1.6—ExtraMuscular-Assisted Robotic Glove

A robotic glove that uses extramuscular actuation and tendon-like cables to assist finger movement, reducing strain while preserving dexterity. It was originally developed to address the limitations of traditional spacesuit gloves, which cause significant hand fatigue and injury during spacewalks and extended EVAs. Beyond space, the technology has broad potential in industrial settings such as repetitive manual handling of heavy equipment, and in rehabilitation for neuromuscular conditions like Parkinson’s, where current assistive gloves are often bulky and mechanical. This glove offers a lighter, more responsive alternative for enhancing hand function across demanding environments.

Inventors: Danielle Carroll (CU Boulder Alum), Spencer Dansereau (CU Boulder Alum)

Potential Applications: Aerospace, Hardware and Instrumentation, Robotics, Health and Wellness, Medical Devices