TITLE:
Development of Rescue Material Transport UAV (Unmanned Aerial Vehicle)
AUTHORS:
Daeil Jo, Yongjin Kwon
KEYWORDS:
High-Powered Propellant, Vertical Take-Off and Landing, Rescue Drone, GCS (Ground Control Station), FCC (Flight Control Computer)
JOURNAL NAME:
World Journal of Engineering and Technology,
Vol.5 No.4,
November
16,
2017
ABSTRACT: Recently, the market for drones is growing rapidly. Commercial UAVs (Unmanned Aerial Vehicles, or drones) are increasingly being used for various purposes, such as geographic survey, rescue missions, inspection of industrial facilities, traffic monitoring and delivery of cargos and goods. In particular, the drones have great potential for life-saving operations. A missing person, for example, can be rapidly and effectively searched using a drone in comparison with the conventional search operations. However, there is no commercially available rescue UAV until now. The motivation for this study is to design an unmanned aerial vehicle capable of vertical takeoff and landing, while containing a high power propellant apparatus in order to lift a heavy cargo that contains rescue materials (such as water, food, and medicine). We used the EDF (Electric Ducted Fan) technology as opposed to the conventional motor and prop combination. The EDF can produce the power about three times higher than the motor-prop combination. This became suitable for transportation of rescue goods, and can be widely used in rescue operations in natural environments. Based on these results, the UAV for rescue material transport capable of heavy vertical takeoff and landing is developed, including airframe, flight control computer and GCS (ground control station).