FIELD: space technology.;SUBSTANCE: invention relates to space engineering. Robotized nanosatellite astronaut rescue complex contains high-precision separation system with an electromechanical winch and rescue rope coil. Complex includes a nanosatellite with active maneuvering system, guidance system and the possibility of intercepting and fixing an astronaut. Control system is designed to provide monitoring of extra-vehicular activity and detect the occurrence of an abnormal situation. Control system activates the operation of the complex by estimating the parameters of the relative motion of the astronaut. Rescue rope of the winch installed in the launch container at the space station is connected to the nanosatellite by the other end. Front end of the nanosatellite is equipped with a docking device.;EFFECT: technical result of the invention the ensuring of safe performance of extra-vehicular activity with an increase in the probability of rescuing an astronaut in the event of loss of contact with the spacecraft.;4 cl, 4 dwg
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