Design of Quadcopter with Automation

J.P. Lokhande, T.S. Dange, P.P. Kalkutaki, B.G. Jadhav, M.R. Patil, P.R. Patil


The military uses unmanned aerial vehicles (UAVs) in dangerous locations by keeping the human operators at a secure distance. The larger UAVs forever offer a reliable long length, price effective platform for review. They need full-grown to become a necessary tool for the military. Through this paper we have a tendency to modelled atiny low UAV for business applications. The most drawback of quadcopter is equalization and stability, most of quadcopters square measure unbalanced and loose stability because of the wind disturbance. This drawback is overcome by constructing quadcopter victimisation flight controller to regulate the task of motor speed. We've planned quadcopter for out of doors flying capabilities and flight operations like taking–off, landing and dominant. This can be achieved by at the same time dominant the speed of the four rotors so as for the Quadcopter to realize the right orientation. 

Full Text:



  • There are currently no refbacks.