The Chinese space agency successfully landed a reusable Long March-10B rocket for the first time at the Dongfeng launch area in north-western China.
This achievement marks a significant shift in China's orbital launch capabilities. By mastering rocket reusability, the agency aims to reduce the cost of space access and increase the frequency of missions to orbit.
The Long March-10B was equipped with four [1] deployable landing legs to facilitate the touchdown. This hardware allows the vehicle to stabilize itself upon return, a critical component for the long-term viability of reusable launch systems.
Earlier this summer, the agency conducted a successful first-stage recovery in the sea on July 10 [2]. That maritime recovery served as a precursor to the more complex land-based landing at the Dongfeng site.
The mission represents a technical milestone for the CNSA as it develops heavy-lift capabilities. The use of deployable legs indicates a design philosophy similar to other global reusable systems, prioritizing vertical landing to ensure the vehicle can be refurbished for future flights.
Officials monitored the landing from the north-western launch area, where the rocket touched down after completing its flight profile. The successful deployment of the landing gear confirmed the structural integrity of the Long March-10B during the high-stress descent phase.
“The Chinese space agency successfully landed a reusable Long March-10B rocket for the first time.”
The successful landing of the Long March-10B signals that China is closing the technical gap in reusable launch vehicle technology. By transitioning from sea-based recovery to land-based landings, the CNSA is moving toward a sustainable launch cycle that could significantly lower the financial barriers for lunar missions and large-scale satellite deployments.
