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This is a list of launches made by the Long March rocket family between 2020 and 2029.
Rocket configurations |
Launch outcomes10
20
30
40
50
60
2020
'21
'22
'23
'24
|
Date/time (UTC) | Rocket | Serial number | Launch site | Outcome | |
---|---|---|---|---|---|
Payload | Separation orbit | Operator | Function | ||
Remarks | |||||
7 January 2020 15:20 [1] |
Long March 3B/E | F-65 | Xichang, LA-2 | Successful | |
TJS-5 | Geosynchronous | Communication (?) | |||
15 January 2020 02:53 [2] |
Long March 2D | F-45 | Taiyuan, LA-9 | Successful | |
Jilin-1 Kuanfu-01 | Sun-synchronous | Chang Guang Satellite Technology | Earth imaging | ||
ÑuSat-7 | Sun-synchronous | Satellogic | Commercial Earth Observations | ||
ÑuSat-8 | Sun-synchronous | Satellogic | Commercial Earth Observations | ||
19 February 2020 21:07 [3] |
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 [4] |
Long March 3B/E | F-66 | Xichang, LA-2 | Successful | |
BeiDou-3 G2 | Geosynchronous transfer | Navigation | |||
16 March 2020 13:34 [5] |
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 [6] |
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 [7] |
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 [8] |
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.[9] | |||||
29 May 2020 20:13 [10] |
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 [11] |
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/Group of cubesat cameras | ||
25 July 2020 03:13 [12] |
Long March 4B | F-37 | Taiyuan LA-9 | Successful | |
Ziyuan 3-03 | Sun-synchronous | Ministry of Natural Resources | Earth Observation | ||
Tianqi-10 | Sun-synchronous | Guodian Gaoke | IoT | ||
NJU-HKU 1 | Sun-synchronous | Nanjing University/University of Hong Kong | X-ray astronomy | ||
6 August 2020 04:01 [13] |
Long March 2D | F-50 | Jiuquan, LA-4/SLS-2 | Successful | |
Gaofen 9-04 | Sun-synchronous | Earth observation | |||
23 August 2020 02:27 [14] |
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 [15] |
Long March 2F/T | T3 | Jiuquan, SLS-1 | Successful | |
Reusable Experimental Spacecraft | Low Earth | CASC | Flight test | ||
Suspected to be prototype spaceplane, but not officially confirmed. | |||||
7 September 2020 05:57 [16] |
Long March 4B | F-38 | Taiyuan LA-9 | Successful | |
Gaofen 11-02 | Sun-synchronous | Earth Observation | |||
15 September 2020 01:23 [17] |
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 | Chang Guang Satellite Technology | Earth imaging | ||
Jilin-1 High Resolution 03B-02 | Sun-synchronous | Chang Guang Satellite Technology | Earth imaging | ||
Jilin-1 High Resolution 03B-03 | Sun-synchronous | Chang Guang Satellite Technology | Earth imaging | ||
Jilin-1 High Resolution 03B-04 | Sun-synchronous | Chang Guang Satellite Technology | Earth imaging | ||
Jilin-1 High Resolution 03B-05 | Sun-synchronous | Chang Guang Satellite Technology | Earth imaging | ||
Jilin-1 High Resolution 03B-06 | Sun-synchronous | Chang Guang Satellite Technology | Earth imaging | ||
Jilin-1 High Resolution 03C-01 | Sun-synchronous | Chang Guang Satellite Technology | Earth imaging | ||
Jilin-1 High Resolution 03C-02 | Sun-synchronous | Chang Guang Satellite Technology | Earth imaging | ||
Jilin-1 High Resolution 03C-03 | Sun-synchronous | Chang Guang Satellite Technology | Earth imaging | ||
21 September 2020 05:40 [18] |
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 [19] |
Long March 3B/E | F-70 | Xichang, LA-2 | Successful | |
