Optimization of the unmanned aerial vehicle body is guided by computational fluid dynamics analysis to produce an optimal configuration based on aerodynamic characteristics data, namely low drag (low drag), minimal structure weight, and long endurance. The challenge in optimizing the design and manufacture of unmanned aerial vehicle bodies is the selection of materials that are durable in the physical environment of flight, which are very diverse, foreign to the everyday environmental conditions we know on land. The success of using composite materials will be studied more. At this stage, the role of Industry partners is very important. With his background and experience in high-precision component machining, it is very supportive of the manufacture of components for the prototype unmanned aerial vehicle proposed here.