You are connecting from Lake Geneva Public Library, please login or register to take advantage of your institution's Ground News Plan.
Published 16 hours ago • loading... • Updated 52 minutes ago
China successfully tests sea-based rocket booster recovery system
The test marks China’s first orbital-class booster recovery and could lower launch costs for commercial satellite missions, officials said.
On Friday, China successfully tested an experimental rocket retrieval system, recovering a Long March 10B booster on a sea platform six minutes after liftoff from Hainan, state broadcaster CCTV reported.
China has spent nearly a decade developing reusable rocket technologies to lower launch costs for satellite constellations, following failed recovery attempts by Private Chinese firms and state-owned firms last year.
Unlike SpaceX's Falcon 9, which lands on deployable legs, the Long March uses 'landing hooks' to catch a net on a sea platform, recovering the engine-packed booster viewed as the most valuable rocket component.
Shares in Chinese aerospace firms China Spacesat and China Satellite Communications jumped following the test, while China plans to reuse the recovered booster for another launch by year's end.
As part of the Long March 10 family developed for crewed lunar missions before 2030, this successful test provides critical data to validate technologies relevant to the broader Chinese lunar programme.
China announced a significant step in reusable rocket technology after successfully launching its new generation Long March-10B carrier rocket. The launch successfully delivered the payload into space, and the detached section landed as planned on a sea platform.
During the first launch of the Long March 10B, the country successfully returned the first stage after the cargo had been placed in orbit using a sea-based platform.