SpinybotII climbing robot
Wall Art and Photo Gifts from Science Photo Library
SpinybotII climbing robot
SpinybotII climbing robot, scaling a wall. This robot has been designed to mimic (biomimetics) the climbing ability of insects and spiders. Each foot is covered with rows of tiny metal spikes that grip onto small bumps and pits on brick or concrete walls, enabling the robot to climb vertically. A low centre of gravity and tail ensure the robot is stable. An alternating tripod gait (two legs on one side and one on the opposite side) produces locomotion similar to insects and other multi-legged animals. Future versions of climbing robots could be used for surveillance and inspection of hard to reach locations. Photographed in 2005 at Stanford University, USA
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 6436205
© VOLKER STEGER/SCIENCE PHOTO LIBRARY
Adhesive Biomechanics Biomimetic Biomimetics Biomimic Biomimicry California Climbing Engineering Grip Gripping Imitation Locomotion Machine Mimic Mimicry Robot Robotic Robotics September 2005 Sticky Us A Wall Scaling Stanford University
EDITORS COMMENTS
This print showcases the remarkable SpinybotII climbing robot in action as it fearlessly scales a vertical wall. Inspired by the incredible climbing abilities of insects and spiders, this cutting-edge robotic creation utilizes biomimetics to mimic their natural locomotion. The robot's feet are equipped with rows of tiny metal spikes that ingeniously grip onto small bumps and pits on brick or concrete walls, granting it the ability to climb vertically with ease. Ensuring stability is key for any climber, and the SpinybotII achieves just that through its low center of gravity and tail mechanism. Employing an alternating tripod gait, where two legs on one side move together while one leg on the opposite side supports the weight, this ingenious machine replicates the movement patterns seen in insects and other multi-legged creatures. With its impressive capabilities, future iterations of climbing robots like this could revolutionize surveillance and inspection tasks in hard-to-reach locations. Imagine these robotic wonders effortlessly navigating treacherous terrains or exploring inaccessible areas for scientific research or rescue missions. Photographed at Stanford University in September 2005, this image beautifully captures both the intricate design of this biomimetic marvel and its potential impact on various fields such as engineering, robotics, biomechanics, and technology advancement. It serves as a testament to human ingenuity inspired by nature's brilliance.
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