AI gait exoskeleton is an intelligent battery-powered wearable lower limb exoskeleton built with embedded AI gait recognition chips, multi-point real-time motion sensors and self-learning adaptive servo drive system. This AI gait exoskeleton continuously captures users’ walking posture, stride frequency and terrain changes, autonomously analyzes gait characteristics and dynamically adjusts auxiliary torque output to hip and knee joints, realizing personalized power assistance for flat walking, uphill climbing and downhill walking. It effectively corrects irregular gait tracks, reduces lower limb load pressure, alleviates long-term muscle strain and joint fatigue, and maintains stable and natural bionic walking posture. The ultra-light high-strength composite frame meets IP54 dustproof and splash-proof standards, supporting stable application in home rehabilitation rooms, community walkways and gentle outdoor hiking trails. Widened soft padded adjustable straps fit users of various heights and leg circumferences, matched with interchangeable long-lasting lithium battery packs to deliver all-day uninterrupted gait support. Ergonomic flexible joints allow unrestricted natural limb movement, equipped with one-touch simplified intelligent control for easy operation by the elderly, hemiplegic rehabilitation patients and outdoor walkers. Integrated anti-fall early warning, overload protection and emergency stop safety modules effectively avoid secondary injuries during long-time wearing. This all-scenario AI gait exoskeleton achieves high-precision human-machine synchronization, greatly optimizing gait correction effect and improving long-distance walking comfort and mobility endurance for mobility-impaired users and people with insufficient leg strength.
