AI walking exoskeleton is an intelligent battery-powered wearable lower limb exoskeleton integrated with embedded AI gait recognition chips, real-time multi-point motion sensors and self-adaptive servo drive system. This AI walking exoskeleton instantly captures walking posture, stride frequency and terrain fluctuation data, automatically judges motion modes including standing, level walking, uphill climbing and downhill walking, and dynamically adjusts personalized auxiliary torque output to hip and knee joints. It effectively reduces lower limb bearing load, alleviates long-term muscle soreness and joint compression, corrects abnormal gait trajectories, and maintains smooth natural bionic walking states for all-day movement. The ultra-light high-strength composite frame meets IP54 dustproof and splash-proof standards, performing stably in household daily travel, professional rehabilitation training centers and gentle outdoor hiking environments. Fully adjustable wide soft padded binding straps fit users of various heights and leg circumferences, matched with interchangeable long-life lithium battery packs to provide uninterrupted walking assistance all day long. Ergonomic flexible joint structure retains full natural limb movement range, paired with simplified one-touch intelligent control, easy to operate for the elderly with insufficient leg strength, postoperative rehabilitation patients and outdoor walking lovers. Built-in anti-fall early warning, overload protection and emergency stop triple safety modules thoroughly avoid secondary injuries during long-time wearing. This all-scenario AI walking exoskeleton achieves high-precision human-machine motion synchronization, greatly improving long-distance walking comfort and extending continuous mobility endurance for users with mild walking dysfunction and weak lower limb muscles.
