Published: 20 Apr 2026
China has successfully developed and delivered its first
5-meter-diameter composite rocket module,
marking the largest composite structure
ever produced domestically for a reusable launch vehicle. The module was
developed by the China Academy of Launch Vehicle Technology under China
Aerospace Science and Technology Corporation.
China's first 5-meter-diameter rocket module made of
composite materials rolled off the production line on Saturday, becoming the
largest composite section ever made domestically for any reusable launch
vehicle.
Developed by the China Academy of Launch Vehicle Technology
in Beijing, the product marks a major manufacturing technical breakthrough, the
academy said in a statement, adding that it will be used in an important
national space project.
According to the academy, more than 60 percent of the module is made of composite materials. Its lightweight wall panels can withstand an axial load of 1,000 metric tons and the module is equipped with self-adaptive adjustment interfaces.
China has been striving to develop a fleet of reusable rockets that can dramatically reduce launch costs and improve the efficiency and frequency of space missions.
The Beijing academy is expected to carry out a major recovery test of its reusable rocket model in coming months.
Published: 20 Apr 2026
China has successfully developed and delivered its first
5-meter-diameter composite rocket module,
marking the largest composite structure
ever produced domestically for a reusable launch vehicle. The module was
developed by the China Academy of Launch Vehicle Technology under China
Aerospace Science and Technology Corporation.
China's first 5-meter-diameter rocket module made of
composite materials rolled off the production line on Saturday, becoming the
largest composite section ever made domestically for any reusable launch
vehicle.
Developed by the China Academy of Launch Vehicle Technology
in Beijing, the product marks a major manufacturing technical breakthrough, the
academy said in a statement, adding that it will be used in an important
national space project.
According to the academy, more than 60 percent of the module is made of composite materials. Its lightweight wall panels can withstand an axial load of 1,000 metric tons and the module is equipped with self-adaptive adjustment interfaces.
China has been striving to develop a fleet of reusable rockets that can dramatically reduce launch costs and improve the efficiency and frequency of space missions.
The Beijing academy is expected to carry out a major recovery test of its reusable rocket model in coming months.
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