A gait-driven membrane pump uses foot flexion to maintain socket vacuum with less bulk, improving suspension comfort and consistency.
A sealed prosthetic foot cover uses a debris-blocking seal and friction pattern to protect against water ingress and improve grip on wet terrain.
Adjustable hydraulic damping and spring energy storage help a prosthetic ankle improve gait symmetry, stability, and walking efficiency.
Inertial sensing of knee flexion and absolute limb angles identifies cycling, lowers joint resistance, and safely returns to walking mode.
Distinct cover sections vary elasticity and circumference to conform to a prosthetic limb while limiting stretch and maintaining a secure fit.