Exoskeleton

Exoskeletons are getting lighter, smarter, and more useful in a range of industries, from healthcare and construction to the military. Here's a rundown of vendors and users.

Learn how advances in components are driving better designs for new exoskeleton development.

Billions are spent on autonomous vehicles, while a robotics pioneer shuts its doors highlight recent weeks in the robotics and AI transaction space.

For the past several years, developers and vendors around the world have been working on assistive robots. Their products came closer to market with displays at Automatica.

Exoskeleton entrepreneur Amit Goffer is well-known for his work on the ReWalk system. UPnRIDE, his latest project, is intended to provide full mobility in a standing position.

maxon precision motor's new actuator is compact, accurate, and light, making it ideal for hip and knee exoskeletons.

The Active Pelvis Orthosis is a smart exoskeleton that recognizes in just 350 milliseconds a person has lost their balance. The exoskeleton then applies force to the hips to counterbalance the slip and prevent a fall.

EduExo is a 3D-printable, Arduino-powered kit for students, hobbyists and educators that teaches how to build exoskeletons.

ReWalk Robotics has partnered with the Wyss Institute to expedite development of Wyss' lightweight, soft exosuit. Is this the beginning of the end for the bulky, rigid exoskeletons we've come to know and love?

The Ekso GT is the first exoskeleton cleared by the FDA for use with stroke patients.