DESIGN AND DEVELOPMENT OF SPYING UNMANNED AERIAL VEHICLE WITHIN ECONOMY

摘要

This paper discusses the design and manufacturing of a UAV (UNMAANNED AERIAL VEHICLE) which can able to survey particular areas and also hijacked areas. UAS (Unmanned Aircraft Systems) is an emerging sector of the aerospace industry with great opportunity and market demand that can be leveraged to high profitability in the near future. UAV are the most predominant segment of the UAS market. But the cost of a normal UAV ranges millions of dollars, only affordable for developed countries. Developing countries are in needing have cost efficient UAVs for their convenience. For that this model is very helpful. It is a compact aerial vehicle manufactured with cellulose paper comes under use and throw category and also rechargeable category. The system consists of a aerodynamically efficient paper plane with a Bluetooth enabled camera and lipo batteries. Since it is a lighter than air gliding UAV, it is ultimately noiseless. It uses only the li-po fuel cells so that it is free from exhaust. Overall the UAV is a green technology and eco friendly. It may be a great device to reduce the loss of precious life of our soldiers. The paper plane is fully controllable by means of changing the aerodynamics of paper plane. More over it is portable, easily manufactured, and the overall manufacturing cost is estimated about 1000 rupees per drone. It is efficient both economically and technologically. The paper plane is to be dropped from a certain altitude (about 100 to 200 m) so that it can able to withstand in air and the control surface got works efficiently.