China successfully recovered its first orbital-class reusable rocket booster on July 10, 2026 [1].

This achievement marks a significant shift in the global space race. By mastering reusable technology, China aims to lower the cost of launching satellites and crewed missions, a capability that has previously given the U.S. a distinct competitive advantage in space logistics.

The mission began at Hainan’s Wenchang Satellite Launch Center, where the Long March-10B rocket was launched [2]. Following the flight, the first-stage booster was recovered on a floating sea platform located in the South China Sea [2]. Unlike the vertical propulsive landings used by some U.S. companies, China utilized a net-capture system to secure the booster on the platform [3].

China is now the second country after the U.S. to recover an orbital-class rocket booster [4]. The development is part of a broader strategy to increase the frequency of launches and reduce the financial burden of space exploration [5].

While some reports described the recovery as partial, other sources confirmed the event as the first successful landing of a reusable rocket for the program [6]. The use of a floating platform allows the program to recover hardware from the ocean, avoiding the need for land-based pads at the primary launch site.

Officials said the success of the Long March-10B recovery is a step toward cheaper space missions [2]. This technology is expected to be integrated into future lunar and deep-space exploration efforts, potentially accelerating the timeline for China's manned moon missions [5].

“China is now the second country after the US to recover an orbital-class rocket booster”

The successful recovery of the Long March-10B booster signals that China has closed a critical technical gap with the US. By transitioning from expendable rockets to reusable systems, China can significantly decrease the cost per kilogram to orbit. This not only enhances its commercial competitiveness but also provides the logistical infrastructure necessary for sustained lunar presence and more frequent orbital deployments.