Simulation of An Autonomous Website Controlled Payload Delivery UAV for Medical Emergency Response

Living with modern technology, has begun to change our day-to-day life drastically. Most people around the world want their work done fast. Many of the new age technologies are innovated to make things simpler, faster, and serene. In all these scenarios, the transportation sector is the one that benefits more than any other sector as the time to deliver decreases by a bar. Lately, commercial companies have started to work with technologies, delivering faster than usual. One of the main concerns is in the case of an emergency, where traditional transportation methods may not be helpful if any delay occurs due to any adversity. As a solution, many companies have started to work with UAVs, suitable to deliver the payload efficiently and cost-effectively, leading to the development of UAVs to increase progressively with various applications. This paper describes the development and design model of a drone and its simulation for payload delivery to serve in case of medical emergencies. Configuration and working of a Quad-copter model are depicted in the paper. The Quad-copter has been designed and tested to deliver the payload for a shorter distance in a virtual environment for the mission plan accuracy.