China Lands Orbital Rocket Booster on Land in Major Reusability Breakthrough

• LandSpace successfully recovered the first stage of its Zhuque-3 rocket on land.

• The rocket launched a Honghu-3 internet satellite from Jiuquan.

• The landing marks China’s first land-based recovery of an orbital-class booster.

• Zhuque-3 is seen as a potential rival to SpaceX’s Falcon 9.

• Reuse could support China’s satellite internet expansion.

China has recorded a major advance in reusable spaceflight after successfully recovering the first stage of an orbital rocket on land for the first time. The achievement strengthens Beijing’s push to lower launch costs and develop technologies needed for high-frequency satellite deployment.

The milestone was achieved on Wednesday by Chinese private launch company LandSpace, which brought back the first stage of its Zhuque-3 rocket after an orbital mission. State media and company statements described the operation as a significant step for China’s reusable rocket programme.

The success places LandSpace among a small group of companies worldwide that have demonstrated controlled recovery of an orbital-class rocket booster. The capability is considered essential for reducing the cost of space access because it allows the most expensive part of a rocket to be recovered instead of discarded after each launch.

The 66-metre Zhuque-3 lifted off from the Jiuquan Satellite Launch Centre in the Gobi Desert at about 7:35 am local time. The rocket carried a Honghu-3 internet satellite, which was placed into its planned orbit.

After separation, the rocket’s nine-engine first stage began its return to Earth. It later made a vertical landing at a recovery zone in Minqin county, in Gansu province, around 390 km southeast of the launch site.

China’s state news agency Xinhua called the operation a major breakthrough in the country’s reusable rocket technology. It also said this was China’s first successful recovery on land of the first stage of an orbital rocket.

Reusable rockets are important because they can sharply reduce the economics of launching satellites and other payloads into space. A booster represents a large share of a rocket’s cost. If it can be landed, refurbished and flown again, launch providers can avoid building an entirely new first stage for every mission.

This model has been most prominently demonstrated by SpaceX, whose Falcon 9 rockets regularly return their first stages for reuse. Blue Origin has also shown reusable rocket capabilities, though SpaceX remains far ahead in repeated orbital booster recovery and reuse.

China has now tested more than one method for recovering orbital-class rocket stages. In July, the state-owned China Aerospace Science and Technology Corporation recovered the first stage of a Long March-10B using a large net on an offshore platform.

The Zhuque-3 mission followed a different and more familiar path. Its first stage used landing legs and performed a controlled vertical touchdown on land. That makes the achievement especially important because it is closer to the model used by SpaceX’s Falcon 9.

Zhuque-3 is being developed as a potential Chinese counterpart to the Falcon 9. Unlike Falcon 9, which uses liquid oxygen and kerosene, Zhuque-3 is powered by liquid methane and liquid oxygen. Methane-fuelled rockets are seen by many launch companies as attractive for reusability because the fuel can burn cleaner than kerosene, potentially reducing refurbishment needs.

LandSpace has also highlighted Zhuque-3’s stainless-steel structure. The company says the material could help reduce manufacturing costs while providing strong heat resistance during atmospheric re-entry, when a returning booster must withstand intense thermal stress.

In an expendable configuration, Zhuque-3 can carry around 21 tonnes to low Earth orbit. Its reusable version has a lower payload capacity because fuel must be reserved for the return and landing sequence. LandSpace has said it aims to reuse the booster up to 20 times.

By comparison, SpaceX’s Falcon 9 can carry about 22.8 tonnes to low Earth orbit when flown in expendable mode. However, while the payload figures are broadly comparable, the operational gap remains wide. SpaceX has completed hundreds of booster recoveries and routinely reflown Falcon 9 first stages. LandSpace has only just achieved its first successful land recovery.

The latest success came during Zhuque-3’s second orbital mission. Its first flight in December had a mixed outcome. The second stage reached orbit, but the first stage failed during the final powered descent and was destroyed in a fireball.

Following that failure, LandSpace made several changes to the rocket. These reportedly included modifications to the landing-engine setup, improvements to the autonomous safety-control system and upgrades to thermal protection for re-entry.

The successful landing now allows LandSpace to move toward the next phase: recovering, inspecting, refurbishing and eventually flying the booster again. The company said the mission would support future maintenance and reuse operations and help China develop low-cost, frequent and reliable space transport capability.

The commercial significance could be substantial. China is working on large satellite-internet constellations, including Guowang and Qianfan, each planned to eventually include more than 10,000 satellites. Building constellations of that scale will require many launches over an extended period.

Reusable boosters could therefore become central to China’s satellite ambitions. Lower-cost and higher-frequency launches would make it easier to place thousands of satellites into orbit and maintain those networks over time.

SpaceX’s Starlink network shows what reusable launch systems can make possible. The company has deployed more than 10,000 operational satellites and created a major commercial broadband service. China’s own constellations are still much smaller, with Guowang and Qianfan each having deployed only around 200 satellites so far.

If Zhuque-3 boosters can be reused reliably, Chinese launch providers may be able to increase flight rates and compete more forcefully in the global commercial space market. The ability to launch frequently and at lower cost could also support national communications, remote sensing and strategic space infrastructure goals.

The development also underlines China’s dual-track strategy in space. Private firms such as LandSpace are pursuing commercial launch systems, while state-run organisations continue to develop their own reusable technologies.

The China National Space Administration said it helped coordinate the Zhuque-3 launch team and would continue supporting reusable rocket development. Together, the Long March-10B recovery in July and the Zhuque-3 land landing show that China is experimenting with multiple approaches rather than depending on one recovery architecture.

Still, landing a rocket stage is only the beginning. The real measure of success will be whether the same booster can be turned around and flown again safely, affordably and repeatedly.

If LandSpace can demonstrate actual reuse after this recovery, China would take a much larger step toward the operational model that has given SpaceX a major advantage in global launch services over the past decade.