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20210610 APEX Robotic Exoskeleton

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20210610 - APEX Robotic Exoskeleton - Travis AFB

Released:
Image fully released. Model release on file in Media Relations & Strategic Communications.

Capt Tarin Cavazos feels the assist an APEX robotic exoskeleton as he picks up a 50-lb tub, at Travis Air Force Base on Thursday, June 10, 2021. Prof. Tom Sugar and his team conceived, designed and produced the exoskeletons to address the high injury rate of aerial porters – airmen who lift content and push pallets of military and humanitarian supplies for transport worldwide. A DARPA Rapid Innovation Fund grant funded the project. The ASU team completed an 8-week test period with the aerial porters of the 60th Aerial Port Squadron, which resulted in no injuries. The 8-lb devices disengaged when walking, running, sitting or crawling to allow free movements to not be in the way. When activated, they assisted with pushing and lifting to about 22-foot pounds of pressure per leg. It also stabilized the hips to prevent lower-back injuries. Photo by Charlie Leight/Arizona State University

Filename
20_APEX Robotic Exoskeleton 437 (1).jpg
Copyright
All Rights Reserved — Arizona Board of Regents owns exclusive, perpetual, unlimited, non-transferable worldwide rights in all print and digital media to this image.
Image Size
2400x1600 / 3.2MB
Contained in galleries
20210610 APEX Robotic ExoSkeleton - For Distribution
20210610 - APEX Robotic Exoskeleton - Travis AFB<br /> <br /> Released:<br /> Image fully released. Model release on file in Media Relations & Strategic Communications.<br /> <br /> Capt Tarin Cavazos feels the assist an APEX robotic exoskeleton as he picks up a 50-lb tub, at Travis Air Force Base on Thursday, June 10, 2021. Prof. Tom Sugar and his team conceived, designed and produced the exoskeletons to address the high injury rate of aerial porters – airmen who lift content and push pallets of military and humanitarian supplies for transport worldwide. A DARPA Rapid Innovation Fund grant funded the project. The ASU team completed an 8-week test period with the aerial porters of the 60th Aerial Port Squadron, which resulted in no injuries. The 8-lb devices disengaged when walking, running, sitting or crawling to allow free movements to not be in the way. When activated, they assisted with pushing and lifting to about 22-foot pounds of pressure per leg. It also stabilized the hips to prevent lower-back injuries. Photo by Charlie Leight/Arizona State University