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Introducing the PodRacle, spherical mode rolling locomotion on flat surface

Endah Suryawati Ningrum, Sulung Wisnu Brata, Kiki Paramita Fauziah, Eko Henfri Binugroho

Year
2016
Citations
1

Abstract

The ability of a robot to be able to change the shape is not something impossible to do. This research introduce such changeable shape robot named PodRacle, which has two basic forms; a form of a six-legged robot and a form of spherical robot. Combining the two basic forms, the PodRacle robot can result in increasing efficiency of a six-legged robot motion on a flat surface by means of rolling movement. The spherical robot shape can roll on a flat surface, then has a rolling speed that is faster than the walking legged robot. In order to implement the rolling movement, a prototype of robot mechanism is designed and its kinematics and dynamics equations are derived. The effectiveness of the robot and the equations are tested through experiments.

Keywords

RobotRobot kinematicsLegged robotKinematicsRobot locomotionSurface (topology)Robot calibrationArticulated robotComputer scienceCartesian coordinate robot

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