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2014年11月1日6点42分,“嫦娥五号”再入返回飞行试验器在内蒙古四子王旗预定区域顺利着陆,我国探月工程三期再入返回飞行试验任务获得圆满成功。由北京空间机电研究所负责研制的回收系统,在“嫦娥五号”飞行试验器以接近第二宇宙速度再入地球大气时能否被安全回收,是此次飞行任务能否成功的关键。在“神舟”系列飞船返回系统的研制经验基础上,北京空间机电研究所将“轻量化”、“高集成”等理念应用到回收系统的研制过程中。考虑到“嫦娥
At 1:42 on November 1, 2014, the ”Chang’e-5“ reentry flight test aircraft successfully landed in the scheduled area of the Siziwang Banner in Inner Mongolia. The mission of returning and returning flights to the third phase of the lunar exploration project in China was a success. The recovery system developed by Beijing Space Electromechanical Research Institute is the key to the success of the mission whether it can be safely recovered when the Chang’e V flight test instrument enters the Earth’s atmosphere at a speed close to the second cosmos. . Based on the research experience of the ”Shenzhou“ spacecraft return system, Beijing Space Electromechanical Research Institute applies the concepts of ”lightweight“ and ”high integration“ to the development of the recovery system. Taking into account ”Chang E