Design and Development of Drone for Transportation of Medical Aid

Unmanned aerial vehicles (UAVs), also referred to as drones, have drawn a lot of attention recently due to the prospective industries in which they may be used. This study focuses on the methodical design and development process of a drone that can transport medical supplies effectively and dependably. The stages involve a thorough analysis of the requirements and challenges associated with the transportation of medical supplies, including cargo capacity, range, flight time, and safety restrictions. Then, using current technologies and recent developments in the market, a set of requirements and design constraints for the drone are developed. The quadcopter used in this study was made to be portable and simple to fly. In this paper, the frame analysis and general design of the quadcopter frame model are discussed. Numerous numerical techniques, such as finite element analysis (FEA) and computational fluid dynamics (CFD), were used to analyze the quadcopter. The quadcopter's airflow was simulated using CFD, and the stresses and strains in the frame were examined using FEA.