3D robotic foot prosthesis

The robotic foot is made from lightweight, resistant materials such as aluminum or titanium alloys, to ensure both strength and mobility.

Link: https://youtu.be/_vK0mlzClHI

Features force and pressure sensors to detect ground contact and adjust gait accordingly.

The robotic foot's joints are powered by electric motors or pneumatic cylinders, enabling high precision and a variety of movements.

Ankle:

The robotic ankle is equipped with motors and sensors that enable flexion, extension, inversion and eversion movements, simulating the natural movements of the human ankle.

Advanced control systems automatically adjust foot stability and posture according to terrain and movement.

Tibia and fibula :

Robotic components replicate the structure of the tibia and fibula to provide solid support and a stable connection to the knee.

Knee:

The robotic knee joint is equipped with powerful motors and position sensors to enable fluid flexion and extension, simulating the natural movements of the human knee.

Sophisticated control algorithms adjust the resistance and speed of movements according to the needs of the user and the environment.

developing solutions that improve people's lives and open up new perspectives in fields such as health, industry and leisure.

Whether you're a healthcare professional looking for new methods of rehabilitation, an athlete aspiring to push your physical limits, or a researcher keen to explore the infinite possibilities of robotics, we're here to support you on your journey.

Multiple format printing: DEA, MLT, X3D, OBJ, SLT, FBX

• Source file included