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The article discusses potential use of proposed by the authors configuration of onboard system of autonomous navigation and movement control of space debris collector to operate at GSO. The relevance of this research is that the problem of space debris is acute because of a large number of spent spacecraft that may damage other equipment. The purpose of the article is to analyses the launch of the work of navigation system for autonomous space debris collector. The solution of this problem is possible by applying the previously created the semi-natural modelling stands and simulation mathematical models implemented in software. The modelling results showed that during the formation of scenarios for the work of the debris collector at GSO, there was a significant number of time intervals during the year, when favorable conditions for receiving satellite signals remained at a given target longitude of GSO and, as a result, performed a high-precision solution for the navigation task.

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