Key statistics
Satellite CZ-6A DEB at a glance.
Uptime
369
Days in orbit
Revolutions
≈ 15.0
Per day
Orbit
SSO
Sun Synchronous Orbit
Inclination
97.8
Latest
Satellite identification and parameters
Extended collection of information and parameters for CZ-6A DEB.
Object identification
Identified? True
Debris? True
Object name: CZ-6A DEB
International designator: 2024-126C
Object number (NORAD): 60213
Object ID (CCSDS): 60213
Country: PEOPLES REPUBLIC OF CHINA (PRC)
Current information (Y/N): Y
RCS size: LARGE
Orbital parameters
Period: 95.976 minutes
Inclination: 97.8262 deg
SMA: 6943.855 km
Apoapsis: 568.585 km
Periapsis: 562.855 km
RAAN: 199.9397 deg
Eccentricy: 0.0004126
Argument of periapsis: 42.7664 deg
Mean anomaly: 317.388 deg
Mean motion: 15.00381926 rev/day
Mean motion (dot): 0.00007922 rev/day2
B* drag term: 0.00063511 1/REarth
Two-line elements (TLE)
Creation date: July 8, 2025, 2:27 a.m.
Reference frame: TEME
Reference center: EARTH
Epoch: July 7, 2025, 10:08 p.m. UTC
TLE line 0: 0 CZ-6A DEB
TLE line 1: 1 60213U 24126C 25188.92258097 .00007922 00000-0 63511-3 0 9992
TLE line 2: 2 60213 97.8262 199.9397 0004126 42.7664 317.3880 15.00381926 54944
Live tracking on map
Real-time ground track for satellite CZ-6A DEB.
Associated space launch
A pair of satellites officially described as for cartographic surveying purposes, details TBD.
CZ-6A DEB was lifted into orbit during the mission ‘Long March 6A | Tianhui 5 Group 02’, on board a Long March 6A space rocket.
The launch took place on July 4, 2024, 10:49 p.m. from Launch Complex 9A.
For more information about the launch, click the button.
Long March 6A | Tianhui 5 Group 02
Agency: N/A
Status: Launch Successful
Launch date: July 4, 2024, 10:49 p.m. UTC
Rocket: Long March 6A
Launch pad: Launch Complex 9A
Location: Taiyuan Satellite Launch Center, People's Republic of China
...
Latest news about this satellite
China’s Long March 6A rocket appears to have an orbital debris problem
The upper stage of China’s Long March 6A rocket appears to be creating numerous pieces of space debris, adding to the growing issue of orbital debris.
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