3D Robotic Knee and Leg Prosthesis

The cyborg knee embodies the harmonious union of biomechanics and advanced technology. Featuring precise, robust joints, it offers fluid mobility and optimal stability, both in everyday movement and in intense physical activity.

Link: https://youtu.be/0tS6bjlpfiU

Thanks to sophisticated electric motors and precise positioning sensors, the cyborg knee can flex and extend naturally, faithfully mimicking the movements of the human knee. These capabilities enable it to adapt to a variety of terrains and situations, offering its user increased confidence and freedom of movement.

What's more, advanced control algorithms adjust resistance and movement speed in real time, ensuring stable, comfortable walking in all conditions. Whether for injury rehabilitation, mobility assistance or athletic performance enhancement, the cyborg knee represents a major advance in the field of prosthetics and physical augmentation.

In short, the cyborg knee offers a perfect combination of functionality, reliability and comfort, enabling its users to regain optimum quality of life and push back the limits of their physical capabilities.

The robotic thigh is made from robust, lightweight materials, such as aluminum or titanium alloys, to guarantee both strength and mobility.

It incorporates force and pressure sensors to detect movements and stresses exerted on the prosthesis, enabling the gait to be adapted accordingly.

The robotic thigh joints are powered by electric or hydraulic motors, offering great precision and a variety of movements to meet the wearer's needs.

Hip:

The robotic hip is equipped with sophisticated motors and sensors that enable fluid movements of flexion, extension, abduction and adduction, mimicking the natural movements of the human hip.

Advanced control algorithms automatically adjust hip stability and posture according to the load supported and the movements performed, ensuring smooth, natural walking and physical activity.

Overall, the anatomy of the robotic thigh is designed to offer optimal functionality, precision of movement and adaptability to changing conditions, while ensuring safety and reliability when used in a variety of medical, industrial or leisure applications.

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

• Source file included