Simulation of UAS Flight Parameters for the Software for Route Planning Under Different Weather Conditions

The development of technologies including digital ones opens new opportunities for such concepts as Industry 4.0 and Society 5.0. The realization of the concepts is based on the enhanced automation of different industrial processes as well as technical solutions to implement the IoT and IoE in many branches of people's activity. One of the elements or technological solutions that is expected for successful use in many industrial applications is unmanned aircraft systems (UAS). They can help to fulfill the range of tasks with mark advantages. At the same time, some hazards can restrict drone operations. Some of the hazards are connected with the cyber part of the UAS, as the modern UASs are the cyber and physical systems. Some hazards can be identified as unintentional and natural. Examples of hazards of this type are those connected with weather. In this paper, our plan is to demonstrate and discuss the UAS flight characteristics and approach to software development for meteorological support of both: the UAS operator and automated flight. The software automatically collects operative meteorological data and disseminates them simultaneously for flight trajectory planning and further operative correction to avoid potentially dangerous areas.