The invention discloses a recoverable aircraft carried by an ultra-low orbit satellite and a control method, the recoverable aircraft is carried on an ultra-low orbit satellite platform and is connected through an unlocking device, the ultra-low orbit satellite platform supplies power to the recoverable aircraft through a power supply circuit, and the recoverable aircraft flies in an orbit by means of electric thrust of the ultra-low orbit satellite platform. And carrying out an on-orbit experiment task. A ground instruction is responded at the separation point, the ultra-low orbit satellite platform is separated from the return aircraft, and a power supply path between the two is synchronously disconnected; after the assembly is separated, the ultra-low-orbit satellite returns to the ultra-low-orbit orbit to fly by relying on the propulsion subsystem, and continues to execute long-term on-orbit tasks; the return type aircraft aims at a 100km-height orbit reentry point by means of a propulsion subsystem to carry out self-adaptive guidance, carries out a short-time experiment at the same time, and returns to the ground after the experiment is completed. By means of the ultra-low orbit satellite platform, the recoverable aircraft can achieve low-cost and high-performance task flight.
本发明公开了一种超低轨卫星搭载的返回式飞行器与控制方法,将返回式飞行器搭载在超低轨卫星平台上,通过解锁装置连接,超低轨卫星平台通过供电通路给返回式飞行器供电,依靠超低轨卫星平台的电推力在轨道内飞行,开展在轨实验任务。在分离点响应地面指令,超低轨卫星平台与返回式飞行器分离,两者之间的供电通路同步断开;组合体分离后,超低轨卫星依靠推进分系统返回超低轨轨道飞行,继续执行长期在轨任务;返回式飞行器依靠推进分系统瞄准100km高度轨道再入点进行自适应制导,同时开展短时实验,完成实验后返回地面。利用超低轨卫星平台,返回式飞行器可以实现低成本、高性能的任务飞行。
Return-type aircraft carried by ultra-low earth orbit satellite and control method
一种超低轨卫星搭载的返回式飞行器与控制方法
2024-06-04
Patent
Electronic Resource
Chinese
IPC: | B64G Raumfahrt , COSMONAUTICS |
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