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ABSTRACT
Any aircraft that flies autonomously or in response to remote controls is referred to as a "drone." Drones, or unmanned aerial vehicles (UAVs), do anything from routine duties to life-or-death missions. While drones were first designed for use in the military and aerospace sectors, their increased security and efficiency have led to their widespread usage. A drone does not have a pilot on board. No pilot's life is ever endangered by the use of these aircraft in a combat zone. In addition, as long as there is fuel in the spacecraft, they may continue to fly without stopping for rest. The created drones may now be used in a wide range of contexts, such as package delivery, police surveillance, monitoring of flooded regions, and many more discussed in this study. In this research, we outline a technique that may be used to a wide range of problems across the mechanical, electrical, and digital fields that make up the Mechatronics field. The goal of this project is to design a versatile drone that can be easily adapted for a variety of tasks.
