On July 10, 2026, the Chinese state-owned CASC flew its new Long March 10B from Hainan, placed a satellite into orbit, and then did something no rocket had ever done on its very first flight: it brought its first stage back. About six minutes after separating from the upper stage, the descending booster was caught in a giant net strung across a recovery ship at sea, snagging onto four hooks near its top.
That makes the Long March 10B the first orbital-class rocket in history recovered via a net-based system. For years, reusable launch has been almost synonymous with SpaceX, which lands its Falcon 9 boosters upright on unfolding legs — a dramatic but unforgiving method that has also occasionally failed. China took a different path. Instead of a precision landing on a drone ship, the booster is arrested by cables, a technique engineers describe as far more forgiving of small errors in approach speed and position.
CASC confirmed the stage was recovered intact and, notably, said the same booster is expected to fly again before the end of 2026. That rapid turnaround is the real test of reusability — catching a booster is only impressive if you can turn it around and reuse it cheaply. If the plan holds, China would also become the second country ever to recover an orbital rocket booster, after the United States.
Why does this matter? Because reusable rockets dramatically cut the cost of reaching space, and more launch providers mean more capacity for everything from Earth observation to the moon missions the Long March 10B is partly designed to support. China's net approach may prove less expensive and more reliable than landing legs, potentially reshaping how the world recovers — and reuses — the expensive hardware that sends payloads skyward.
Knowledge takeaway: The Long March 10B, launched July 10, 2026 from Hainan, became the first rocket to recover its first stage using a sea-based net and four hooks rather than landing legs; CASC says the same booster will fly again before 2026 ends, making China the second country to recover an orbital booster and offering a more forgiving alternative to upright-leg landing.