China's LandSpace successfully lands reusable rocket first stage

China's commercial space sector took a significant leap forward on August 19, 2026, as LandSpace successfully landed the first stage of its ZhuQue-3 (ZQ-3) reusable rocket on land. This achievement follows a previous successful recovery of a first stage at sea by a state-owned company last month.

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This mission represents the first time in China that an attempt to return the first stage of an orbital launch vehicle using landing legs has been successfully carried out, as well as the first successful return of a rocket's first stage to land.

The ZhuQue-3, standing approximately 66 meters tall with a 4.5-meter diameter, is designed to carry up to 14.2 metric tons of payload into low Earth orbit. The successful test flight, which inserted the Honghu 03 satellite into orbit, demonstrated the rocket's design and the reliability of its reusable system. This mission is crucial for the ZhuQue-3 as it transitions from technological demonstration to engineering application.

Reusable first stages are key to dramatically lowering launch costs and increasing the frequency of space missions. This capability is particularly beneficial for China's rapidly expanding military and national security space programs. Furthermore, it helps China narrow the gap with the United States in terms of commercial launch expenses.

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This is a key test flight for ZhuQue-3 as it transitions from the phase of technological demonstration and verification towards the phase of engineering application of reusable technology.

This was only the second launch for the two-stage ZQ-3 rocket. The first launch in December of the previous year successfully reached orbit, but the first stage recovery attempt failed, resulting in an explosion on the launchpad. The company stated that "improper combustion" caused the failure during the initial attempt.

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This mission further confirmed the correctness of the design and the reliability of the ZhuQue-3 reusable launch vehicle system, verified the return capability of the first stage and its technical maturity.