China Conducts First 100km Suborbital Recovery Test, Expanding Reusable Space Ambitions

CAS Space successfully completed a high-altitude test flight carrying a recoverable payload capsule, highlighting China’s push into commercial aerospace and near-space research platforms.

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China completed its first 100-kilometre-class suborbital parachute recovery mission after a vehicle developed by CAS Space successfully flew from the Jiuquan Satellite Launch Centre and safely returned to Earth.

The mission reached an altitude of about 120 kilometres, briefly crossing the internationally recognised boundary of space before descending without entering orbit.

The test marks a milestone for China’s emerging commercial aerospace sector, where private and state-linked firms are racing to develop reusable launch systems, scientific platforms and lower-cost access to near-space environments.

The vehicle, known as Lihong-1, is designed as a general-purpose suborbital scientific experiment platform capable of carrying recoverable payloads.

CAS Space said the system is intended to provide low-cost, high-flexibility missions for research applications including microgravity experiments, atmospheric testing and near-space in-situ studies.

During the flight, a recoverable capsule—similar in structure to a simplified spacecraft re-entry module—was deployed and returned safely under parachute.

The capsule allows onboard scientific experiments to be conducted during the short spaceflight before payloads are recovered for post-mission analysis.

Future versions may be upgraded into orbital-grade manufacturing platforms capable of remaining in space for extended periods and supporting multiple reuse cycles.

Potential commercial uses include pharmaceutical research, drug screening, semiconductor production, materials science and biological experiments that benefit from microgravity conditions.

The test underscores China’s broader ambitions to expand private-sector participation in aerospace, reduce launch costs and compete in the rapidly growing global commercial space market.

It also signals increasing interest in reusable suborbital systems as stepping stones toward more advanced orbital transportation technologies.

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