A powered exosuit is an intelligent wearable robotic system equipped with electric drive modules, serving as an advanced auxiliary device different from passive mechanical exoskeleton products. It integrates high-precision motion sensors, servo actuators, adaptive control algorithms and long-lasting lithium battery packs, which can actively identify the user’s movement intentions in real time and output matching auxiliary torque to assist the wearer in completing walking, lifting, squatting and other strenuous movements. Designed following ergonomic principles, the whole equipment adopts lightweight high-strength materials and adjustable modular structures to fit diverse body types without limiting the flexibility of joint activities. Widely applied in medical rehabilitation, industrial heavy-duty operations and emergency rescue fields, the powered exosuit effectively reduces physical energy consumption, alleviates muscle strain, and helps mobility-impaired users restore basic walking ability. Built-in safety protection mechanisms can prevent overspeed operation and accidental falls to guarantee usage reliability. With continuous technological iteration, this type of exosuit features more stable control performance and longer endurance, offering all-round intelligent power support for users in various complex scenarios.
