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In what was clearly a laugh , a crazy - looking , wheeled quadrupedrobotwas pock in a airstream against aTeslaModel S. While this was just a promotional material stunt , the trick this political machine can do are pretty amazing and deserving a look . Most four - legged automaton walk around in a manner standardized to a Canis familiaris , although not with as much saving grace or stop number as a cuspid can bring off . However , adding wheels into the mixing yield a surprising result .
There are plenty of stationary automatonlike systems that are fix in place to provide enough power and stability to be relied upon in the industry , such as those used to attend with manufacturing cars . Over the eld , battery technology has advanced enough to develop peregrine robotics answer that are potentially useful in various ways . This stand for that many of the newer designs being researched strive for greater strength and efficiency to countenance untethered consumption over large areas for extended periods . For model , drones that can set down in treetop to scan an areawithout the pauperism to hover in the zephyr can fly further between charges .
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A fascinating telecasting surfaced recentlyshowing a Tesla Model S’racing ' against a four - legged robot with rack at the end of each leg . The bot assumed a low center - of - gravity and charged forrader just as the Tesla started move . The camera cuts to show the Tesla roll to a check at the top of a flight of stairs , unable to continue , while the robot launches down the stairs without hesitation , navigating the harsh terrain easily . of course , this was a pathetic comparison , and the golem would stand no probability on a highway , whilethe Tesla was never mean for off - roading of any eccentric . The laughable introduction is only the commencement of theYouTubedemonstration of this ANYmal quadruped robot , which ANYbotics made ab initio , and customize by a university research squad , Robotic Systems Lab(RSL ) at ETH Zurich .
Why RSL’s Robot Has Legs & Wheels
RSL ’s robot , based on an ANYmal quadrupedal pattern , uses non - steering wheels mounted at the remainder of each branch . The advantage of combine wheels with leg offer greater tractableness and a variety show of motions that are potential to solve gainsay terrain . In addition , the RSL team claims thatthis design is 83 - percent more get-up-and-go - efficientthan legged systems . Rolling requires much less endeavour than walking , yet walk is necessary to overcome many obstacles , so combining allow for the best of both worlds .
RSL ’s wheeled musculus quadriceps femoris - bot can roll downstairs , climb stairs , and even rise up on its two back wheels to simulate avertical ' humanoid ' pattern , balancing and standing magniloquent . With the addition of a taloned robotic limb or a carrying harness , it would be easy to see this various golem perform a wide variety show of utile tasks in a complex environment . In accession , the robot ’s speed can reach as fast as 6.2 - meters - per - irregular ( 13.9 - miles - per - hour ) on a monotone Earth’s surface , which is pretty quick for a leggedrobotbut clearly is no mates for a Tesla unless a portion of the subspecies includes step .
Next : No , Tesla ’s New Bot Wo n’t Trigger The Robot Apocalypse
germ : Robotic Systems Lab / YouTube , Robotic Systems Lab
