Study on improving the continuous flight ability of four-rotor micro-UAV in the extremely ice region

Abstract

In recent years, quadcopter micro UAVs have been widely used in industry, military, and other fields. However, the harsh environment in extremely cold areas brings great challenges to the mission, resulting in short flight time and low work efficiency of UAVs. This paper aims to explore the research on improving the continuous flight ability of quadrotor micro-UAVs in extremely cold regions to solve the problem of too short flight time. Through the research and experimental verification of various technical schemes, an effective method is proposed to improve the flight ability and work efficiency of quadcopter micro-UAVs in extremely cold areas. Through experimental data analysis, this study shows that in extremely cold areas, the use of high energy density batteries and improved fuselage heat dissipation design can significantly improve the flight time and work efficiency of quadcopter micro-UAVs. At the same time, this paper also reveals the influence of extremely cold environment on UAV flight characteristics and battery life, which provides a reference and basis for subsequent research. This paper deeply studies the flight problem of quadcopter micro-UAVs in extremely cold areas, and puts forward feasible technical solutions, which can bring practical enlightenment to related industries in extremely cold regions.