LandSpace Beats SpaceX With Steel-Booster Recovery Milestone

A Global First: Zhuque-3's Steel Booster Comes Home

In a global first, China's leading commercial rocket company LandSpace has recovered a stainless-steel booster after an orbital launch, completing a recovery sequence that SpaceX has yet to demonstrate with its own steel Super Heavy. The mission makes Zhuque-3 China's first commercial rocket to both reach orbit and bring its first stage back, and it vaults the private launch industry into the centre of Beijing's push for lower-cost, reusable access to space.

LandSpace now stands as the fourth entity on Earth to recover a launch vehicle, joining SpaceX, Blue Origin and the state-owned China Aerospace Science and Technology Corporation (CASC). The distinction matters beyond national pride: it is the first time a Chinese private company has matched a capability previously limited to the world's most experienced rocket operators, and it arrives at a moment when Beijing is racing to build satellite constellations that will require dozens of launches a year.

Tags: LandSpace, Zhuque-3, reusable rocket, steel booster, Honghu-3, Jiuquan, Guowang, Qianfan, Long March 10B, China space, satellite megaconstellation, Falcon 9

The Mission: Orbit, Satellite Delivery, and a Vertical Landing

The 66-metre (217-foot) rocket, powered by liquid methane and oxygen, lifted off at 7.35am on Wednesday from the Dongfeng Commercial Space Innovation Pilot Zone within the national Jiuquan Satellite Launch Centre in the Gobi Desert, according to state news agency Xinhua. It delivered a Honghu-3 internet satellite into its designated orbit, then pulled off the hard part: the first stage returned to Earth and touched down vertically at a recovery site in Minqin county, Gansu province, about 390km (242 miles) southeast of the launch pad.

The profile echoes the landing sequence that made SpaceX's Falcon 9 famous: an engine reignition in the upper atmosphere, a controlled descent burn, and a precise vertical touchdown at the recovery site. Launch tracking databases logged the flight as flying first stage ZQ-3 F2, the second Zhuque-3 vehicle built by LandSpace. CGTN, citing the company, said the flight and recovery test mission was a complete success.

The choice of stainless steel is itself significant. The material, which LandSpace shares with SpaceX's Starship architecture, tolerates the thermal and structural stresses of re-entry better than the aluminium alloys used in most first-generation boosters, and it is cheaper to fabricate at scale. For a company whose business model depends on flying the same hardware repeatedly, those properties matter as much as the propulsion itself.

Redemption After December's Fireball

Wednesday's success was LandSpace's second attempt to launch Zhuque-3 into orbit and recover its first stage. During the rocket's maiden flight in December, the second stage successfully reached orbit, but the first stage erupted in a dramatic fireball during its final powered descent toward the landing pad.

After that mission, Zhuque-3 project chief Dai Zheng told state broadcaster CCTV that the recovery had failed because the first stage's engine had not reignited when it was about 3km above the ground as required. The fix, refined over months of ground testing, was a reliable reignition at altitude and a precisely controlled landing burn. That sequence validated itself over the Gobi on Wednesday morning, converting what could have been a cautionary tale into a template for every Chinese launcher now pursuing reuse.

Two Reusable Workhorses in the Same Class as Falcon 9

The significance of the recovery extends beyond a single company's engineering milestone. Zhuque-3 and Long March-10B have broadly similar payload capacities and sit in roughly the same class as SpaceX's workhorse Falcon 9. In expendable configuration, Long March-10B and Zhuque-3 can carry about 22 and 21 tonnes to low Earth orbit, respectively; with their first stages recovered, those figures fall to about 16 and 18 tonnes.

That trade-off, payload mass for reuse, is the calculus every orbital transportation system must now make. For China, having both a state rocket and a commercial rocket demonstrate recovery in the space of six weeks is a statement of intent: the country intends to industrialise reuse, not merely prove it once. The July net capture of a Long March-10B booster off Hainan and Wednesday's vertical landing give Beijing two distinct recovery architectures to develop in parallel.

The Megaconstellation Imperative: Guowang and Qianfan

Recovering the two rockets could prove crucial to the construction of China's broadband internet megaconstellations. Like SpaceX's Starlink, Chinese projects such as Guowang and Qianfan envisage eventually placing more than 10,000 satellites in orbit to provide global broadband coverage, creating both a potential global market and infrastructure of strategic military importance.

So far, Starlink has deployed more than 10,000 operational satellites and attracted over 12 million customers worldwide. Its extensive use by Ukrainian forces for battlefield communications has shown the military value of such a network. By comparison, Beijing's Guowang constellation and the Shanghai-backed Qianfan network have each deployed only around 200 satellites. Their expansion has been constrained partly by China's lack of a reusable workhorse comparable to the Falcon 9, a constraint Wednesday's landing directly attacks. Every recovered booster is a reminder that the cost curve for constellation deployment is about to bend.

Asia-Pacific Implications: The Race Beyond Super Heavy

For the Asia-Pacific region, the milestone sharpens a competitive picture that extends well beyond China's borders. Japan's JAXA-backed efforts around reusable demonstrators, including the RV-X programme, are now racing a Chinese commercial sector that has moved from paper studies to flight-proven reuse in under three years of active testing. India's Skyroot Aerospace, which flew its first private orbital rocket in July, faces the same strategic question: how quickly can a new entrant build a reusable vehicle when the cost of falling behind is measured in thousands of satellites?

SpaceX's Super Heavy booster, also built of stainless steel, remains grounded pending US Federal Aviation Administration approval for its first recovery flight to send Starship into orbit. LandSpace's feat therefore lands as a pointed reminder that the steel-booster architecture SpaceX pioneered is no longer exclusive to the company that pioneered it. For Tokyo's space industry, the lesson is immediate: reuse is no longer a Western monopoly, and the window for catching up is measured in launch campaigns, not decades.

What to Watch For

The immediate questions are operational: how quickly LandSpace turns the recovered booster around for inspection, and whether subsequent launches accelerate toward the rapid-refly cadence that makes reuse economical. Watch also for the pace of Guowang and Qianfan deployment, since both constellations need dozens of launches per year to reach scale, and the arrival of two reusable vehicles changes the arithmetic of how Beijing sequences those campaigns.

For Tokyo and other Asia-Pacific capitals, the broader signal is strategic: China now has both public and private reusable rockets, and neither Washington nor any other partner can assume the steel-booster era belongs to the United States alone. The race to build cheap, reliable orbital transportation just gained a second pole, and it is no longer theoretical. The next milestone to watch is whether LandSpace can fly its recovered booster again, because that is the step that turns a historic landing into a reusable industry.

By Kenji Tanaka, Staff Writer

This article was produced with AI-assisted research and editorial support. Sources: SCMP (Ling Xin), CGTN, Xinhua, SpaceNews.