Two-year-old Emma wanted to play with blocks, but a condition called arthrogryposis meant she couldn't move her arms. So researchers at a Delaware hospital 3D printed a durable custom exoskeleton with the tiny, lightweight parts she needed.
Body suit may soon enable the paralyzed to walk. "In a busy lab at Duke University, Dr. Miguel Nicolelis is merging brain science with engineering in a bid to create something fantastical: a full-body prosthetic device that would allow those immobilized by injury to walk again. On Wednesday, Nicolelis and an international group of collaborators declared that they had cleared a key hurdle on the path toward that goal, demonstrating they could bypass the body's complex network of nerve endings and supply the sensation of touch directly to the brains of monkeys."
I led a deprived childhood. Why didn't I have toys like this? (Man, you just know that if two kids in the same neighborhood have them, they're going to have battles.)
Lockheed Martin Unveils Exoskeleton Technology At the Association of the US Army Winter Symposium last month, Lockheed Martin unveiled the Human Universal Load Carrier (HULC) [more inside]
US Military Develops Robotic Exoskeleton. The Berkeley Lower Extremity Exoskeleton, or Bleex, is powered by an internal combustion engine, and can allow soldiers or rescue workers to carry heavy loads over long distances. Article is a follow-up to this story. Perhaps this is the first step towards robotic assistance for the physically impaired. (Aside: a thank you to Soyjoy, who is a good man indeed!)
The US army selects MIT for $50 million superhuman exoskeleton project. Includes nanomaterials, invisibility, superhuman strength, protection from ballistics, and a built in kit for autonomous treatment. Will this be the soldier of the future?