China lands a reusable rocket for the first time: Why this matters for the space race
China's Long March 10B rocket completed its maiden flight from the Hainan Commercial Space Launch Site at Wenchang on 10 July 2026
About six minutes after stage separation, the rocket's first stage executed a controlled vertical descent and was recovered by an offshore platform using a net-capture mechanism, rather than deployable landing legs
This is the first successful orbital-launch booster recovery achieved by China, and reportedly the first time any operator has achieved a flawless first-stage recovery on a vehicle's inaugural launch
The achievement places China alongside US-based SpaceX and Blue Origin as the only operators to have developed and flown reusable orbital-class rocket boosters
Reusable Launch Vehicle (RLV) Technology
An RLV is a launch vehicle designed to recover and reuse its most expensive component — typically the first stage — instead of discarding it after a single flight, sharply cutting the cost per kilogram to orbit. Reusability requires precision propulsive or aerodynamic braking, guidance for a controlled descent, and either a landing structure (legs) or a capture mechanism.
Key Details
- SpaceX achieved the first-ever controlled vertical landing of an orbital-class booster on 21 December 2015 (Falcon 9, Orbcomm OG2 Mission 2, Landing Zone 1); the first re-flight of a recovered booster followed in March 2017 (SES-10)
- Long March 10B uses net-capture recovery on a floating offshore platform — a hook mechanism on the booster engages tensioned cables — distinct from SpaceX's leg-based landing on droneships/landing zones
- Reusability is central to lowering launch costs; SpaceX's cost reductions since 2015 have been widely cited as reshaping global launch-market economics
Long March 10B's successful recovery is China's entry into an exclusive club of orbital booster-recovery operators, narrowing a capability gap that had persisted since SpaceX's 2015 breakthrough.
Long March 10 Rocket Family and China's Crewed Lunar Programme
The Long March 10 is being developed as a human-rated, super-heavy-lift vehicle intended to launch China's Mengzhou crewed spacecraft and Lanyue crewed lunar lander for a planned crewed Moon landing. Long March 10B is a variant of this family being flight-tested with reusability features.
Key Details
- Payload capacity: reported around 70 tonnes to low Earth orbit and at least 27 tonnes to trans-lunar injection
- China's crewed lunar landing target: by 2030, using two Long March 10 launches — one for the crewed Mengzhou spacecraft, one for the Lanyue lander — that rendezvous in lunar orbit before a crewed descent
- Test facilities for the vehicle are located near the existing Wenchang Space Launch Site in Hainan, China's coastal, low-latitude spaceport favoured for heavy-lift and crewed missions
Demonstrating first-stage recovery on Long March 10B is a technology-maturation step for the broader Long March 10 programme underpinning China's 2030 crewed lunar ambitions, not an isolated commercial-launch experiment.
India's Reusable Launch Vehicle Programme (Comparative Context)
ISRO has pursued reusability through its RLV Technology Demonstration Programme, using the winged "Pushpak" vehicle for a series of autonomous landing experiments (RLV-LEX), distinct from the vertical-landing/net-capture approaches used by SpaceX, Blue Origin, and now China.
Key Details
- RLV-LEX-03, the third and final landing experiment in this series, was successfully conducted on 23 June 2024 — Pushpak was released from an IAF Chinook helicopter at 4.5 km altitude and performed an autonomous horizontal runway landing, slowing from over 320 km/h to about 100 km/h using a brake parachute and landing-gear brakes
- Having completed the LEX series, ISRO's next step is RLV-ORV (Orbital Reusable Vehicle), moving toward a fully operational reusable orbital launch system
- Unlike Falcon 9/Long March 10B (vertical takeoff, vertical/net-capture landing of the first stage), Pushpak uses a winged, horizontal runway-landing approach akin to a spaceplane
China's booster recovery underscores that multiple nations — the US, China, and India (still at the sub-orbital demonstration stage) — are racing toward reusable launch capability as the technology becomes the global standard for cost-competitive access to space.
- Long March 10B maiden flight and first successful stage recovery: 10 July 2026, Hainan Commercial Space Launch Site, Wenchang
- Recovery method: net-capture on an offshore platform (not deployable landing legs)
- China becomes the second nation (after the US, via SpaceX and Blue Origin) to achieve orbital-class first-stage booster recovery
- SpaceX's first successful booster landing: 21 December 2015; first re-flight: March 2017
- Long March 10 payload capacity: ~70 tonnes to LEO; ~27+ tonnes to trans-lunar injection
- China's targeted crewed lunar landing: by 2030
- ISRO's RLV-LEX-03 (final landing experiment, winged horizontal-landing approach): 23 June 2024