SYSTEM FOR UNMANNED AIRCRAFT USING AERO-LEAF WIND TECHNOLOGY

Abstract: The aim of the project is to create a special drone that can travel independently in any space and make a server using air wind energy. The ability to travel over land, water, and the air is the primary attribute. There appear to be many different drone varieties available these days. The ability of a drone to manoeuvre over any terrain, however, has never been seen before. The major goal is to make rescue operations during environmental disasters more precise and successful. Utilizing biodata and meteorological data, this drone also communicates with its surroundings. Environmental education makes it feasible to use the natural world and obtain genetic data from it. Drones can now run-on wind energy thanks to a recent invention in the UAV industry. The sail drone, which looks like the top of a wind turbine, produces electricity using small motors. Scientists now employ them to collect and send marine data, despite the fact that their capabilities are expanding. Wind turbines could be replaced in a sustainable fashion by drones that convert wind energy into useful power. The UAVs now in production fly in circular patterns and are equipped with a kite. The effectiveness of the wind catching is increased in this way.

Keywords: UAV, Aero leaf, Sail drone , Meteorological data