At Stoke Mandeville Spinal Research, our mission is always centred on improving quality of life after paralysis. We are excited to share the final results of the EXO4UL project, which explored how wearable technology can help people with tetraplegia regain independence and movement.

Led by Dr. Heba Lakany from the University of Liverpool, this study focused on the MyoPro®, a robotic exoskeleton designed for the arm. For many people living with SCI, regaining even a small amount of hand or arm function can be life-changing. This project aimed to see how this technology could be integrated into standard inpatient rehabilitation at specialist centres like The London SCI Centre in Stanmore and the Midlands Centre for Spinal Injuries in Oswestry.

Real-World Results

While the world of research often focuses on "data points," we know that the true measure of success is how you feel and move in your daily life. The study uncovered:

• Measurable Improvements: Participants who completed the 10-week program showed gains in arm and hand movement.
• Beyond the Numbers: While standard medical tests showed modest changes, clinical observations told a bigger story. Participants saw meaningful progress in initiating movements, building endurance, and being able to repeat tasks—the building blocks of daily independence.
• Because every spinal cord injury is unique, the gains varied. However, the potential for technology to assist intensive training was evident across the board.

Next steps

The completion of EXO4UL isn't an end—it’s a stepping stone. Based on what we’ve learned, the team has already begun developing a new, more affordable, and clinically targeted exoskeleton. This next-generation device is already registered with the NHS Innovation Service, and new funding has been secured to keep this momentum going into 2026.

We are proud to have partnered with the researchers and the participants who gave their time to this study. Together, we are moving closer to a future where advanced technology is a standard part of life after paralysis.

You can read more about our other research here or donate to allow us to keep funding essential research like this.