Manufacturer | CALT |
---|---|
Country of origin | China |
Used on | Long March 2C third stage |
General characteristics | |
Height | 0.9 m (35 in)[1] |
Diameter | 0.54 m (21 in)[1] |
Gross mass | 160 kg (350 lb)[1] |
Propellant mass | 121.7 kg (268 lb)[1] |
Associated stages | |
Derived from | SD |
Derivatives | SMA |
Launch history | |
Total launches | SD: 7 CTS: 2 SMA: 2 |
Successes (stage only) | SD: 7 CTS: 2 SMA: 2 |
Failed | 0 |
Lower stage failed | 0 |
First flight | SD: 1997-09-01 CTS: 2003-12-29 SMA: 2008-09-06 |
Last flight | SD: 1999-06-12 CTS: 2004-07-26 SMA: 2012-10-14 |
CTS | |
Powered by | 1 FG-47 SRM[2][3] 16 thrusters[1] |
Maximum thrust | 10.780 kN (2,423 lbf)[4] |
Specific impulse | 286 seconds (2.80 km/s)[1] |
Burn time | 35s[1] |
Propellant | HTPB/AP (SRM)[5] hydrazine (monopropellant thrusters)[1] |
The CTS is an upper stage developed by the China Academy of Launch Vehicle Technology (CALT) to improve the performance of the Long March 2C to high (>400 km of altitude) LEO missions like SSO. The two stage LM-2 delivers the payload and stage to an elliptical orbit with the desired apogee and the CTS points the stack in the direction of the correct vector and activates the solid rocket motor (SRM) main engine to circularize it. It then dispenses the spacecraft and does a passivisation procedure.[1]
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