Running leg prostheses are structurally no different from modular leg prostheses. The exception is a stop, a high degree of energy saving. The efficiency of such a foot is almost 100%. The running foot can be made in several forms, depending on the tasks and the manufacturer.

If necessary, the design of the prosthesis can be implemented in such a way that both a modular and a running foot can be used with one sleeve.

Running hip prostheses are also structurally no different from modular lower leg prostheses. The exception is the knee joint and the foot, a high degree of energy saving. The sports knee module has the ability to bend without much resistance. However, for safety there is a lock that allows you to move safely on a prosthesis of this type. The efficiency of the running foot is almost 100%. The running foot can be made in several forms, depending on the tasks and the manufacturer.

​​​​​​​The photo shows a running prosthesis, which is an independent product. If necessary, the design of the prosthesis can be implemented in such a way that with one sleeve, both a modular and a running version can be used.

Even a small run provides good conditions as an aerobic workout. Running has a positive effect on the cardiovascular system. Running on a prosthesis has a positive effect on a person who has lost a limb, allowing you to believe in your strength and capabilities again.

​​​​​​​And most importantly, jogging on a prosthesis is a great way to test a stump sleeve. During the run, increased loads are applied to the sleeve, and the patient can identify non-delivery of the sleeve, if any, and eliminate them in time, preventing injury to the stump.

​​​​​​​Despite the fact that there is no such thing as sports prostheses in the federal register of technical means of rehabilitation, we have found a way to resolve this issue, and our patients receive running prostheses at the expense of IPRA.