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A miniature 25 grams running and jumping robot

Jianguo Zhao, Weihan Yan, Ning Xi, Matt W. Mutka, Li Xiao

Year
2014
Citations
56

Abstract

In this paper, we present the design and development of a miniature robot that is able to run and jump. This robot can use wheeled locomotion to travel on the flat ground. When it encounters a large obstacle compared to its size, it can stand up and leap over the obstacle. The robot has a mass of 25 grams and a maximum size of 9 centimeters. Experimental results show that with a take-off angle 80°, the robot can jump up to 1.44 meter in height and 0.59 meter in distance. Moreover, it has on-board energy, control, and communication abilities, which enables tetherless or autonomous operation. With the multi-modal locomotion abilities, the robot is expected to have many applications ranging from environmental monitoring, search and rescue, to military surveillance.

Keywords

ObstacleRobotRangingJumpJumpingMetreMobile robotSimulationComputer scienceObstacle avoidance

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