Design and Simulation Study of Shipboard UAV Net Recovery Device

Shipborne UAVs (Unmanned Aerial Vehicles) play an irreplaceable role in the future maritime war. Countries around the world have been studying and looking for a safe and economical way of shipborne recovery. In this paper, based on the technical scheme and performance characteristics of shipborne UAV net collision recovery, a multi-layer recovery net device is proposed for shipborne UAV recovery. Based on the motion model of the shipborne UAV, Simulink software was used to simulate the final guidance stage of the UAV. The results show that the multi-layer recovery net of the shipborne UAV can adapt to the error caused by ship rocking in the process, and make up for the tracking error and net collision error of UAV in 3D motion simulation. This device has a broad application prospect and has reference significance for comprehensively improving the recovery efficiency of UAVs.