Full Breakdown
China’s First Land-Based Booster Recovery Marks a Step Toward Reusable Rockets
8/21/2026, 8:50:41 PM
Core Event: Zhuque-3 Y2 Lands Safely on August 19, 2026
On August 19, 2026 the Zhuque-3 Y2 launch vehicle lifted off from the Dongfeng Commercial Space Innovation Test Zone in Gansu Province, placed the Honghu-03 validation satellite into orbit, and returned its first stage to a landing site in Minqin County. The booster touched down vertically with deployable landing legs, becoming the first Chinese orbital-class first stage recovered on land.
Background & Context
China’s reusable-rocket program runs on two tracks. In July the state-run Long March-10B demonstrated a sea-based net capture, while the Zhuque-3’s maiden flight in December 2025 reached orbit but lost its booster when the landing-burn engine failed to reignite. LandSpace responded by reducing the landing-burn engines, strengthening thermal protection, and adding an autonomous safety function before the Y2 flight.
Both state-owned and private efforts aim to support large low-Earth-orbit (LEO) constellations such as Guowang and Qianfan, which need frequent, cost-effective access to space.
Timeline
- December 2025 – Zhuque-3 Y1 reaches orbit; booster lost.
- July – Long March-10B completes sea-based net recovery.
- August 19, 2026 – Zhuque-3 Y2 achieves land-based booster recovery with landing legs.
Data & Statistics
- Vehicle dimensions: 66.1 m length, 4.5 m diameter; liftoff mass ? 570 t.
- Propulsion: Nine Tianque-12A LOX/methane engines on the first stage.
- Payload capacity: ~14.2 t to LEO reusable (? 21 t expendable).
- Cost share: First stage ? 70 % of launch vehicle cost; fuel 1–3 %.
- Financial outlook: LandSpace filed for a STAR Market IPO seeking ~7.5 billion yuan (? $1 bn) for reusable-rocket development.
Official Statements & Responses
- LandSpace: The mission moves Zhuque-3 from technology-demonstration to engineering-level validation of reusability and will begin inspection, refurbishment, and reflights of the recovered stage.
- Kang Guohua, Chinese Society of Astronautics: China is the second country after the United States to develop orbital-class rocket-recovery capabilities, highlighting the dual-track approach.
- Dong Kai, deputy chief designer: Stainless-steel construction lowers cost, offers heat resistance, and simplifies welding versus aluminium-lithium alloys.
Verbatim Quotes
- “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,” — LandSpace
Why It Matters
Recovering the first stage—typically the most expensive component—could lower launch costs by spreading manufacturing expenses over multiple missions and enable a higher launch cadence for megaconstellations. Analysts say the capability strengthens China’s commercial competitiveness in the global launch market.
What’s Next
LandSpace targets about ten flights per year and envisions each booster reusable up to twenty times. The company will conduct a full “launch-recovery-inspection-reuse” cycle, starting with detailed post-flight checks of the Y2 stage. Proceeds from the IPO will expand production capacity and accelerate refurbishment development. Repeated flights of the same booster will test the economic viability of China’s reusable-rocket strategy.
