China has completed its first successful recovery of an orbital-class rocket booster by catching a Long March 10B first stage using a net mounted on a seaborne platform shortly after launch. The booster descended vertically into the net roughly six minutes after separating from the upper stage, a technique that distinguishes China’s approach from other countries’ rocket reuse methods.
This test took place over the South China Sea following a launch from the Wenchang spacecraft launch site on Hainan Island. The mission’s payload achieved its intended orbit, demonstrating full operational success beyond just the booster recovery. Only the United States has previously accomplished controlled recoveries of orbital-class boosters, primarily with propulsive landings on solid ground pads or autonomous drone ships. China’s net-capture from an offshore platform introduces a unique method in this highly competitive technology field.
Reusable rocket boosters significantly reduce launch costs by enabling inspection, refurbishment, and multiple flight cycles of the same hardware. China’s adoption of this technology aims to accelerate its growing commercial launch market, enhance civil space missions, and expand strategic space capabilities. The Long March 10B, as part of the broader Long March 10 family, targets future crewed lunar missions scheduled before 2030.
The development pathway was extensive, involving nearly a decade of trials starting from lower-altitude hover tests. Previous recovery attempts in 2025 reportedly failed during the final landing or capture phase, highlighting the difficulty and underscoring this test as a breakthrough rather than routine. State media confirmed plans to reuse the recovered booster in another launch later this year, a crucial step toward demonstrating repeatable and operationally viable rocket reuse.
If China achieves routine reuse with this method, it could transform its space launch economy by increasing flight cadence and reducing costs, paralleling the impact reusable launch systems have had in other global markets. The success marks China's entry into a small group of nations mastering technologies essential for sustainable and cost-effective access to space.