A Pilot Study to Determine the Effect of Interactive Device (FLASHFIT IWALL) on Improving Co-Ordination and Range of Motion Among Stroke Patients

Background: Stroke is a leading cause of long-term disability, often resulting in impairments such as limited coordination and restricted Range of motion (ROM). Interactive devices have become a significant area of focus in rehabilitation, has gained significant attention in recent years and also have been increasingly utilized in neurorehabilitation settings. FLASHFIT IWALL is effective in improving coordination and ROM, as they provide real-time feedback designed to enhance motor function through guided movement, offer customized, engaging patients in dynamic exercises that encouraged greater participation in therapy and intensive rehabilitation programs.  Method: A quasi-experimental ( Single group Pre and Post-test ) study design was conducted. Stroke patients aged 35-65 years were screened and then selected based on inclusion and exclusion criteria with convenient sampling method. Over the course of 12 weeks, a single group will receive an intervention would be carried out for 20 minutes of each session, twice a week.  Results: Statistical analysis revealed significant improvements in Coordination(p = 0.001) and ROM (p < 0.001) between pre- test and post-test scores. Patients demonstrated enhanced motor function, increased ROM, and improved coordination . These findings highlight the effectiveness of FLASHFIT IWALL when integrated into conventional rehabilitation programs.  Conclusion: The study concludes that FLASHFIT IWALL significantly improves co-ordination and ROM in stroke patients. Integrating such interactive technologies into stroke rehabilitation may serve as an effective adjunct to conventional therapies, accelerating recovery and enhancing the quality of life for stroke survivors.