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无人机长航时技术研究

Research on Long Endurance Technology of Unmanned Aerial Vehicle

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本文旨在解决无人机续航时间短等技术难题,主要针对长航时多旋翼无人机展开研究.该无人机设计包含不少于6个螺旋桨,并与相应的驱动电机、刚性交叉连接支架、电池以及无人机控制系统进行连接.每个螺旋桨需要与刚性交叉支架端部分别进行固定连接,并通过电池和驱动电机与控制系统相连接,这一设计使得控制系统能够有效调节驱动电机的具体转速,从而实现无人机姿态的稳定和平稳.
This paper aims to solve the technical problems such as short endurance of unmanned aerial vehicle,and mainly focuses on long-endurance multi-rotor unmanned aerial vehicle.The unmanned aerial vehicle is designed to include no less than 6 propellers and connect to the corresponding drive motors,rigid cross-connect brackets,batteries,and control system.Each propeller needs to be fixedly connected with the rigid cross-bracket respectively,and is connected with the control system through the battery and the drive motor.Using this design,the control system can effectively adjust the specific speed of drive motor,so as to realize the stable attitude of unmanned aerial vehicle.

unmanned aerial vehiclelong endurancepower device

熊斌、张永生

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苏州苏能集团有限公司科技分公司 江苏 苏州 215000

无人机 长航时 动力装置

2024

科学与信息化

科学与信息化

ISSN:
年,卷(期):2024.(23)