Gaofen-13 | Geostationary transfer | Earth Observation | |||
26 October 2020 15:19 [20] |
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 [21] |
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 [22] |
Long March 3B/E | F-71 | Xichang, LA-2 | Successful | |
Tiantong 1-02 | Geostationary transfer | Mobile Communications | |||
23 November 2020 20:30[23] |
Long March 5 | F-05 | Wenchang, LC-1 | Successful | |
Chang'e 5 | Lunar transfer | CNSA | Lunar Sample Return | ||
6 December 2020 03:58 [24] |
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 [25] |
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 [26] |
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-8 | Sun-synchronous | Guodian Gaoke | IoT | ||
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[27] |
Long March 4C | F-29 | Jiuquan, LA-4/SLS-2 | Successful | |
Yaogan-33-02 | Sun-synchronous | Reconnaissance |
Date/time (UTC) | Rocket | Serial number | Launch site | Outcome | |
---|---|---|---|---|---|
Payload | Separation orbit | Operator | Function | ||
Remarks | |||||
9 January 2024 07:03[182] |
Long March 2C | Y30 | Xichang, LA-3 | Successful | |
Einstein Probe | Low Earth | CAS / ESA | X-ray astronomy | ||
17 January 2024 14:27[183] |
Long March 7 | Y8 | Wenchang, LC-2 | Successful | |
Tianzhou 7 | Low Earth (TSS) | CMSA | Space logistics | ||
Nanjing (Baiyi-08) | Low Earth | NJIT | Earth observation | ||
Sixth cargo flight to the Tiangong Space Station. | |||||
2 February 2024 23:37[184] |
Long March 2C | Y85 | Xichang, LA-3 | Successful | |
GeeSAT-2 01 | Low Earth | Geespace | Navigation communications | ||
GeeSAT-2 02 | Low Earth | Geespace | Navigation communications | ||
GeeSAT-2 03 | Low Earth | Geespace | Navigation communications | ||
GeeSAT-2 04 | Low Earth | Geespace | Navigation communications | ||
GeeSAT-2 05 | Low Earth | Geespace | Navigation communications | ||
GeeSAT-2 06 | Low Earth | Geespace | Navigation communications | ||
GeeSAT-2 07 | Low Earth | Geespace | Navigation communications | ||
GeeSAT-2 08 | Low Earth | Geespace | Navigation communications | ||
GeeSAT-2 09 | Low Earth | Geespace | Navigation communications | ||
GeeSAT-2 10 | Low Earth | Geespace | Navigation communications | ||
GeeSAT-2 11 | Low Earth | Geespace | Navigation communications | ||
23 February 2024 11:30[185] |
Long March 5 | Y7 | Wenchang, LC-1 | Successful | |
TJS-11 | Geosynchronous | CASC | Communications Technology demonstration | ||
29 February 2024 13:03[186] |
Long March 3B/E | Y95 | Xichang, LA-2 | Successful | |
Weixing Hulianwang Gaogui-01 | Geostationary transfer | CASC | Communications | ||
13 March 2024 12:51[187] |
Long March 2C + YZ-1S | Y86 | Xichang, LA-3 | Partial failure | |
DRO-A | Selenocentric (DRO) | CAS | Technology demonstration | ||
DRO-B | Selenocentric (DRO) | CAS | Technology demonstration | ||
Upper stage failure placed DRO-A and DRO-B in orbits short of geostaiontary transfer orbit; satellites eventually reached GTO and subsequentely inserted into their intended DRO working orbits about the Moon under their own power. | |||||
20 March 2024 00:31[188] |
Long March 8 | Y3 | Wenchang, LC-2 | Successful | |
Queqiao-2 | Selenocentric | CNSA | Communications | ||
Tiandu-1 | Selenocentric | Deep Space Exploration Laboratory | Technology demonstration | ||
Tiandu-2 | Selenocentric | Deep Space Exploration Laboratory | Technology demonstration | ||
