- Progressive ankle moment
- Comfortable heel strike with noticeable plantar flexion
- Physiological rollover
- Optimized anterior/posterior and medial/lateral mobility
- High energy return
- Dynamic transition from stance to swing phase
- Suitable for Mobility Grades 2 and 3
Natural walking provides the pattern for the 1D35 Dynamic Motion prosthetic foot. It mainly distinguishes itself through a progressive ankle moment in the middle standing phase, which enables a physiological rollover and easy gait. Its optimized a-p and m-l mobility and the comfortable heel impact with noticeable plantar flexion are additional advantages.
Contralateral Side is Effectively Relieved
Due to the special characteristics of the plastic spring combined with the functional foam and the integrated 3D liner, the Dynamic Motion returns stored energy. Therefore it enables a dynamic transition from stance through swing phase. Torsion movements are compensated. The contralateral side is relieved efficiently. The result is a smooth and physiological rollover. Uneven surfaces can also be compensated for because the shape and flexibility of the spring make sideways movements possible.
From a biomechanical aspect, the advantages of the 1D35 are clear. Even during heel strike, the initial maximum ground reaction force, only very small differences between the prosthetic foot and sound foot are noticeable.
Cosmesis & Adapter
With the detachable foam connection cap, an easy-to-handle connection to the foam cover can be realized. The foot adapter is already installed.
The Dynamic Motion is suitable for people with transtibial amputation, knee disarticulation, transfemoral amputation or hip disarticulation with a low to moderate level of activity, and who require a foot with comfortable heel strike, physiological rollover, and good energy return. We recommend it for Otto Bock Mobility Grades 2 and 3. The foot is available in the sizes from 22 to 30 centimeters and can be used up to a maximum weight of 100 kilograms / 220 pounds depending on the foot size.