19 | Xichang LA-3 | Successful | |
Compass-IGSO2 | Geosynchronous transfer | Navigation | |||
9 April 2011 20:47[83] |
Long March 3A | F-20 | Xichang LA-3 | Successful | |
Compass-IGSO3 | Geosynchronous transfer | Navigation | |||
20 June 2011 16:13[84] |
Long March 3B/E | F-14 | Xichang LA-2 | Successful | |
SinoSat 5 (Chinasat-10) | Geosynchronous transfer | Communication | |||
6 July 2011 04:28[85] |
Long March 2C | F-30 | Jiuquan LA-4/SLS-2 | Successful | |
Shijian-11-03 | Sun synchronous | Technology | |||
11 July 2011 15:41[86] |
Long March 3C | F-07 | Xichang LA-2 | Successful | |
Tianlian-1B | Geosynchronous transfer | Communication / Data transfer | |||
26 July 2011 21:44[87] |
Long March 3A | F-21 | Xichang LA-3 | Successful | |
Compass-IGSO4 | Geosynchronous transfer | Navigation | |||
29 July 2011 07:42[88] |
Long March 2C | F-31 | Jiuquan LA-4/SLS-2 | Successful | |
Shijian-11-02 | Sun synchronous | Technology | |||
11 August 2011 16:15[89] |
Long March 3B/E | F-15 | Xichang LA-2 | Successful | |
PAKSAT-1R | Geosynchronous transfer | Communication | |||
15 August 2011 22:57[90] |
Long March 4B | F-14 | Taiyuan LA-9 | Successful | |
Haiyang-2A | Sun synchronous | Ocean observation | |||
18 August 2011 09:28[91] |
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[92] |
Long March 3B/E | F-16 | Xichang LA-2 | Successful | |
Chinasat-1A | Geosynchronous transfer | Communication | |||
29 September 2011 13:16[93] |
Long March 2F/G | F-08 | Jiuquan LA-4/SLS-1 | Successful | |
Tiangong 1 | Low Earth | Space laboratory | |||
7 October 2011 08:21[94] |
Long March 3B/E | F-17 | Xichang LA-2 | Successful | |
Eutelsat W3C | Geosynchronous transfer | Eutelsat | Communication | ||
31 October 2011 21:58[95] |
Long March 2F | F-09 | Jiuquan LA-4/SLS-1 | Successful | |
Shenzhou 8 | Low Earth | Technology | |||
9 November 2011 03:21[96] |
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[97] |
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[98] |
Long March 2C | F-33 | Taiyuan LA-9 | Successful | |
Yaogan 13 | Sun synchronous | Reconnaissance | |||
1 December 2011 21:07[99] |
Long March 3A | F-22 | Xichang LA-3 | Successful | |
Compass-IGSO5 | Geosynchronous transfer | Navigation | |||
19 December 2011 16:41[100] |
Long March 3B/E | F-18 | Xichang LA-2 | Successful | |
NIGCOMSAT-1R | Geosynchronous transfer | Communication | |||
22 December 2011 03:26[101] |
Long March 4B | F-16 | Taiyuan LA-9 | Successful | |
Ziyuan I-02C | Sun synchronous | Earth observation | |||
9 January 2012 03:17[102] |
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[103][104] |
Long March 3A | F-23 | Xichang LA-3 | Successful | |
Fengyun-2F | Geosynchronous transfer | Meteorology | |||
24 February 2012 16:12[105] |
Long March 3C | F-08 | Xichang LA-2 | Successful | |
Compass-G5 | Geosynchronous transfer | Navigation | |||
31 March 2012 10:27[106] |
Long March 3B/E | F-19 | Xichang LA-2 | Successful | |
Apstar 7 | Geosynchronous transfer | Apstar | Communication | ||
29 April 2012 20:50[107] |
Long March 3B | F-20 | Xichang LA-2 | Successful | |
Compass-M3 | Medium Earth | Navigation | |||
Compass-M4 | Medium Earth | Navigation | |||
6 May 2012 07:10[108] |
Long March 2D | F-16 | Jiuquan LA-4/SLS-2 | Successful | |
Tianhui-1B | Sun synchronous | Reconnaissance | |||
10 May 2012 07:06[109] |
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[110][111] |
Long March 3B/E | F-21 | Xichang LA-2 | Successful | |
Chinasat-2A | Geosynchronous transfer | Communication | |||
29 May 2012 07:31[112] |
Long March 4C | F-08 | Taiyuan LA-9 | Successful | |
Yaogan 15 | Sun synchronous | Reconnaissance | |||
16 June 2012 10:37[113] |
Long March 2F | F-10 | Jiuquan LA-4/SLS-1 | Successful | |
Shenzhou 9 | Low Earth | Manned spaceflight | |||