Queqiao-2 is the relay satellite for the successive Chang'e 6, Chang'e 7 and Chang'e 8 missions. Tiandu 1 and 2 will test technologies for a future lunar navigation and positioning constellation. | |||||
21 March 2024 05:27[189] |
Long March 2D + YZ-3 | Y87 | Jiuquan, SLS-2 | Successful | |
Yunhai-2 07 | Low Earth | CAST | Meteorology | ||
Yunhai-2 08 | Low Earth | CAST | Meteorology | ||
Yunhai-2 09 | Low Earth | CAST | Meteorology | ||
Yunhai-2 10 | Low Earth | CAST | Meteorology | ||
Yunhai-2 11 | Low Earth | CAST | Meteorology | ||
Yunhai-2 12 | Low Earth | CAST | Meteorology | ||
26 March 2024 22:51[190] |
Long March 6A | Y3 | Taiyuan, LA-9A | Successful | |
Yunhai-3 02 | Sun-synchronous | SAST | Earth observation | ||
2 April 2024 22:56[191] |
Long March 2D | Y102 | Xichang, LA-3 | Successful | |
Yaogan 42-01 | Low Earth | SAST | Earth observation | ||
15 April 2024 04:12[192] |
Long March 2D | Y97 | Jiuquan, SLS-2 | Successful | |
Siwei Gaojing 3-01 | Low Earth | China Siwei | Earth observation | ||
20 April 2024 23:45[193] |
Long March 2D | Y103 | Xichang, LA- | Successful | |
Yaogan 42-02 | Low Earth | SAST | Earth observation | ||
25 April 2024 12:59[194] |
Long March 2F/G | Y18 | Jiuquan SLS-1 | Successful | |
Shenzhou 18 | Low Earth (TSS) | CMSA | Crewed spaceflight | ||
Seventh crewed flight to the Tiangong space station. | |||||
3 May 2024 09:27[195] |
Long March 5 | Y8 | Wenchang LC-1 | Successful | |
Chang'e 6 | Lunar transfer | CNSA | Lunar Sample Return | ||
China's second lunar sample return mission, and world's first from the far side of the Moon, targeting southern area of Apollo basin (~43º S, 154º W). The mission is expected to take 53 days from launch to return module touchdown.[196] | |||||
7 May 2024 13:21[197] |
Long March 6C | Y1 | Taiyuan, LA-9A | Successful | |
Haiwangxing-1 | Sun-synchronous | Zhihui Space Tech | SAR satellite (X-band) | ||
Zhixing-1C | Sun-synchronous | Smart Satellite | SAR satellite | ||
Kuanfu Guangxue Weixing | Sun-synchronous | Harbin Institute of Technology | Earth observation | ||
Gaofen Shipin Weixing | Sun-synchronous | Harbin Institute of Technology | Earth observation | ||
Maiden launch of the Long March 6C variant | |||||
9 May 2024 01:43[198] |
Long March 3B/E | Y97 | Xichang, LA-2 | Successful | |
Smart Skynet 1-01A | Medium Earth | SAST | Communication | ||
Smart Skynet 1-01B | Medium Earth | SAST | Communication | ||
11 May 2024 23:43[199] |
Long March 4C | Y50 | Jiuquan, SLS-2 | Successful | |
Shiyan 23 | Sun-synchronous | SAST | Technology demonstration | ||
20 May 2024 03:06[200] |
Long March 2D | Y98 | Taiyuan, LA-9 | Successful | |
Beijing-3C 01 | Sun-synchronous | Twenty First Century Aerospace Technology Company Ltd | Earth observation | ||
Beijing-3C 02 | Sun-synchronous | Twenty First Century Aerospace Technology Company Ltd | Earth observation | ||
Beijing-3C 03 | Sun-synchronous | Twenty First Century Aerospace Technology Company Ltd | Earth observation | ||
Beijing-3C 04 | Sun-synchronous | Twenty First Century Aerospace Technology Company Ltd | Earth observation | ||
30 May 2024 12:12 |
Long March 3B/E | Y96 | Xichang, LA-2 | Successful | |
PakSat-MM1R | Geosynchronous | SUPARCO | Communication | ||
22 June 2024 00:00[201][202] |
Long March 2C | Y50 | Xichang LA-3 | Successful | |
SVOM / CATCH-1 | Low Earth | CNSA / CNES | Heliophysics | ||
29 June 2024 11:57[203] |
Long March 7A | Wenchang, LC-2 | Successful | ||
Zhongxing-3A | Geostationary transfer | CNSA | Communications | ||
4 July 2024 22:49[203] |
Long March 6A | Taiyuan | Successful | ||
