Collaborate Disseminate
A couple of years ago, we heard how Ford was supplying its assembly plant employees with an assistive exoskeleton called the EksoVest. Now, the maker of that device has unveiled a lighter and limberer but just as capable model.Continue ReadingCategory:… Continue reading Ekso Bionics announces airier, more flexible Evo exoskeleton
Tech history is rife with examples of bizarre product demos, but we’ve got to think that Elon Musk’s Neuralink demo this week will have to rank up there with the weirdest of them. Elon’s job here was to sell the proposition that having a quarter-sized plug removed from your skull …read more
Remember the giant, human-controlled Prosthesis mech suit? We first saw the design back in 2014. It’s a 4,000-kg (8,820-lb), 4-meter-tall (13-ft), chromoly steel-framed monster that uses some 170 kW (225 hp) worth of electric motors, hydraulics, spring… Continue reading US$1,515 will let you drive the beastly Prosthesis mech suit
Humans make walking look simple, but of course that’s an illusion easily shattered by even small injuries. Losing the ability to walk has an enormous impact on every part of your day, so rehabilitative advances are nothing short of life-changing. The Open Exosuit for Differently Abled project is working feverishly …read more
Continue reading Open Exosuit Project Helps Physically Challenged Put One Foot in Front of Another
More and more, workplaces are using assistive exoskeletons to protect their employees from injury. One of the newest, the 4th-generation version of German Bionic’s Cray X, features a lightweight carbon fiber frame.Continue ReadingCategory: Robotics, Te… Continue reading Carbon fiber exoskeleton is the latest to boost worker safety
When stroke patients are recovering from upper-body paralysis, therapists often guide their arms through the lost motions, helping their nervous system to “relearn” the actions. The task can be a demanding one, though, which is where the Harmony SHR se… Continue reading Upper-body exoskeleton designed to treat stroke victims
Engineers at Stanford have developed motorized exoskeletons that can be strapped to a user’s legs to make running easier. In its current form it might not be something you’d wear down to the park for a jog, but it could eventually find use as a form of… Continue reading Stanford’s ankle exoskeleton boosts running speed by 10 percent
When you’re right, you’re right. Back in January, we predicted that exoskeletons were about to break out as a mainstream product, and gave several examples of prototypes poised to become products. So it was with interest that we read about Sarcos Robotics and their new Guardian XO, a cyber suit …read more
To the surprise of nobody with the slightest bit of technical intuition or just plain common sense, the world’s first solar roadway has proven to be a complete failure. The road, covering one lane and stretching all of 1,000 meters across the Normandy countryside, was installed in 2016 to great …read more
Whether it is motivated by a dream of superhuman strength courtesy of a mech suit or of mobility for those with impaired muscle function, the powered exoskeleton exerts a curious fascination among engineers. The idea of a machine-augmented human body achieving great things is thwarted though by the difficulty of …read more
Continue reading An Exoskeleton Arm For A Hacker On A Budget