What People With Tetraplegia Want From VR Upper Limb Rehab: Insights From Our PhD Student, Andrew Goodsell For anyone living with tetraplegia after a Spinal Cord Injury, improving arm and hand function isn’t a “nice‑to‑have” - it’s often the top priority. Andrew Goodsell, a Stoke Mandeville Spinal Research–funded PhD student, has been exploring how virtual reality (VR) could support this goal. His focus groups brought together the voices of people with tetraplegia and specialist SCI therapists to understand what effective VR‑based upper limb therapy should look and feel like. Using modern VR headsets, rehabilitation exercises can be done inside vivid digital environments rather than clinical rooms. That alone can make therapy more engaging and help people stick with exercises for longer, which is linked to better arm and hand outcomes. What Participants Said Matters Most The study highlights several design features that could make VR genuinely useful in day‑to‑day rehabilitation: Simple, intuitive controlsMany participants stressed that hand weakness, limited reach, or poor grip must shape how any VR system is designed. If the tech isn’t easy to operate with limited movement, people won’t use it. Meaningful, task‑based activitiesExercises should focus on real‑life actions — reaching, grasping, lifting — rather than abstract games. This keeps therapy relevant to everyday independence. Motivation through enjoymentThe immersive environment should make therapy feel less like “rehab” and more like an activity people want to return to. Therapist involvementClinicians felt VR works best when blended with hands‑on therapy, not as a replacement. What This Means For Life After Paralysis Andrew’s research shows that VR could become a powerful tool within rehab to improve upper limb function - and, crucially, could make therapy more enjoyable. It’s another promising step toward helping people gain more control over the movements that matter most to them. Andrew has used the findings of these focus groups to design and test a suite of VR games, and will be publishing his finding on that soon. The full publication is available at https://rehab.jmir.org/2026/1/e66832 (open access) Manage Cookie Preferences