LandSpace, a Chinese startup, has landed the first stage of its Zhuque-3 rocket on solid ground for the first time, marking a significant breakthrough in China’s pursuit of cost-effective reusable rockets and closing the gap with US space firms.
- LandSpace joined SpaceX and Blue Origin by landing an orbital-class booster on solid ground
- Zhuque-3 uses methane and liquid oxygen, aiming for cleaner and cheaper launches
- Company plans to reuse boosters within six months and target up to 20 flights per booster
What happened
On August 19, 2026, Chinese startup LandSpace successfully recovered the first stage of its Zhuque-3 rocket on land in Gansu province. The booster returned safely about 390 kilometers from the Jiuquan launch center after carrying a satellite into orbit, marking China’s first ground-based leg-landing of an orbital-class rocket booster.
This achievement places LandSpace among a select group of private companies globally who have mastered first-stage booster recovery, including US leaders SpaceX and Blue Origin. The Zhuque-3 rocket stands 66.1 meters tall, runs on methane and liquid oxygen, and is optimized with a stainless steel frame for better heat resistance and cost savings.
Why it matters
Recovering and reusing rocket boosters is critical to reducing launch costs and increasing flight frequency by avoiding the expense of building new hardware for every mission. LandSpace’s successful ground landing is a major step towards making space launches in China commercially viable and more competitive on the global stage.
The ability to fly each booster up to 20 times, as planned by LandSpace, would significantly enhance China’s reusable rocketry capabilities. While still behind SpaceX, which reuses boosters many times and launches frequently, this progress narrows the technological gap and signals China’s growing ambitions in commercial space development.
What to watch next
LandSpace aims to reuse the recovered Zhuque-3 booster within six months, which will be the true test of the system’s cost-effectiveness and operational scalability. The company’s success in rapid refurbishment and multiple re-flights will determine its ability to compete with established reusable launch providers.
Meanwhile, China’s broader space industry is advancing, though setbacks such as recent rocket launch failures demonstrate the challenges ahead. The evolving reusable launch technology and increased private sector participation signal that China could soon become a significant player in the global space launch market.