X1 is a robotic exoskeleton intended for use by astronauts. The device was developed by NASA using technology from Robonaut 2, its teleoperated space station robot.
(X1 exoskeleton from NASA)
The 57-pound, ten-degrees-of-freedom X1 exoskeleton is a joint venture between NASA and the Florida Institute for Human and Machine Cognition (IHMC) that you strap to the sides of both legs like a pair of giant, flexible splints and secure to your body with a harness that runs up the back and over the shoulders. NASA says it has four motorized joints at the hips and knees and six more motor-free that allow wearers to turn, step sideways or flex their feet.
The X1 suit owes a debt to Robonaut 2, the second-gen iteration of NASA “dexterous humanoid robot” project, a 330-pound automaton harboring a whopping 350 sensors and 38 PowerPC processors that’s capable of moving four times faster and with much greater dexterity than the original 410-pound Robonaut.
Get a closer look at the X1 exoskeleton in the following video.
(X1 exoskeleton video)
X1 is a ten degree of freedom robotic exoskeleton designed and built as a collaboration between the NASA Johnson Space Center and the Florida Institute for Human and Machine Cognition (IHMC).
Like other exoskeletons on the market, the potential of X1 extends to other applications such as rehabilitation, gait modification and offloading large amounts of weight from the wearer. Preliminary studies by IHMC have shown the X1 to be more comfortable and easier to adjust and put on than their previous exoskeletons.
Science fiction writers evolved the idea of robotic exoskeletons from the needs of space explorers to stand up and move around in heavy gravity. In his 1932 classic A Conquest of Two Worlds, Edmond Hamilton described an early version of the exoskeleton idea:
The greatest difficulty, Crane saw, was Jupiter's gravitation...
Earth's scientists solved the problem to some extent by devising rigid metallic clothing not unlike armor which would support the interior human structure against Jupiter's pull.
(Read more about rigid metallic clothing)
John W. Campbell extended this idea in his 1938 story The Brain Pirates, describing special lifting suits:
"We have those new suits rigged with atomic-powered lifting gadgets, so that'll protect us from the weight, if what our instruments say about that world's true..."
"I'll go check up on those suits and make some adjustments. I hadn't thought they'd have to handle any double-gravity worlds."
"... may I suggest that you make sure you don't get those drive-units in the suits backward? I'd hate to have them sit on me as well as a doubled gravity..."
(Read more about Campbell's atomic-powered lifting suits)
Orion's 'Skip-to-M'Lou' Entry
'A lightning pilot possibly could land that tin toy without power and still walk away from it provided he had the skill to play Skip-to-M’Lou in and out of the atmosphere...' - Robert Heinlein, 1958.
Orion's 'Skip-to-M'Lou' Entry
'A lightning pilot possibly could land that tin toy without power and still walk away from it provided he had the skill to play Skip-to-M’Lou in and out of the atmosphere...'