This artificial foot mimics natural human movements

Italian researchers have developed artificial foot that mimics natural human movements. This incredible invention will provide users with exceptional adaptation over uneven terrains, as well as comfort and stability.

This artificial foot was developed in collaboration with the Italian Institute of Technology (IIT) in Genoa and the University of Pisa’s Centro E. Piaggio. IIT researcher Manuel G. Catalano leads this project, coordinated by senior scientist at IIT Antonio Bicchi. 

Flexible and adaptive features of the softfoot pro artificial foot mimic human movements. To enhance comfort and stability, its mechanical system creates the human foot’s windlass mechanism. 

Softfoot Pro will be ideal for both amputees and humanoid robots. 

How the SoftFoot Pro functions

This artificial foot has a mobile arch mechanism made of titanium. It supports a system of high-strength plastic chains and elastics.

The production components replicate the plantar fascia of the human foot. It weighs less than 500 grammes and can load up to 100 kilogrammes. 

No motors are required to operate this artificial foot; it works using a mechanical and elastic system. It can reproduce the windlass mechanism of the human foot that enhances the better distribution of force.

Advantages of artificial Foot engineered to mimic human movement

This artificial foot can adapt to the uneven and slippery landscapes such as soft mud, beaches, and snow or ice piles. It can adjust according to the changes in the ground and enhance the stability and comfort of the users. 

Flexible features of it enhance positions and movements so that the user can do day-to-day activities comfortably. The Softfoot Pro is waterproof; users no longer need to change it for different activities.

Key beneficiaries

For amputees who are limbless, it provides adaptability, stability, and comfort. They can navigate through slippery, uneven landscapes, which enhances their mobility and quality of life. 

Humanoid robots can enhance their mobility through uneven terrains and allow them to perform in diverse, challenging environments. 

To sum it up, researchers at the Italian Institute of Technology (IIT) in Genoa have developed an artificial foot that mimics natural human movements. This represents a significant advancement in mobility technology, offering amputees and humanoid robots enhanced adaptability, stability, and comfort on various terrains. 

Featured image credits: Talk IIT, MSN