25 July 2012 15:43[114] |
Long March 3C | F-09 | Xichang LA-2 | Successful | |
Tianlian-1C | Geosynchronous transfer | Communication / Data transfer | |||
18 September 2012 19:10[115] |
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[116] |
Long March 2D | F-17 | Jiuquan LA-4/SLS-2 | Successful | |
Venezuela Remote Sensing Satellite | Sun synchronous | Remote Sensing | |||
14 October 2012 03:25[117][118] |
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[119][120] |
Long March 3C | F-10 | Xichang LA-2 | Successful | |
Compass-G6 | Geosynchronous transfer | Navigation | |||
18 November 2012 22:53[121][122] |
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[123][124] |
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[125][126] |
Long March 3B/E | F-23 | Xichang LA-2 | Successful | |
Chinasat-12 | Geosynchronous transfer | Communication | |||
18 December 2012 16:13[127] |
Long March 2D | F-18 | Jiuquan LA-4/SLS-2 | Successful | |
Göktürk-2 | Sun synchronous | Earth Observation | |||
26 April 2013 04:13[128] |
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[129] |
Long March 3B/E | F-24 | Xichang LA-2 | Successful | |
Chinasat-11 | Geosynchronous transfer | Communication | |||
11 June 2013 09:38[130] |
Long March 2F | F-11 | Jiuquan LA-4/SLS-1 | Successful | |
Shenzhou 10 | Low Earth | Manned spaceflight | |||
15 July 2013 09:27[131][132] |
Long March 2C | F-36 | Jiuquan LA-4/SLS-2 | Successful | |
Shijian-11-05 | Sun synchronous | Technology | |||
19 July 2013 23:37[133][134] |
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[135] |
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[136] |
Long March 4C | F-12 | Taiyuan LA-9 | Successful | |
Fengyun-3C | Sun synchronous | Meteorology | |||
25 October 2013 03:50[137] |
Long March 4B | F-19 | Jiuquan LA-4/SLS-2 | Successful | |
Shijian 16 | Low Earth | Technology | |||
29 October 2013 02:50[138] |
Long March 2C | F-37 | Taiyuan LA-9 | Successful | |
Yaogan 18 | Sun synchronous | Reconnaissance | |||
20 November 2013 03:31[139] |
Long March 4C | F-13 | Taiyuan LA-9 | Successful | |
Yaogan 19 | Sun synchronous | Reconnaissance | |||
25 November 2013 02:12[140] |
Long March 2D | F-20 | Jiuquan LA-4/SLS-2 | Successful | |
Shiyan-5 | Low Earth | Technology | |||
1 December 2013 17:30[141] |
Long March 3B/E | F-25 | Xichang LA-2 | Successful | |
Chang'e 3 | Lunar transfer | Lunar lander/rover | |||
9 December 2013 03:26[142] |
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[143] |
Long March 3B/E | F-26 | Xichang LA-2 | Successful | |
Túpac Katari 1 | Geosynchronous transfer | Communication | |||
31 March 2014 02:46[144] |
Long March 2C | F-38 | Jiuquan LA-4/SLS-2 | Successful | |
Shijian-11-06 | Sun synchronous | Technology | |||
9 August 2014 05:45[145] |
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[146] |
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[147] |
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[148] |
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[149] |
Long March 2C | F-39 | Jiuquan LA-4/SLS-2 | Successful | |
Shijian-11-07 | Sun synchronous | Technology | |||
20 October 2014 06:31[150] |
Long March 4C | F-15 | Taiyuan LA-9 | Successful | |
Yaogan 22 | Sun synchronous | Reconnaissance | |||
23 October 2014 18:00[151] |
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[152] |
Long March 2C | F-40 | Jiuquan LA-4/SLS-2 | Successful | |
Shijian-11-08 | Sun synchronous | Technology | |||
14 November 2014 18:53[153] |
Long March 2C | F-41 | Taiyuan LA-9 | Successful | |
Yaogan 23 | Sun synchronous | Reconnaissance | |||
20 November 2014 07:12[154] |
Long March 2D | F-22 | Jiuquan LA-4/SLS-2 | Successful | |
Yaogan 24 | Sun synchronous | Technology | |||
7 December 2014 03:26[155] |
Long March 4B | F-23 | Taiyuan LA-9 | Successful | |
