With its innovative rocket recovery, China makes strides in the space race
Beijing’s breakthrough is likely to advance its ambitions in the cosmos and enhance global connectivity and economic growth
The recovery platform is a highly innovative, adaptable and movable system. It can maintain exceptional stability and positioning accuracy even in rough seas and strong winds. It holds steady without an anchor by using computer-controlled thrusters. During landing, the Long March booster deployed landing hooks and dropped precisely into an arresting net on the recovery vessel. The ingenious system enables the rocket to avoid heavy landing gear. This reduces the rocket’s weight, thereby cutting cost and fuel usage, and potentially improves operational safety.
This breakthrough matters. China is aiming to develop an industrial-scale satellite network to rival Starlink, Musk’s satellite network linking online systems on Earth which is currently SpaceX’s most lucrative business segment. It also fits in with the growth in telemetry, data application and other related tech fields supporting China’s ambitious space programme to reach the moon and Mars.
Enhanced global connectivity is likely to result from these efficient and affordable systems. As with China’s rapidly expanding artificial intelligence (AI) industry, this will offer vast but affordable coverage not only for remote Chinese regions but also for developing nations that need cheap connectivity to fuel their economic growth.
Regularly recovering and reusing rockets will greatly enhance China’s ability to build satellite constellations. These will be key to the nation’s space programme, as well as its territorial online connectivity and launch businesses.