A Private Chinese Rocket Landed on Its Own Legs for the First Time

On August 19, 2026, the Chinese company LandSpace launched its Zhuque-3 Y-2 rocket from the Dongfeng Commercial Space Innovation Pilot Zone in Gansu province, delivered a satellite to orbit, and then guided the rocket's spent first stage back down for a controlled landing roughly 390 kilometers away. The booster touched down upright on four extended legs at a recovery site in Minqin County, the first time any Chinese company has landed an orbital rocket's first stage on solid ground.

Key Fact: This was only the second time a Chinese-built orbital rocket has ever recovered its first stage intact. The first came five weeks earlier, when the state-owned Long March-10B caught its booster in a net strung across a ship at sea. Zhuque-3 is the first to do it on its own legs, on land.

From an Explosion to an Upright Landing

Zhuque-3 first flew in December 2025. Its upper stage reached orbit, a rare success for a debut launch, but the first stage suffered what Chinese state media described as abnormal combustion during its landing attempt and was destroyed. For this second flight, LandSpace's engineers reduced the number of engines used during the final landing burn to simplify the system, added a function that predicts the booster's impact point for safety, and strengthened the heat shielding that protects the stage during its fiery re-entry.

Those changes were put to the test roughly 137 seconds after liftoff, when the first and second stages separated. While the upper stage carried the Honghu-03 satellite the rest of the way to orbit, the booster reoriented itself, fired its engines to slow its fall through the upper atmosphere, glided most of the way down, then fired its engines again for a final braking burn. Four landing legs unfolded in the last seconds before the stage settled onto the pad, roughly eight minutes after launch.

Why It Matters

Reusable first stages are the main reason SpaceX has been able to launch so often and so cheaply, a lesson visible in its Falcon 9 fleet and in its still-experimental Starship program. The company has flown its 614th reused booster to date, and some individual Falcon 9 boosters have each flown more than 30 times. A booster that returns safely each time removes the cost of building a new one for every mission, which is why LandSpace, the state-owned China Aerospace Science and Technology Corporation, and several other Chinese companies are separately chasing the same goal.

China now has two different rocket families that have each recovered a booster at least once, using two different methods, within about six weeks of each other. Aerospace researchers quoted by Chinese state media described the country as having become the second, after the United States, to demonstrate orbital-class rocket recovery, achieved through a mix of state and private programs pursuing different technical approaches rather than a single design. The push also fits a broader pattern of new entrants reaching orbit, including India's Skyroot, whose Vikram-1 reached orbit for the first time in July.

What Happens Next

LandSpace says the mission moves Zhuque-3 from a "technological demonstration" phase toward "engineering application," meaning the next milestone to watch for is whether this recovered stage, or a future one, actually flies again. Several other Chinese companies, including CAS Space, Deep Blue Aerospace, Galactic Energy, iSpace, Orienspace, and Space Pioneer, are separately developing rockets meant to land and reuse their own first stages, so China's list of successful booster recoveries is likely to grow before any of them can claim a fully reusable, repeatedly flown rocket.