China successfully recovered the first stage of a Long March-10B orbital-class rocket using a sea-based net platform on Friday, July 5, 2026 [2, 3].
This achievement marks a critical shift in the global space race by demonstrating that China can execute the complex maneuvers required for reusable launch technology. Reducing the cost of transporting payloads to orbit is essential for sustainable long-term lunar and deep-space exploration.
The recovery occurred in the ocean off the coast of China [1, 2]. State media said the first stage of the rocket performed a controlled descent before being captured by the recovery platform [1, 2]. This represents the first time the country has successfully recovered an orbital-class booster in a controlled manner [1, 3].
With this milestone, China became the second country after the U.S. to achieve a controlled recovery of an orbital-class rocket booster [4]. The Long March-10B is designed as a reusable vehicle, a departure from traditional expendable rockets that are discarded after a single use [2].
State-run space agency officials said the mission was designed to prove the viability of the recovery system. The use of a sea-based net platform differs from the vertical propulsive landings used by some U.S. companies, but it achieves the same goal of hardware retrieval [1, 2].
Lowering launch costs is a primary driver for the development of the Long March-10B [4, 5]. By recovering and refurbishing boosters, the agency aims to increase the frequency of launches, while decreasing the financial burden of each mission [5].
“China became the second country after the U.S. to achieve a controlled recovery of an orbital-class rocket booster”
The successful recovery of the Long March-10B booster signals that China is closing the technological gap with the U.S. in reusable launch vehicle (RLV) capabilities. While the use of a capture net is a different engineering approach than the autonomous landing legs used by SpaceX, the result is the same: a transition toward a more sustainable and cost-effective orbital infrastructure. This capability is likely a prerequisite for China's stated goals of crewed lunar missions.
