Paper Title
Design And Fabrication Of High Endurance Ruav With Rechargeable Solar Power Source

Quadcopters are the next form of helicopters having more dynamic stability than helicopters. Hence its miniatures are adapted as Rotor Unmanned Aerial Vehicles (RUAV’s) for surveillance, but the problem is its energy source. Many of the UAV’s using battery or solar for its power source. This paper of project aims to fabricate and test fly a RUAV aided with combination of rechargeable 3s Li-po battery and wafer based mono-crystalline resin coated solar panels for its power source. Its surveillance system is increased by additional sensor systems such as Fire detector, Human detector, Gas detector, Temperature detector and these alerts are transmitted via GPS & GSM modules to our personal mobiles.