Design of Hybrid UAV With Multi Rotor Propulsion System
E Venugopal, A Ramesh, P. Sivakumar, Pranesh Selvaraj · 2023
when a disaster takes place, plenty of humans die by getting trapped inside the rubble. Drones are very beneficial for assisting in the recovery after a disaster, but the maximum requirement is that individual pilots want to use remote control to fly unmanned aircraft. This slows rescuers’ ability to see the entire affected region and causes actual relief to be delayed. This article presents an intensive look at the trends in miniature hybrid Unmanned Aerial Vehicles (UAVs) with integrated image processing APIs that have an extended flight time as a way to help in early detection for rescue teams. The newest form, known as a hybrid UAV, combines the best attributes of both conventional and non-conventional UAVs. Following that, the hybrid UAV’s flight dynamics model and flight management tactics are discussed. Furthermore, applicable observations, existing issues, and decisive conclusions based on the data are included.