Running prostheses are special prostheses designed to increase the running performance of amputee athletes. These prostheses are made of lightweight, durable and flexible materials and allow the user to experience the closest experience to natural running movements. The details of running prostheses can be explained as follows:

 

1. Components

a. Socket:

 

It is a customized section to fit the amputee's remaining leg.

It is often lined with silicone or gel liners to increase comfort and minimize friction.

b. Connection Mechanism:

 

Provides a secure connection between the socket and the leg.

It can be connected using different methods such as a vacuum system, pin system or straps.

c. Spring Foot (Blades):

 

It is the most striking part of running prostheses.

It is made of lightweight and durable materials such as carbon fiber.

By providing energy storage and recovery, it facilitates running movement and increases speed.

D. Ankle Module:

 

Some running prostheses can be equipped with an additional ankle module.

This module provides greater freedom of movement and stability.

2. Features

a. Lightness:

 

A lightweight structure is achieved by using materials such as carbon fiber, which increases the user's speed.

b. Flexibility and Durability:

 

Thanks to its spring structure, it is flexible and durable, which increases energy efficiency during running.

c. Ergonomics:

 

Personally designed sockets provide maximum comfort and stability.

D. Customizability:

 

It can be customized with different components and settings according to the user's needs.

3. Areas of Use

a. Sports and Competition:

 

Running prostheses are widely used in sports such as sprinting and long-distance running.

b. Daily Activities:

 

There are models not only for sports but also for being active in daily life.

c. Rehabilitation:

 

It is also used to increase mobility during post-amputation rehabilitation processes.

Running prostheses are produced using advanced technology and enable the user to achieve maximum performance. The selection and adjustment of these prostheses should be made by an expert team according to the needs and physical condition of the user.