China’s LandSpace Achieves Historic Land-Based Recovery of Orbital Rocket Booster
Chinese private aerospace company LandSpace has successfully recovered the first stage of its Zhuque-3 rocket after an orbital launch, marking China’s first controlled land-based recovery of an orbital-class booster using deployable landing legs. The milestone, achieved on August 19, 2026, places the Beijing-based firm alongside SpaceX and Blue Origin as one of only a handful of private companies worldwide to land a large booster that has flown to space with the explicit goal of reuse.
The Zhuque-3 Y2 lifted off at 7:35 a.m. Beijing Time from the Dongfeng Commercial Space Innovation Pilot Zone, part of the Jiuquan Satellite Launch Center in northwestern China’s Gobi Desert. Approximately 137 seconds after liftoff, the first and second stages separated. The second stage continued its mission and successfully inserted the Honghu-03 satellite, developed by LandSpace affiliate Hongqing Technology, into its planned orbit. Meanwhile, the nine-engine first-stage booster executed a series of precise maneuvers—high-altitude attitude adjustment, re-entry deceleration burns, aerodynamic glide control, a final landing burn, and deployment of landing legs—before touching down softly at a designated recovery site in Minqin County, Gansu Province, roughly 390 kilometers downrange. Landing occurred about eight minutes after liftoff.
LandSpace described the flight as a complete success and a pivotal transition from technology demonstration to the engineering application phase of reusability. “This mission marks China’s first-ever successful recovery attempt of the first stage of an orbital-class launch vehicle using landing legs, and China’s first successful booster recovery on land,” the company stated. Some social media video clips reportedly showed a fire in the aft section after touchdown, but the recovery itself was confirmed as successful by the company and state media.
A Stainless-Steel Methalox Contender
The Zhuque-3 is a two-stage, liquid oxygen-methane (methalox) rocket with a stainless-steel primary structure. The version flown stands approximately 66 meters tall with a 4.5-meter diameter and a liftoff mass around 550–570 metric tons. Its first stage is powered by nine Tianque-12A (TQ-12A) engines generating substantial sea-level thrust. A vacuum-optimized engine powers the upper stage. Payload capacity is reported in the range of roughly 14 metric tons to low Earth orbit in recoverable configurations for the current iteration, with higher figures (up to about 18–21 tons expendable or downrange-recovered) associated with planned upgraded variants. The booster is designed for up to 20 reuses.
Methalox propellants offer cleaner combustion than traditional kerosene, potentially reducing engine wear and simplifying reuse—advantages that have also driven SpaceX’s development of its Raptor engines. The stainless-steel construction draws comparisons to elements of SpaceX’s Starship architecture while the overall layout, grid fins, and landing legs evoke Falcon 9. LandSpace has emphasized that targeted improvements for the Y2 flight, informed by data from the previous attempt, included reducing the number of engines ignited during the landing burn for greater reliability, enhanced thermal protection for re-entry, and refined autonomous guidance and safety systems.
From Failure to Breakthrough
This was the second flight of the Zhuque-3. On its December 2025 debut, the rocket successfully reached orbit, but the booster experienced an anomaly during the landing burn and crashed near the recovery pad. That flight represented China’s first attempt at recovering an orbital-class booster. Just weeks later, a state-owned Long March 12A attempt also failed. In July 2026, the state-owned China Aerospace Science and Technology Corporation (CASC) achieved China’s first successful orbital booster recovery using a different method: a net-capture system on a sea platform with the Long March-10B. LandSpace’s land-based leg landing thus completed a dual-track Chinese demonstration of reusability technologies within roughly a month of each other.
LandSpace itself was founded in 2015 by Zhang Changwu shortly after Chinese policy changes opened the space sector to private capital. The company first made global headlines in 2023 when its smaller Zhuque-2 became the world’s first methane-fueled rocket to reach orbit. It has since operated the Zhuque-2E series commercially while developing the larger reusable Zhuque-3. Vertical takeoff and landing tests of recovery hardware began earlier, including a notable 10-kilometer-class demonstration in 2024.
Closing the Gap with SpaceX
Reusable first stages have been central to SpaceX’s transformation of the launch market. Falcon 9 boosters now routinely fly dozens of times, enabling high launch rates—often multiple flights per week—and significantly lower costs per kilogram to orbit. Blue Origin achieved its first orbital-class booster landing with New Glenn more recently. LandSpace’s success makes it the third private company to demonstrate the core capability of propulsively landing an orbital booster on legs.
The Chinese rocket’s payload capacity remains lower than Falcon 9’s roughly 22.8-ton LEO figure in comparable configurations, and operational maturity lags far behind. SpaceX has refined rapid turnaround, inspection, and reflight over years of iterative flights. LandSpace has stated it aims to reuse a recovered booster within about six months, establishing a closed loop of launch, recovery, inspection, and reflight as the foundation for higher-frequency, lower-cost commercial operations. Success here would be critical for supporting China’s growing satellite constellation ambitions and competing in the global commercial launch market.
Broader Strategic Context
The achievement fits into China’s broader push for space leadership, encompassing both state and commercial efforts. Private firms such as LandSpace, alongside others, are developing liquid- and solid-propellant vehicles to expand capacity beyond traditional state-owned systems. Reusability is viewed as essential for reducing costs and increasing launch cadence to support large constellations, Earth-observation networks, and future crewed or cargo missions. Analysts note that China is pursuing parallel technical pathways—net recovery at sea and leg landings on land—creating a diversified development approach.
Challenges remain substantial. Demonstrating not just a single successful landing but reliable, rapid reuse, consistent engine performance under re-entry conditions, and high operational tempo will determine whether LandSpace can translate this technical breakthrough into commercial advantage. Post-landing issues, even if minor, will require careful investigation. Regulatory, supply-chain, and market-access factors will also shape how quickly Chinese commercial launch providers can compete internationally.
Nevertheless, the controlled vertical recovery of an orbital-class booster by a private Chinese company represents a clear and significant step. It narrows the technological gap with the United States in one of the defining capabilities of modern spaceflight and signals that the era of routine, lower-cost reusable launches is expanding beyond its American pioneers. LandSpace’s next flights, particularly the first re-flight of a recovered booster, will be closely watched as indicators of how quickly that potential can be realized.
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