DEVELOPMENT PROSPECTS AND MATHEMATICAL SOLUTION METHODS FOR INTEGRATING BEACON SYSTEMS INTO UAVS

The paper describes radio beacon systems and presents a mathematical solution for locating an unmanned aerial vehicle (UAV) equipped with a direction-finding device. This system provides continuous flight and allows you to determine the exact coordinates of targets regardless of satellite signals. It enables the successful execution of combat missions in adverse weather conditions and when using radio electronic warfare systems based on signals received from radio beacons. Thus, due to the recent development of unmanned aerial vehicles, many countries are improving their radio electronic warfare systems. Because in a real war, destroying cheap UAVs with expensive Air Defensive Systems missiles does not benefit any country financially. Radio electronic warfare systems are being developed rapidly because they are more effective in this respect. Taking this into account, it is possible to increase the resistance against radio electronic warfare systems by developing the issue of integration of the beacon systems into the UAV proposed in the article. Thus, by setting up beacon systems, it is possible to perform a UAV flight during radio electronic warfare application in any conditions.