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The Aerial Port Exoskeleton helps aerial porters perform their duties with less strain. “Aerial ports have a high injury rate in the Air Force,” said Tech. Sgt. Landon Jensen, Air Mobility Command innovations, systems and future command manager. “That’s why we are looking into this kind of solution to help porters perform their duties more safely while also helping reduce the risk of injuries, so they are not suffering later in life.” Travis AFB is currently serving as the test base for the new exoskeleton equipment. If the equipment proves to be beneficial, it will be utilized thro...

Engage Our 19th Chief Master Sergeant of the Air Force, @cmsaf_official JoAnne S. Bass, made history as the first female,… https://t.co/lRU5G1AzLq RT @PACAF: Have you ever seen one of the bad boys up close? U.S. Airmen deployed to support #BTF missions learned about the #THAAD anti-ba… RT @KadenaAirBase: The 909th AMU ensures #TeamKadena's KC-135 Stratotankers are able to go the distance. The Stratotanker plays a critical… .@HQ_AFMC continues to support hiring workers with disabilities through Autism at Work. This effort, with… https://t.co/MRhNlpCMBt “Innovation is the method by wh...

The Air Force Life Cycle Management Center and Air Mobility Command partnered with Arizona State University to develop the Aerial Port Exoskeleton, a new piece of equipment set to be used in an official capacity at Travis Air Force Base, May 17. , News, features and commentaries about Air Force Reserve people, equipment and missions

By Senior Airman Cameron Otte, 60th Air Mobility Wing Public Affairs / Published May 17, 2021 U.S. Air Force Airman 1st Class Xaviar Archangel, 60th Aerial Port Squadron aerial porter, and Airman 1st Class Kyle Sunderman, 60th APS ramp serviceman, showcase the capabilities of the Aerial Porter Exoskeleton May 14, 2021, at Travis Air Force Base, California. The Aerial Porter Exoskeleton is a piece of equipment designed to reduce strain when lifting various items. (U.S. Air Force photo by Senior Airman Cameron Otte) Dr. Thomas Sugar, Arizona State University professor, explains...