HERO | Human Exoskeleton Robotic Operator.

Comfortable, safe, and minimally disruptive to the environment.

Hero Bionic limb is wearable robot powered by a combination of technologies that allow for limb movement with increased strength and endurance. Comfortable, safe, and minimally disruptive to the environment, its design aims to provide back support, sense the user's motion, and send a signal to motors, which manage the gears. Hero supports the shoulder flexion-extension movements, waist and thigh, and assists movement for lifting and holding heavy items, while lowering back stress.



Hero empowers biomechanics researchers, robot designers, materials scientists and neuroscientists to develop applications, build & test algorithms.


Support soldiers in performing tasks that are knee-intensive, such as crossing difficult terrain, reduce a soldier's response times, decrease fatigue and increase productivity.


Hero can help firefighters and other rescue workers to climb stairs carrying heavy equipment, reduce response times, decrease fatigue and increase productivity.


Hero can be used in the industry in logistics, as well as assisting manual lifting tasks, reducing worker injury (especially in the shoulders and spine) and reducing errors due to fatigue.


Hero rehabilitation robots can improve the quality of life of individuals who have lost the use of their legs by enabling system-assisted walking. It can also help with the rehabilitation from stroke, spinal cord injury or during aging, and to help nurses move and carry heavy patients.


Develop applications, build, test algorithms to teach courses. From machine design, materials, and control engineering to human-robot systems, biomechanics, ergonomics, brain and cognitive sciences, and neuromotor control.



Questions? Our sales team would like to speak with you to better explore how our robots can help you.

Legal Disclaimer

Our robots are designed for use in industrial or commercial applications, including largely autonomous unmanned operations with occasional interaction with trained professional users wearing personal protective equipment. We do not recommend using them outside of the intended environmental conditions and noted parameters. Because hazards are application-dependent, users should conduct their own hazard and risk assessment before deploying our robots. Please, contact us before placing your order for details. After placing your order, your robot(s) will be reserved and our order fulfillment team will be in contact with you via e-mail to finalize details. The robots will be delivered within six to eight days after a full payment has been received.


It is the operator’s responsibility to ensure that bystanders are trained in safe behavior around the robots, and that the operation of the robot does not put anyone at risk. It is your responsibility to ensure compliance with these requirements. We recommend that you assess the risks of your specific application before purchasing.