China successfully recovered the first stage of its Long March 10B carrier rocket using a sea-based net recovery system during an orbital launch test [1].
The achievement marks a critical step in China's effort to develop reusable-rocket technology to reduce launch costs and keep pace with U.S. competitors like SpaceX [2].
The test took place on Friday, July 5, 2026 [4]. The rocket launched from Hainan Island in southern China, with the booster eventually landing on a floating sea platform [3]. Reports said the first-stage booster was recovered approximately six minutes after separation [1].
This recovery system utilizes a specialized net to capture the returning booster, a method distinct from the vertical propulsive landings used by some other space agencies. The successful retrieval of the Long March 10B first stage is the first time the nation has successfully tested this specific reusable booster capability [1].
Chinese space authorities intend to move quickly following this milestone. The recovered booster is expected to be reused in another launch by the end of 2026 [3].
By mastering the ability to recover and refurbish hardware, China aims to transition from expendable launch vehicles to a sustainable fleet. This shift is intended to increase the frequency of orbital missions, and lower the financial barrier for deep-space exploration and satellite deployment [2].
“China successfully recovered the first stage of its Long March 10B carrier rocket”
The successful recovery of the Long March 10B booster signals China's transition from theoretical reusable designs to operational capability. While the net-recovery method differs from the autonomous landing pads used by SpaceX, the ability to reuse hardware significantly lowers the cost per kilogram to orbit. This development accelerates China's timeline for ambitious lunar and deep-space missions by ensuring a more sustainable and cost-effective launch cadence.
