METHOD OF PROTECTING THE AIR CORRIDOR DEDICATED FOR TRAFFIC UNMANNED AIRCRAFT

METHOD OF PROTECTING THE AIR CORRIDOR DEDICATED FOR TRAFFIC UNMANNED AIRCRAFT

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Unmanned aerial vehicles are getting more and more practical application in modern society, in various applications.At the same time, the mitski nsfw spread of the possibilities provided by technologies and methods associated with unmanned aerial vehicles is constrained due to the unresolved problem of ensuring the safety of their movement, which limits the scope of their application.Purpose: to develop a method for protecting a dedicated air corridor and a technical solution that implements it, jointly improving the safety of unmanned aerial vehicles.Methodology: systems analysis, synthesis, induction and deduction, comparison, generalization and other scientific research methods are used.Results: An air tunnel was developed that allows unmanned aerial vehicles to move securely in orb grinder dangerous sections of the designated air corridor.

An air tunnel is a technical solution that implements in practice the method of protecting a dedicated air corridor proposed in the work.Practical implications: the developed method and the technical solution that implements it together make it possible to increase the traffic safety of civil unmanned aerial vehicles with vertical take-off and landing, and are applicable to ensure the safety of UAV flights at ground-based facilities, for example, such as industrial facilities and large warehouse complexes, it can also be applied in the design of systems for the movement of unmanned aerial vehicles in cities.