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Carnegie Mellon robot jumps up, jumps up and glides down (video)
We can handle the imaginary terror of UFOs and nightmarish, flying mammals. But, robots that can jump like a human and then glide like a colugo? Now you're just filling Mr. Spielberg with even more sci-fi, end of days fodder. Carnegie Mellon researchers Matthew Woodward and Metin Sitti have crafted a prototype jumping and gliding bot at the university's NanoRobotics Lab that springs into action using a pair of human knee-like joints. The automated hi-jinks don't end there either, as the duo's invention then spreads its legs to catch some air and glide on back to terra firma. The project isn't just some bit of engineering whimsy; the team plans to adapt this tech for use in "unstructured terrain" -- i.e. non-level, wargadget territory. For now, this lord of the leaping gliders can reach comfortable human-sized heights of up to six feet. Give it some time, however, and we're sure this lil' android'll give Superman a bound for his money. Click on past the break for a real world demo.
The miraculous CMU Water Runner
Although it probably won't win a following of apostles for the feat, Carnegie Mellon University bot Water Runner's ability to, well, walk on water, is at least worthy of a small write-up in a gadget blog, we think. The lightweight plastic and carbon fiber robot, which is the newest member of a supposed zoo of animal-inspired devices from CMU's NanoRobotics Lab, owes its gravity-defying skills to research done by Harvard University biologists on the basilisk, or Jesus, lizard. Like its scaly counterpart, Water Runner uses a rapid slapping motion of the "feet" that provides enough propulsion for the bot to avoid sinking or tipping over. Although it's currently just in the proof-of-concept, prototype stage (like, it still needs to be plugged into the wall, making it less than ideal for outdoor applications), future versions of the project will sport batteries (of course), sensors for monitoring water quality, cameras for peeping stuff, and even bacteria for breaking down pollutants (think: Exxon Valdez). These applications are all well and good, but as usual, all we really wanna know is: could it take down RoboSnake in a land-and-sea grudge match?[Via Robot Gossip]
