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02:37
Micro robot climbs vertical glass carrying 100 times its weight

265 views / 0 likes - added 3 years ago

A 9 gram "micro tug" robot climbs vertical glass carrying 1 kilogram (2.2 pounds) payload enabled by gecko adhesives with 200:1 anisotropic adhesion. The ability to carry 100 body weights is comparable to a human climbing up a glass building while carryin
02:30
MicroTug Mighty Micro Robot Simply Explained

221 views / 0 likes - added 3 years ago

Here is a more simple explanation of our micro tug robots put together originally for CBBC, with cartoons and animations, its less research video and more friendly.
01:39
Rock climbing palm based on arrays of linearly-constrained micro-spines.

242 views / 0 likes - added 3 years ago

100x120mm palm covered with linearly-constrained micro-spines for large shear adhesion of up to 70kg on rough surfaces. This work is part of a collaboration among Stanford, Duke and UCSB to enable RoboSimian to climb steep rocky surfaces. For more details
01:56
Quadcopter Outdoor Perching With Opposed Micro-spines

592 views / 0 likes - added 7 years ago

An opposed-grip strategy with micro-spines enables quadcopters to perch on outdoor rough surfaces.
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03:12 Popular
Meet SCAMP: The Flying, Perching, Climbing Robot

875 views / 0 likes - added 8 years ago

SCAMP - the Stanford Climbing and Aerial Maneuvering Platform - is designed to fly, perch, climb, recover from failure, and take off. It operates outdoors on rough vertical surfaces like concrete and stucco walls. http://spectrum.ieee.org/automaton/roboti
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01:45 Popular
Let's All Pull Together: Team Of µTug Microrobots Pulls A Car

720 views / 0 likes - added 8 years ago

Not only are ants impressively strong, they are also amazing team players. This research inspired by such teamwork examples how the ways that microrobots move effects their ability to work in teams. With careful consideration to robot gait, we demonstrate
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02:11 Popular
µTug: Micro Robot Pulls 2000 Times Its Weight On Glass

1,116 views / 0 likes - added 8 years ago

A 12 gram "micro tug" robot moves objects 2000 times its size on glass (steel objects without wheels or lubrication) enabled by gecko adhesives. This capability is comparable to a human dragging a blue whale. Even if the human was strong enough, their sho
03:21
Tactile Sensing For Small Legged Robots - Bipedal Running Experiments

687 views / 0 likes - added 8 years ago

We equipped a small bipedal running robot with tactile sensors to perform terrain classification using machine learning. See our latest results in Robotic Automation and Letters!

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