CBERS-4 | Sun synchronous | Earth observation | |||
10 December 2014 19:33[156] |
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[157] |
Long March 4B | F-24 | Taiyuan LA-9 | Successful | |
Yaogan 26 | Sun synchronous | Reconnaissance | |||
31 December 2014 01:02[158] |
Long March 3A | F-24 | Xichang LA-2 | Successful | |
Fengyun-2G | Geosynchronous transfer | Meteorology | |||
30 March 2015 13:52[159] |
Long March 3C + YZ-1 | F-12 | Xichang LA-2 | Successful | |
BDS I1-S | Geosynchronous | Navigation | |||
26 June 2015 06:22[160] |
Long March 4B | F-25 | Taiyuan LA-9 | Successful | |
Gaofen 8 | Sun synchronous | Earth Observation | |||
25 July 2015 12:29[161] |
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[162] |
Long March 4C | F-17 | Taiyuan LA-9 | Successful | |
Yaogan 27 | Sun synchronous | Reconnaissance | |||
12 September 2015 15:42[163] |
Long March 3B/E | F-28 | Xichang LA-2 | Successful | |
TJSW-1 | Geosynchronous | Communication | |||
14 September 2015 04:42[164] |
Long March 2D | F-23 | Jiuquan LA-4/SLS-2 | Successful | |
Gaofen 9 | Sun synchronous | Earth Observation | |||
19 September 2015 23:01[165] |
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[166] |
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[167] |
Long March 3B/E | F-29 | Xichang LA-3 | Successful | |
BDS I2-S | Geosynchronous | Navigation | |||
7 October 2015 04:13[168] |
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[169] |
Long March 3B/E | F-30 | Xichang LA-2 | Successful | |
Apstar 9 | Geosynchronous | Apstar | Communication | ||
26 October 2015 07:10[170] |
Long March 2D | F-25 | Jiuquan LA-4/SLS-2 | Successful | |
Tianhui-1C | Sun synchronous | Reconnaissance | |||
3 November 2015 16:25[171] |
Long March 3B/E | F-31 | Xichang LA-3 | Successful | |
Chinasat-2C | Geosynchronous transfer | Communication | |||
8 November 2015 07:06[172] |
Long March 4B | F-26 | Taiyuan LA-9 | Successful | |
Yaogan 28 | Sun synchronous | Reconnaissance | |||
20 November 2015 16:07[173] |
Long March 3B/E | F-32 | Xichang LA-2 | Successful | |
LaoSat-1 | Geosynchronous transfer | Communication | |||
26 November 2015 21:24[174] |
Long March 4C | F-18 | Taiyuan LA-9 | Successful | |
Yaogan 29 | Sun synchronous | Reconnaissance | |||
9 December 2015 16:46[175] |
Long March 3B/E | F-33 | Xichang LA-3 | Successful | |
Chinasat-1C | Geosynchronous transfer | Communication | |||
17 December 2015 00:12[176] |
Long March 2D | F-26 | Jiuquan LA-4/SLS-2 | Successful | |
DAMPE | Sun synchronous | Cosmology research | |||
28 December 2015 16:04[177] |
Long March 3B/E | F-34 | Xichang LA-2 | Successful | |
Gaofen 4 | Geosynchronous transfer | Earth observation | |||
15 January 2016 16:57[178] |
Long March 3B/E | F-35 | Xichang LA-3 | Successful | |
Belintersat-1 | Geosynchronous transfer | Communication | |||
1 February 2016 07:29[179] |
Long March 3C + YZ-1 | F-13 | Xichang LA-2 | Successful | |
BDS M3-S | Geosynchronous | Navigation | |||
29 March 2016 20:11[180] |
Long March 3A | F-25 | Xichang LA-2 | Successful | |
Compass-IGSO6 | Geosynchronous transfer | Navigation | |||
5 April 2016 17:38[181] |
Long March 2D | F-27 | Jiuquan LA-4/SLS-2 | Successful | |
Shijian-10 | Low Earth | Microgravity research | |||
15 May 2016 02:43[182] |
Long March 2D | F-28 | Jiuquan LA-4/SLS-2 | Successful | |
Yaogan 30 | Sun synchronous | Reconnaissance | |||
30 May 2016 03:17[183] |
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[184] |
Long March 3C | F-14 | Xichang LA-3 | Successful | |
Compass-G7 | Geosynchronous transfer | Navigation | |||
25 June 2016 12:00[185] |
Long March 7 + YZ-1A | F-1 | 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[186] |
Long March 4B | F-28 | Jiuquan LA-4/SLS-2 | Successful | |
