Exoskeleton Advancing Wearable Robotics, Human Mobility Support, and Rehabilitation Engineering
Exoskeleton technology enhances mobility, strength, and endurance by placing robotic support systems over the body. Medical exoskeletons assist patients recovering from spinal-cord injury, stroke, neuromuscular disease, or severe weakness. Sensors and motors synchronize with user movement to support gait, posture, and strength.
Rehabilitation centers use powered exoskeletons for walking therapy, stimulating neuroplasticity and improving cardiovascular strength. Industrial exoskeletons support lifting tasks, reduce muscle fatigue, and prevent workplace injuries. Military applications focus on endurance enhancement and heavy-load mobility.
Future directions include AI-powered adaptive exosuits, soft robotic materials, improved battery efficiency, and brain-computer interface integration for intuitive movement control.