AI Assist Mobility Robot – Injured & Elderly

MTS AI Assist Mobility Robot is a lightweight lower limb exoskeleton product that integrates core technologies such as ergonomics, power, electronics, and AI algorithms. It can sense lower limb movement trends and provide timely assistance, effectively reducing the burden on the legs and offering exercise protection for a more balanced cardiovascular workout. The AI smart learning algorithm automatically adapts to walking habits, making it widely applicable across various aspects of daily life and work.

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Many injuries with difficulty walking or climbing as well as seniors simply don’t do as well as they did when they were younger because their overall senses and reflexes diminish and slow down. Canes and walkers compensate for these senses by helping the brain realize where the body is and where the feet are going. No matter what the cause is for the reduced ability to get around safely, MTS AI Assist Mobility Robot walking devices can restore safety and confidence in elderly adults and the injured.

•  Lightweight: Weighing around 2.2 kg, it does not add extra burden to the user.

•  High Efficiency: It can walk continuously for over four hours, and a single charge allows it to travel approximately 20 kilometers.
•  Intelligent: It can precisely perceive every movement trend of the lower limbs and provide timely and appropriate assistance.

• Gait Assistance: Provide powered assistance to the hip and sometimes knee joints to improve walking speed, stride length, and overall walking efficiency.
• Rehabilitation: Widely used in physical therapy to provide high-intensity, repetitive gait training for patients recovering from stroke, spinal cord injuries, or other neuromuscular conditions, helping to rebuild the brain-to-muscle neural pathways.
• AI Integration: AI and machine learning algorithms are increasingly used to analyze gait patterns from sensors (IMUs, force plates) in real-time, allowing the robot to provide adaptive, personalized assistance that matches the user’s intention and changing needs.
• Improved Health Outcomes: Use of these exoskeletons can lead to reduced muscle effort, lower metabolic energy cost during walking, decreased chronic pain and spasticity, and improved bone density and cardiovascular health.
• Enhanced Mobility: For the elderly or individuals with chronic conditions, these devices can restore or enhance mobility, increasing independence and quality of life.