Shijian 16-02 | Low Earth | Technology | |||
5 August 2016 16:22[187] |
Long March 3B/E | F-36 | Xichang LA-3 | Successful | |
Tiantong-1-01 | Geosynchronous transfer | Communication | |||
9 August 2016 22:55[188] |
Long March 4C | F-19 | Taiyuan LA-9 | Successful | |
Gaofen 3 | Sun synchronous | Earth Observation | |||
15 August 2016 17:40[189] |
Long March 2D | F-29 | Jiuquan LA-4/SLS-2 | Successful | |
QUESS | Sun synchronous | CNSA | Quantum communications | ||
31 August 2016 18:55[190] |
Long March 4C | F-20 | Taiyuan LA-9 | Failure | |
Gaofen 10 | Sun synchronous | Earth Observation | |||
Cause of failure unknown. | |||||
15 September 2016 14:04[191] |
Long March 2F/G | F-12 | Jiuquan LA-4/SLS-1 | Successful | |
Tiangong 2 | Low Earth | Space laboratory | |||
16 October 2016 23:30[192] |
Long March 2F | F-13 | Jiuquan LA-4/SLS-1 | Successful | |
Shenzhou 11 | Low Earth | Manned spaceflight | |||
3 November 2016 12:43[193] |
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[195] |
Long March 11 | F-02 | Jiuquan | Successful | |
XPNAV-1 | Sun synchronous | Technology | |||
11 November 2016 23:14[196] |
Long March 2D | F-30 | Jiuquan LA-4/SLS-2 | Successful | |
Yunhai-1-01 | Sun synchronous | Meteorology research | |||
22 November 2016 15:24[197] |
Long March 3C/E | F-15 | Xichang LA-2 | Successful | |
Tianlian-1D | Geosynchronous transfer | Communication / Data transfer | |||
10 December 2016 16:11[198] |
Long March 3B/E | F-37 | Xichang LA-3 | Successful | |
Fengyun-4A | Geosynchronous transfer | Meteorology | |||
21 December 2016 19:22[199] |
Long March 2D | F-31 | Jiuquan LA-4/SLS-2 | Successful | |
TanSat | Sun synchronous | Atmospheric research | |||
28 December 2016 03:23[200] |
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 February 18, 2017.[202] | |||||
5 January 2017 15:18[203] |
Long March 3B/E | F-38 | Xichang LA-2 | Successful | |
TJSW-2 | Geosynchronous | Communication | |||
12 April 2017 11:04[204] |
Long March 3B/E | F-39 | Xichang LA-2 | Successful | |
Shijian 13 | Geosynchronous | Communication | |||
20 April 2017 11:41[205] |
Long March 7 | F-02 | Wenchang LA-2 | Successful | |
Tianzhou 1 | Low Earth | Space Station Logistics | |||
15 June 2017 03:00[206] |
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 [207] |
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 July 13, 2017 after maneuvering with its own propulsion system.[209] | |||||
2 July 2017 11:23[210] |
Long March 5 Y2 | F-02 | Wenchang LA-1 | Failure | |
Shijian 18 | Geosynchronous transfer (intended) | Communication | |||
Payload was lost after engine failure in first stage.[211] | |||||
29 September 2017 04:21[212] |
Long March 2C | F-42 | Xichang LA-3 | Successful | |
Yaogan 30-01A/B/C | Low Earth | Reconnaissance | |||
9 October 2017 04:13[213] |
Long March 2D | F-33 | Jiuquan LA-4/SLS-2 | Successful | |
VRSS-2 | Sun synchronous | Remote Sensing | |||
5 November 2017 11:45[214] |
Long March 3B/E + YZ-1 | F-41 | Xichang LA-2 | Successful | |
BDS-3 M1 | Medium Earth | Navigation | |||
BDS-3 M2 | Medium Earth | Navigation | |||
14 November 2017 18:35[215] |
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[216] |
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[217] |
Long March 2C | F-43 | Xichang LA-3 | Successful | |
Yaogan 30-02A/B/C | Low Earth | Reconnaissance | |||
3 December 2017 04:11[218] |
Long March 2D | F-34 | Jiuquan LA-4/SLS-2 | Successful | |
LKW-1 | Sun synchronous | Reconnaissance | |||
10 December 2017 16:40[219] |
Long March 3B/E | F-42 | Xichang LA-2 | Successful | |
Alcomsat-1 | Geosynchronous transfer | Algerian Space Agency | Communication | ||
23 December 2017 04:14[220] |
Long March 2D | F-35 | Jiuquan LA-4/SLS-2 | Successful | |
LKW-2 | Sun synchronous | Reconnaissance | |||
25 December 2017 19:44[221] |