Tianhui-5 2-01 | Low Earth | CNSA | Radar? | ||
Tianhui-5 2-02 | Low Earth | CNSA | Radar? | ||
19 July 2024 03:03[203] |
Long March 4B | Taiyuan | Successful | ||
Gao Fen 11-05 | Low Earth | CNSA | Earth observation | ||
1 August 2024 13:14[204] |
Long March 3B | Xichang LC-2 | Successful | ||
Hulianwang gaogui 02 | Geostationary transfer | CNSA | Communications | ||
6 August 2024 06:42[204] |
Long March 6A | Taiyuan | Successful | ||
Qianfan Jigui 01 zu (18 satellites) |
Low Earth | Shanghai Spacecom Satellite Technology[205] | Communications | ||
16 August 2024 07:35[204] |
Long March 4B | Xichang | Successful | ||
Yaogan 43-01-01 | Low Earth | CNSA | Communications? | ||
Yaogan 43-01-02 | Low Earth | CNSA | Communications? | ||
Yaogan 43-01-03 | Low Earth | CNSA | Communications? | ||
Yaogan 43-01-04 | Low Earth | CNSA | Communications? | ||
Yaogan 43-01-05 | Low Earth | CNSA | Communications? | ||
Yaogan 43-01-06 | Low Earth | CNSA | Communications? | ||
Yaogan 43-01-07 | Low Earth | CNSA | Communications? | ||
Yaogan 43-01-08 | Low Earth | CNSA | Communications? | ||
Yaogan 43-01-09 | Low Earth | CNSA | Communications? | ||
22 August 2024 12:25[204] |
Long March 7A | Xichang | Successful | ||
ZX-4A | Geostationary transfer | CNSA | Communications | ||
3 September 2024 01:15[206] |
Long March 4B | Xichang | Successful | ||
Yaogan 43-02 01 | Low Earth | CNSA | Communications? | ||
Yaogan 43-02 02 | Low Earth | CNSA | Communications? | ||
Yaogan 43-02 03 | Low Earth | CNSA | Communications? | ||
Yaogan 43-02 04 | Low Earth | CNSA | Communications? | ||
Yaogan 43-02 05 | Low Earth | CNSA | Communications? | ||
Yaogan 43-02 06 | Low Earth | CNSA | Communications? | ||
5 September 2024 18:30[206] |
Long March 6 | Taiyuan | Successful | ||
Geely Group 03 01 | Low Earth | Geely | Communications | ||
Geely Group 03 02 | Low Earth | Geely | Communications | ||
Geely Group 03 03 | Low Earth | Geely | Communications | ||
Geely Group 03 04 | Low Earth | Geely | Communications | ||
Geely Group 03 05 | Low Earth | Geely | Communications | ||
Geely Group 03 06 | Low Earth | Geely | Communications | ||
Geely Group 03 07 | Low Earth | Geely | Communications | ||
Geely Group 03 08 | Low Earth | Geely | Communications | ||
Geely Group 03 09 | Low Earth | Geely | Communications | ||
Geely Group 03 10 | Low Earth | Geely | Communications | ||
19 September 2024 01:14[206] |
Long March 3B | Xichang | Successful | ||
Beidou-3 M25 | MEO | Navigation Communications | |||
Beidou-3 M27 | MEO | Navigation Communications | |||
20 September 2024 04:11[206] |
Long March 2D | Taiyuan | Successful | ||
Jilin-1 Kuanfu 02B-01 | Sun-synchronous | Earth observation | |||
Jilin-1 Kuanfu 02B 02 | Sun-synchronous | Earth observation | |||
Jilin-1 Kuanfu 02B 03 | Sun-synchronous | Earth observation | |||
Jilin-1 Kuanfu 02B 04 | Sun-synchronous | Earth observation | |||
Jilin-1 Kuanfu 02B 05 | Sun-synchronous | Earth observation | |||
Jilin-1 Kuanfu 02B 06 | Sun-synchronous | Earth observation | |||
27 September 2024 10:30[207] |
Long March 2D | Jiuquan | Successful | ||
Shijian-19 | Low Earth | Recoverable uncrewed spacecraft (life sciences) | |||
10 October 2024 13:50[207] |
Long March 3B | Xichang | Successful | ||
Hulianwang Gaogui-03 "Weixing" (i.e. satellite) |
Geostationary transfer | CNSA | Communications | ||
15 October 2024 11:06[207] |
Long March 6A | Taiyuan | Successful | ||
Qianfan Jigui 02A-R (18 satellites) |
Sun-synchronous | Shanghai Spacecom Satellite Technology[205] | Communications | ||
