I Hiked Using Robot Legs in the Grand Canyon. I Didn’t Even Need My Cane ...

The Hypershell is the first mass produced exoskeleton but is it an e-bike for your legs or just some more unwanted cycling ...

I wore the Hypershell X Ultra hiking exoskeleton during hiking at the Grand Canyon and during my normal routine. The AI ...

The surprising thing about the exoskeleton is that it works at all. The apparatus is centered around an armature of carbon ...

The hardware looks straightforward at first glance: a waist belt connected to hinged braces along the thighs, but the mechanics beneath do more than stabilize movement.

The new AI-powered Hypershell X Ultra promises to cut your hiking effort by 20 percent. I took the $2,000 motorized chassis to the Grand Canyon to test whether it’s a game-changer or a gimmick.

Equipped with IRMO’s proprietary HMoCS Motion Assist Sys, the exoskeleton can deliver up to 45% assistance for leg movement, significantly alleviating user fatigue during intensive activities. Built ...

The real magic of the exoskeleton comes from the sensors embedded in the system called Inertial Measurement Units (IMUs), which transmit the position of the legs to the motor. This allows the motor to ...

I wanted to see if this AI-powered wearable robot could give my regular bike ride the equivalent upgrade of an e-bike. After three test rides, the answer is clear.

The all-volunteer search and rescue team is testing the wearable devices, which lift and propel a rescuer's legs with every ...

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He took bionic exoskeleton legs deep into the wilderness to see if they could handle a real backpacking trip. Steep hills, ...