Small scale underwater drone based on a twin-rotor system

M. Kasno, M. Aras, M. Sulaiman, Ahmad Faiez Husni-Rusli, M. Saealal, M. Tumari, Ahmad Muzaffar Abdul Kadir, A. Subki
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引用次数: 1

Abstract

This paper presents the development of small-scale unmanned underwater drone. The underwater drone model was selected based on a twin-rotor-like aerial platform, adapted to dive and move underwater. It designed to be performed underwater capabilities and few aerial tasks which are can slightly hover on water surface. The design of underwater drone model by using 3D drawing (Solidworks software). The propulsion mechanism of this underwater drone is based on thruster which consists of motor and propeller and for the controller part used manually by using joystick controller and the body of underwater drone using light weight material (PVC foam). The testing and experimental for underwater drone focused on vertically trajectory. In this paper also investigate propeller design by the thrust measurement so that the performances of underwater drone can be observed.
基于双旋翼系统的小型水下无人机
本文介绍了小型水下无人潜航器的研制。水下无人机模型选择基于双旋翼式空中平台,适应水下潜水和移动。它的设计目的是执行水下能力和一些空中任务,可以在水面上轻微悬停。利用三维绘图(Solidworks软件)设计水下无人机模型。该潜航器的推进机构以由电机和螺旋桨组成的推力器为基础,控制器部分采用操纵杆控制器手动操作,潜航器主体采用轻质材料(PVC泡沫塑料)。水下无人潜航器的测试和实验主要集中在垂直弹道上。本文还通过推力测量来研究螺旋桨的设计,以便观察水下无人机的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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