Design and implementation of high efficient UAV quadcopter

Drones recently have been involved in several important roles, such as inspecting infrastructure crisis response and search and rescue operations. With a sharp rise in the drone market in recent years, there is a significant increase in the amount of research effort devoted to drones. Generally, radio transmitters control these drones, but these can also be operated by software and telemetry. However, limited battery life severely restricts un-manned aerial vehicle applications and has proven to be a complicated issue to tackle. This paper shows quadcopter development in the most efficient way possible. It is essential to select the right components to get the highest efficiency possible from the parts selection. In this model development, we will mostly concentrate on getting the highest amount of flight time and get the maximum amount of thrust by consuming the least power.