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The findings from the study offer insights into how planets can be cast adrift into interstellar space.
Tianhui-7 is the China Academy of Space Technology’s last spacecraft being placed into orbit in 2025.
The spacecraft launched on December 30, 2025, was the Tianhui-7 (天绘七号) satellite made by the China Academy of Space Technology.
The China Academy of Space Technology developed the seventeenth group of GuoWang satellites, marking over one hundred spacecraft deployed in a calendar year for the first time.
The TJSW-23 spacecraft was produced by the China Academy of Space Technology.
During its fifth flight in November 2024, Kinetica 1 carried 15 satellites, including IRSS-1, designed and built by the China Academy of Space Technology for Omani startup Oman Lens.
The China Academy of Space Technology manufactured the Ziyuan-3-04 satellite.
Yaogan 47 is developed by the China Academy of Space Technology (CAST) and is intended for land resource surveys, urban mapping, agricultural yield monitoring, environmental protection, disaster prevention, and disaster mitigation.
Hope-5 Phase-II satellite, developed by DFH Satellite Co., Ltd. under the China Academy of Space Technology, was also launched alongside Dear-5.
The GuoWang geostationary support satellites are likely based on the China Academy of Space Technology’s Dongfanghong-4 platform and could provide up to 200 gigabits per second of throughput based on platform capability.
Five GuoWang satellites were on board the Long March 6A and were manufactured by the China Academy of Space Technology.
The spacecraft being launched was the Yaogan-47 remote sensing satellite from the China Academy of Space Technology.
The China Academy of Space Technology did not report any tasks for Shijian-28.
Yaogan-46 was developed by the China Academy of Space Technology for land resource surveys, crop yield estimation, meteorology, hydrology, scientific experiments, and disaster prevention efforts.
The Communications Technology Demonstrator 20 satellite was constructed by the China Academy of Space Technology.
Gaofen-14-02 was developed by the China Academy of Space Technology (CAST), a subsidiary of CASC, and will circumnavigate the Earth to create digital terrain maps, elevation models, and other types of geographical maps once on orbit.
The Gaofen-14-02 satellite was developed by the China Academy of Space Technology.
Teams from the China Academy of Launch Vehicle Technology and the China Academy of Space Technology have been mobilized to Jiuquan for the Shenzhou-21 mission.
The satellite launched by Long March 8A was developed by the China Academy of Space Technology, another subsidiary of CASC.
The new aluminum alloy was found to be five times stronger than cast aluminum and 50% stronger than alloys designed using conventional simulations.