Software Solution for UAS Route Planning and Flight Control Using Operative Meteorological Information

In this paper we developed and presented a codebase for the software that is capable to support unmanned aircraft systems flight control and navigation, particularly in dynamically changing weather conditions. The focus was made on wind and wind-related phenomena including turbulence. The preliminary simulation results show the ability of the code realization based on the proposed algorithm to support unmanned aircraft systems operators in their making decision on flight path correction taking into account changing atmospheric conditions and their possible impact on particular unmanned aircraft systems types.