exoskeleton leg 3d model

A detailed robotic rehabilitation exoskeleton leg (single leg only), medical assistive robotic device, mechanical lower limb support system. Structure: upper thigh frame, mechanical knee joint actuator, lower calf support frame, ankle stabilization joint, foot support plate. Materials: lightweight aluminum frame, black carbon fiber braces, visible servo motors and hinge joints, adjustable straps and orthopedic supports. Design: realistic medical rehabilitation exoskeleton used for physiotherapy and walking assistance. Rigging requirements: hip_joint → thigh → knee_joint → calf → ankle_joint → foot Clean topology, separate mechanical parts, hinge joints for realistic movement, animation-ready rig, optimized mesh, PBR materials (metal, rubber, carbon fiber). Pose: neutral straight standing leg, T-pose style for rigging. Output: **single robotic exoskeleton leg, fully rigged for animation and simulation**