China has successfully launched its new Kinetica-2 rocket, marking an important step in its growing commercial space program.
The rocket lifted off from the Dongfeng Commercial Space Innovation Pilot Zone in northwest China. It carried three satellites into their planned orbit, completing its first mission as expected.
Kinetica-2: A Rocket Built With a New Approach
Kinetica-2 stands out for its Common Booster Core (CBC) configuration, a design rarely used in China’s rockets. This setup allows multiple boosters to work together efficiently, increasing thrust and stability during launch.
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The rocket delivers a liftoff thrust of 753 tonnes, giving it the power needed for heavier missions. It can carry up to 12 tonnes to low Earth orbit, placing it among China’s more capable commercial launch vehicles.
Developed by CAS Space, the rocket reflects China’s push to strengthen its private space industry while supporting national missions.
Satellites and Technology Tests in Orbit
The mission placed three satellites into orbit, including the New March-02 spacecraft, also known as the Qingzhou prototype.
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Weighing about 4.2 tonnes, the spacecraft uses a single-module integrated design. Engineers say this structure allows it to adapt easily to different rockets, improving launch flexibility.
The flight also carries 27 experiments, covering technology testing, scientific research, and educational projects. These will operate at altitudes between 200 and 600 kilometers.
Once in orbit, the Qingzhou prototype will test key technologies needed for space operations.
After these trials, a full version of the spacecraft will dock with China’s space station. It will transport cargo and support long-term orbital missions.
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With this launch, China is not just testing a rocket. It is building a system designed for regular space deliveries, stronger satellite capabilities, and a more active presence in low Earth orbit.