Long March 2C | F-44 | Xichang LA-3 | Successful | |
Yaogan 30-03A/B/C | Low Earth | Reconnaissance | |||
9 January 2018 03:24[222] |
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[223] |
Long March 3B/E + YZ-1 | F-43 | Xichang LA-2 | Successful | |
BDS-3 M7 | Medium Earth | Navigation | |||
BDS-3 M8 | Medium Earth | Navigation | |||
13 January 2018 07:10[224] |
Long March 2D | F-37 | Jiuquan LA-4/SLS-2 | Successful | |
LKW-3 | Sun synchronous | Reconnaissance | |||
19 January 2018 04:12[225] |
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[226] |
Long March 2C | F-45 | Xichang LA-3 | Successful | |
Yaogan 30-04A/B/C | Low Earth | Reconnaissance | |||
2 February 2018 07:51[227] |
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[228] |
Long March 3B/E + YZ-1 | F-44 | Xichang LA-2 | Successful | |
BDS-3 M3 | Medium Earth | Navigation | |||
BDS-3 M4 | Medium Earth | Navigation | |||
17 March 2018 07:10[229] |
Long March 2D | F-39 | Jiuquan LA-4/SLS-2 | Successful | |
LKW-4 | Sun synchronous | Reconnaissance | |||
29 March 2018 17:56[230] |
Long March 3B/E + YZ-1 | F-45 | Xichang LA-2 | Successful | |
BDS-3 M9 | Medium Earth | Navigation | |||
BDS-3 M10 | Medium Earth | Navigation | |||
31 March 2018 03:22[231] |
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 [232] |
Long March 4C | F-23 | Jiuquan LA-4/SLS-2 | Successful | |
Yaogan 31-01A | Low Earth | Reconnaissance | |||
Yaogan 31-01B | Low Earth | Reconnaissance | |||
Yaogan 31-01C | Low Earth | Reconnaissance | |||
26 April 2018 04:42[233] |
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[234] |
Long March 3B/E | F-46 | Xichang LA-2 | Successful | |
Apstar 6C | Geosynchronous transfer | APT Satellite Holdings | Communication | ||
8 May 2018 18:28[235] |
Long March 4C | F-24 | Taiyuan LA-9 | Successful | |
Gaofen 5 | Sun synchronous | Earth Observation | |||
20 May 2018 21:28[236] |
Long March 4C | F-25 | Xichang LA-3 | Successful | |
Chang'e 4 Relay | Earth–Moon L2, halo orbit | Communication | |||
DSLWP-A1 | Selenocentric, elliptical orbit | Radio astronomy | |||
DSLWP-A2 | Selenocentric, elliptical orbit | Radio astronomy | |||
2 June 2018 04:13[237] |
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[238] |
Long March 3A | F-26 | Xichang LA-2 | Successful | |
Fengyun-2H | Geosynchronous transfer | Meteorology | |||
27 June 2018 03:30[239] |
Long March 2C | F-46 | Xichang LA-3 | Successful | |
XJSS A | Low Earth | Technology | |||
XJSS B | Low Earth | Technology | |||
9 July 2018 03:56[240] |
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[241] |
Long March 3B/E + YZ-1 | F-47 | Xichang LA-3 | Successful | |
BDS-3 M5 | Medium Earth | Navigation | |||
BDS-3 M6 | Medium Earth | Navigation | |||
31 July 2018 03:00[242] |
Long March 4B | F-30 | Taiyuan LA-9 | Successful | |
Gaofen 11 | Sun synchronous | Earth Observation | |||
24 August 2018 23:52[243] |
Long March 3B/E + YZ-1 | F-48 | Xichang LA-3 | Successful | |
BDS-3 M11 | Medium Earth | Navigation | |||
BDS-3 M12 | Medium Earth | Navigation | |||
7 September 2018 03:15[244] |
Long March 2C | F-48 | Taiyuan LA-9 | Successful | |
Haiyang-1C | Sun synchronous | Ocean observation | |||
19 September 2018 14:07[245] |
Long March 3B/E + YZ-1 | F-49 | Xichang LA-3 | Successful | |
BDS-3 M13 | Medium Earth | Navigation | |||
BDS-3 M14 | Medium Earth | Navigation | |||
9 October 2018 02:43[246] |
Long March 2C / YZ-1S | F-49 | Jiuquan LA-4/SLS-2 | Successful | |
Yaogan-32-01A | Sun synchronous | Reconnaissance | |||
Yaogan-32-01B | Sun synchronous | Reconnaissance | |||
References
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- ↑ https://gbtimes.com/surprise-launch-sees-china-loft-three-yaogan-31-reconnaissance-satellites-from-jiuquan
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