An apelike robot to explore the moon
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With a sophisticated lower-limb system that incorporates a 43-point pressure-sensor array, the iStruct humanoid and apelike robot might be the next explorer to traverse the surfaces of distant planets.
The multilegged robot, developed by Germany's Research Center for Artificial Intelligence and the University of Bremen, shows the advantages of actuated multi-point-contact feet, using a suite of sensors to monitor precise movements of the foot and ankle structures.
The result is an advanced balance and locomotion system inspired by physiology, which gives the machine unusually natural movement. The robot can walk forward, backward, sideways, and diagonally, with smooth transitions.
The multilegged robot, developed by Germany's Research Center for Artificial Intelligence and the University of Bremen, shows the advantages of actuated multi-point-contact feet, using a suite of sensors to monitor precise movements of the foot and ankle structures.
The result is an advanced balance and locomotion system inspired by physiology, which gives the machine unusually natural movement. The robot can walk forward, backward, sideways, and diagonally, with smooth transitions.
July 23, 2013 1:03 PM PDT
Photo by: Daniel Kühn, DFKI GmbH
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