14 Advanced Exoskeletons Giving Humans Super Strength & Endurance

These are the most advanced exoskeletons giving humans super strength, abilities, and endurance.
Guardian XO: The world's first battery-powered industrial robotic exoskeleton that combines human intelligence and precision of machines to give the operator extra strength to boost productivity while reducing injuries.
Furion Prosthesis: A 15ft-tall exoskeleton that can run at 20mph (32km/h). It is a sports machine and requires a trained athlete to operate.
XOS 2: Commonly referred to as the ‘Iron Man’ suit, XOS 2 is an exoskeleton designed for soldiers to increases their human strength, agility, and endurance capabilities.
ExoHeaver: A passive tool holding exoskeleton with an over-the-shoulder power winch that can support large loads. It transfers the load weight through the rigid frame into the ground.
KOMA 1.5: Equipped with an obstacle avoidance system this exoskeleton prototype will enable the wearer to effortlessly move up and down while carrying heavy objects.
Guardian GT: With the robotic arms acting as a natural extension of the operator’s real-world arm movements, this large-scale industrial exoskeleton allows the operator to move heavy items of up to 1000 lbs (or 453kg) while reducing the risk of personal injury.
Skeletonics ARRIVE: A 9-foot tall robot suit that uses the kinetic energy of the wearer’s movements to mimic the wearer’s movements. This exoskeleton is designed for entertainment purposes.
NIO ATOUN Powered Suit: Inspired by Weyland P-5000 Powered Loader from Alien movies, this robotic exoskeleton is designed to be used in construction, emergency response, and heavy manufacturing.
Exhauss: A passive shoulder exoskeleton that assists the wearer with lifting and holding objects while reducing fatigue and the risk of injury.
Cray X: A lightweight, carbon fiber water and dustproof exoskeleton designed for protecting the physical and psychological health of manual workers under any conditions.
EksoNR: A robotic exoskeleton designed to be used in rehabilitation for re-teaching brain and muscles how to properly walk again for patients with brain injury, stroke, or spinal cord injury.
EksoUE: A wearable, upper-extremity exoskeleton designed to assist a patient with affected shoulder and arm during rehabilitation.
HAL (Hybrid Assistive Limb): A Wearable Cyborg, designed to improve, support, enhance and regenerate the wearer’s physical functions. It can be used for medical or industrial purposes.
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