Forget all the hype about it being used for public emergency services - this is primarily a military application that will only see a trickle down into civilian use once the US military has had a few good years of wider play with it.
Artificial exoskeleton takes the strain
A human exoskeleton, which could help soldiers and fire-fighters carry heavy loads, is about to take its first public steps.
Called the Berkeley Lower Extremity Exoskeleton, or BLEEX, it is part of a Defense Advanced Research Projects Agency venture designed to help foot soldiers carry heavier loads over even longer distances, by connecting robotic supports to their legs to reduce the load.
Besides helping soldiers, it could also assist medical personnel carrying wounded people from disaster areas, or fire fighters in hauling heavy equipment up countless flights of stairs.
A human "pilot" straps the exoskeleton's legs to their own and dons a large rucksack that contains the engine, control system and a space for the payload, says project leader Homayoon Kazerooni.
More: http://www.newscientist.com/news/news.jsp?id=ns99994750
Artificial exoskeleton takes the strain
A human exoskeleton, which could help soldiers and fire-fighters carry heavy loads, is about to take its first public steps.
Called the Berkeley Lower Extremity Exoskeleton, or BLEEX, it is part of a Defense Advanced Research Projects Agency venture designed to help foot soldiers carry heavier loads over even longer distances, by connecting robotic supports to their legs to reduce the load.
Besides helping soldiers, it could also assist medical personnel carrying wounded people from disaster areas, or fire fighters in hauling heavy equipment up countless flights of stairs.
A human "pilot" straps the exoskeleton's legs to their own and dons a large rucksack that contains the engine, control system and a space for the payload, says project leader Homayoon Kazerooni.
More: http://www.newscientist.com/news/news.jsp?id=ns99994750