UNLV utilizes Vicon motion capture to study prosthetic users' trip recovery mechanisms, enhancing stability and rehabilitation strategies.
Istituto Italiano di Tecnologia
Vicon enables IIT SoftBots' gait analysis for SoftFoot prosthetic, improving amputee stability on uneven terrains.
The Technical University of Munich
TUM use Vicon in the development of their flagship assistive robot GARMI, a chat-enabled, dextrous humanoid, designed to relieve geriatric care nurses of repetitive tasks. Simone Nertinger shares her thoughts on the importance of motion capture within robotics development.
Drones/UAVs
Brown University
Vicon empowers Brown University's robotics lab to advance multi-drone systems, lowering barriers for interdisciplinary student research.
Bell
Bell harnesses Vicon motion capture to emulate GPS for indoor autonomous drone testing, advancing smart city aerial networks.
Worcester Polytechnic Institute
WPI leverages Vicon systems to advance robotics research, enhancing humanoid locomotion and human-robot interaction studies.
Space
University of Hawai'i
Vicon guides the University of Hawai'i's research on extraterrestrial robots, optimizing space exploration capabilities.
Georgia Tech
Vicon drives Georgia Tech Aerospace's innovative projects, advancing autonomous flight research on Earth and beyond.
Satellite Applications Catapult
Satellite Applications Catapult employs Vicon motion capture in orbital simulation facility to advance in-orbit servicing robotics.
Georgia Tech
Aaron Young’s EPIC Lab at Georgia Tech uses Vicon motion capture to revolutionize wearable robotics, enhancing exoskeletons and prosthetics. Aaron shares his thoughts on the role of motion capture within robotic engineering, as well as his predictions for how AI and motion capture will work together.
University Research
University of Hawai'i
Vicon guides the University of Hawai'i's research on extraterrestrial robots, optimizing space exploration capabilities.
Georgia Tech
Vicon drives Georgia Tech Aerospace's innovative projects, advancing autonomous flight research on Earth and beyond.
Brown University
Vicon empowers Brown University's robotics lab to advance multi-drone systems, lowering barriers for interdisciplinary student research.
The Technical University of Munich
TUM use Vicon in the development of their flagship assistive robot GARMI, a chat-enabled, dextrous humanoid, designed to relieve geriatric care nurses of repetitive tasks.
Worcester Polytechnic Institute
WPI leverages Vicon systems to advance robotics research, enhancing humanoid locomotion and human-robot interaction studies.
University of Las Vegas
UNLV utilizes Vicon motion capture to study prosthetic users' trip recovery mechanisms, enhancing stability and rehabilitation strategies.
Istituto Italiano di Tecnologia
Vicon enables IIT SoftBots' gait analysis for SoftFoot prosthetic, improving amputee stability on uneven terrains.
Pioneering Startups
Opteran
Professor James Marshall shares his insights on Vicon mocap's role in Opteran’s bio-inspired 'natural intelligence' software which allows robots within a warehouse environment to act autonomously. James also shares his thoughts on the future of motion capture.
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