Approximately 7–12% of the U.S. population experiences significant ambulation limitations, yet rural areas face a 50% shortage of physical therapists per capita. This disparity, combined with the risks and challenges associated with prolonged immobility, underscores the need for innovative solutions to simulate the benefits of walking without the risks of standing. While existing therapies like early mobilization and passive exercises improve outcomes, they often rely on extensive personnel support, limiting accessibility in resource-constrained settings. The proposed device provides bedridden patients simulated walking mechanics and neuromuscular pathway training to address the challenges they face.