Rock Climbing Robot Can Carry a Load, Sets Sights on Mountain Rescues
May 8, 2013 6:47 PM
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Robot could be used to scout or send stranded climbers supplies
While it weighs just a little over a kilogram (~2.2 lb), the newly minted wall-climbing robot exhibits Spiderman-like strength, hauling a load of 7 kilograms (15.4 lb) up steep surfaces.
Created by researchers at the
Eidgenössische Technische Hochschule Zürich
(ETH Zürich) -- known abroad as the Swiss Federal Institute of Technology -- the climber bucks the trend of past designs that used gecko-like high-surface-area attractions (via
tiny synthetic hair-like setae
) to stick to the wall. Instead, the robot uses a unique tacky adhesive.
The adhesive is heated by resistors to melt, with a melting temperature of 70 degrees Celsius (158 degrees Fahrenheit). Beyond that point it becomes a liquid, but remains tacky. The tacky adhesive penetrates cracks and crevices, fixing the robot to the surface. But when allowed to cool it recedes, freeing the robot foot to take another step.
The resulting climber has tremendous potential for use in mountain
or mining rescue
operations, either carrying imaging and audio equipment to hunt for lost hikers, or transporting supplies to hikers in difficult to reach areas. Larger models with improved adhesives could eventually be used to haul down hikers off the cliff face, but even in its current form the bot has a lot of promise.
The robot could also see use hauling light materials in high rise construction, having been tested on wood, plastic, stone and aluminum.
Liyu Wang, one of the robot's designers,
, "Our technology uses thermoplastic adhesives, which are much stronger than those used in gecko-type climbing systems. We are thinking about using this to climb cliffs or other complex natural environments, which no previous climbing technologies can handle."
on the bot was published last month in the peer-reviewed journal
IEEE Transactions on Robotics
IEEE Transactions on Robotics
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RE: Wet Surfaces?
5/9/2013 4:47:28 AM
Hands are not necessarily too reliable on such vertical surfaces.
Stickiness is ok for most such terrains and plant life shouldn't really interfere with it.
Although I would sooner prefer a metamaterial that automatically changes/adapts to the surface it's on, eliminating artificially induced stickiness through power generation.
"Spreading the rumors, it's very easy because the people who write about Apple want that story, and you can claim its credible because you spoke to someone at Apple." -- Investment guru Jim Cramer
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