Gait Support Robot: AI-Powered Exoskeleton for Walking & Rehab

A gait support robot is a professional intelligent rehabilitation device dedicated to correcting abnormal walking postures and restoring lower limb mobility for stroke, hemiplegia, spinal injury and mobility-impaired elderly users. Constructed from lightweight high-strength carbon fiber and skin-friendly breathable fabrics, it closely fits the hips, knees and ankles without limiting basic gait movements including standing, forward walking and turning. Built-in high-precision motion sensors continuously collect joint angles, walking speed and body balance data to identify irregular gait patterns such as limping, toe dragging and uneven step length. The control system delivers targeted auxiliary torque to guide users to follow standard walking trajectories, gradually rebuild correct movement habits and avoid secondary damage caused by improper walking postures. The device records training data in real time, generates gait analysis reports and enables therapists to customize progressive rehabilitation plans. Integrated with anti-fall locking, emergency stop and torque limit safety modules, it ensures reliable protection during repeated training. Widely deployed in rehabilitation hospitals, community medical centers and home rehabilitation scenarios, the gait support robot effectively enhances walking stability, improves limb coordination, shortens rehabilitation cycles and helps patients regain the ability to walk independently in daily life.