Exoskeleton Suit for Paraplegics: Lightweight AI-Powered Mobility

An exoskeleton suit for paraplegics is a wearable robotic device designed to restore upright mobility for individuals with lower limb paralysis. It integrates powered hip/knee joints, motion sensors, and adaptive control algorithms to simulate natural gait, enabling users to stand, walk, turn, and climb stairs. Weighing 13–15 kg, it uses lightweight alloys and modular structures for easy fitting. Powered by rechargeable batteries, it offers 3–4 hours of continuous use. Controlled via a wrist or crutch-mounted interface, it pairs with forearm crutches for balance. Beyond mobility, it improves circulation, reduces muscle atrophy, and boosts psychological well-being. FDA-cleared models like ReWalk 7 and Ekso Indego support daily home and community use, empowering paraplegics to regain independence.