Design and implementation of coaxial quadrotor for an autonomous outdoor flight

G. B. Raharja, Kim Gyou Beom, Y. Kwangjoon
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引用次数: 9

Abstract

This paper discuss about a design and implementation of coaxial quadrotor for autonomous outdoor flight. On every axis of the quadrotor installed two motors and propellers coaxially, thus it has eight in total. This configuration designed to fulfill the requirement for carrying some payload system for ground's still and clip capturing during the flight. The modeling and control design approach developed based on the quadrotor helicopter. And onboard control system powered by a classical control, then a modern control will be implemented in advance. Global positioning system module used as navigation expected to be optimized in the future by a simultaneous localization and mapping. The experimental setup and flight test has been done successfully.
用于自主户外飞行的同轴四旋翼设计与实现
本文讨论了一种用于室外自主飞行的同轴四旋翼飞行器的设计与实现。在四旋翼的每个轴上同轴安装了两个电机和螺旋桨,因此它总共有八个。这种配置是为了满足在飞行过程中携带一些有效载荷系统进行地面静止和剪辑捕获的要求。提出了基于四旋翼直升机的建模与控制设计方法。而车载控制系统将以传统控制为动力,然后提前实现现代控制。用作导航的全球定位系统模块预计将在未来通过同步定位和绘图进行优化。实验装置和飞行试验均取得了成功。
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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