Robot Leg Motion after Surface Impact MapleSim Model - Robot Leg Motion after Surface Impact S-Function - MapleSim Model Gallery

Robot Leg Motion after Surface Impact

This is a model of a robot leg motion after surface impact. The model consists of four parts; robot links modeled assuming rigid bodies, joints with joint limits to describe the range of motion, contact between foot and the ground surface, and a virtual spring which is used to determine the motion of the center of mass with respect to the foot. The simulation shows the robot leg motion during landing phase, the leg is bent until it reaches the  knee joint limit.

This model was developed by researchers at the Takanishi Laboratory of Waseda University.

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