15 October 2024 23:45[207] |
Long March 4C | Jiuquan | Successful | ||
Gao Fen 12-05 | Sun-synchronous | CNSA | Earth observation | ||
22 October 2024 08:10[207] |
Long March 6 | Taiyuan | Successful | ||
Tianping-3A(01) | Sun-synchronous | Radar calibration | |||
Tianping-3B(01) | Sun-synchronous | Radar calibration | |||
Tianping-3B(02) | Sun-synchronous | Radar calibration | |||
23 October 2024 01:09[207] |
Long March 2C | Y82 | Xichang, LA-3 | Successful | |
Yaogan-43 03A | Low Earth | Earth observation | |||
Yaogan-43 03B | Low Earth | Earth observation | |||
Yaogan-43 03C | Low Earth | Earth observation | |||
29 October 20:27:34[208] |
Long March 2F | Y19 | Jiuquan SLS-1 | Successful | |
Shenzhou 19 | Low Earth (TSS) | CMSA | Crewed spaceflight | ||
Eighth crewed flight to the Tiangong space station. | |||||
9 November 3:39[208] |
Long March 2C | Jiuquan | Successful | ||
PIESAT-2 01 | Sun-synchronous | Zhuzhou Space Interstellar Satellite Technology Co., Ltd. | Earth observation/Radar | ||
PIESAT-2 02 | Sun-synchronous | Zhuzhou Space Interstellar Satellite Technology Co., Ltd. | Earth observation/Radar | ||
PIESAT-2 03 | Sun-synchronous | Zhuzhou Space Interstellar Satellite Technology Co., Ltd. | Earth observation/Radar | ||
PIESAT-2 04 | Sun-synchronous | Zhuzhou Space Interstellar Satellite Technology Co., Ltd. | Earth observation/Radar | ||
Part of 16-satellites constellation of X-band radar satellites for SAR imaging | |||||
13 November 2024 22:42[208] |
Long March 4B | Taiyuan | Successful | ||
Haiyang 4-01 | Sun-synchronous | CNSA | Earth observation | ||
Measures ocean salinity | |||||
15 November 2024 15:13:18[208] |
Long March 7 | Y9 | Wenchang, LC-2 | Successful | |
Tianzhou 8 | Low Earth (TSS) | CMSA | Space logistics | ||
Seventh cargo flight to the Tiangong Space Station. |
Date/time (UTC) | Rocket | Serial number | Launch site | Outcome | |
---|---|---|---|---|---|
Payload | Separation orbit | Operator | Function | ||
Remarks | |||||
May (TBD)[209] | Long March 3B | Xichang | |||
Tianwen-2 | Heliocentric | CNSA | Asteroid sample return | ||
Sample return mission headed for the 469219 Kamoʻoalewa asteroid. | |||||
June (TBD)[210][211] | Long March 5B | Y5 | Wenchang LC-1 | ||
Xuntian | Low Earth | CNSA | Space telescope | ||
2025 (TBD)[212] | Long March 3B | ||||
Asteroid impacter | Heliocentric | CNSA | Asteroid redirect test | ||
Asteroid orbiter | Heliocentric | CNSA | Asteroid flyby | ||
Planetary defense mission headed for the 2019 VL5 asteroid. |
Date/time (UTC) | Rocket | Serial number | Launch site | Outcome | |
---|---|---|---|---|---|
Payload | Separation orbit | Operator | Function | ||
Remarks | |||||
2026 (TBD)[213] | Long March 5 | Wenchang LC-1 | |||
Chang'e 7 | Selenocentric | CNSA | Lunar lander |
Date/time (UTC) | Rocket | Serial number | Launch site | Outcome | |
---|---|---|---|---|---|
Payload | Separation orbit | Operator | Function | ||
Remarks | |||||
2028 (TBD)[213] | Long March 5 | Wenchang LC-1 | |||
Chang'e 8 | Selenocentric | CNSA | Lunar lander |
Date/time (UTC) | Rocket | Serial number | Launch site | Outcome | |
---|---|---|---|---|---|
Payload | Separation orbit | Operator | Function | ||
Remarks | |||||
September (TBD)[214] | Long March 5 | Wenchang LC-1 | |||
Tianwen-4 Jupiter orbiter | Jovicentric | CNSA | Jupiter orbiter | ||
Tianwen-4 Uranus flyby probe | Heliocentric | CNSA | Uranus flyby |
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