Flexibility
+/- 10° Inv/Eversion
Multi-Axial
CE
ISO 22675
Lightweight
 Highlights
Long Residual Limbs: Ideal for limited build height space.
High Energy Return: Despite its compact profile.
Modular Ready: Compatible with vacuum and shock adapters.
Screw-less Design: 3D-Printed connection technology.
The Short Foot is specifically designed to accommodate users with long residual limbs where build height is a critical constraint. With a clearance requirement of only 50 mm, it provides an exceptionally short profile without sacrificing high energy return. This low-profile structure enables prosthetists to integrate additional components on top, such as active vacuum adapters or shock absorbers, offering a versatile solution for K2-K3 level patients.
Technological Architecture
3D-Printed Rings (Patent Pending)
This innovative technology provides a “screw-less” connection of carbon plates at the toe section. By eliminating rigid fixation points, it provides a significantly smoother gait cycle and natural transition for the user.
Low Profile Efficiency
Engineered for minimal clearance, the Short Foot maintains carbon fiber dynamics even in restricted spaces. The architecture is optimized to store and release energy efficiently during the stance phase.
Stiffness Selection Guide
| Patient Weight | Category |
|---|---|
| 65 – 75 kg | CAT-1 |
| 75 – 85 kg | CAT-2 |
| 85 – 95 kg | CAT-3 |
| 95 – 105 kg | CAT-4 |
| 105 – 120 kg | CAT-4 |
Technical Specifications
| Size Range | 23 to 29 cm |
| Activity Level | K2 – K3 |
| Max User Weight | 120 Kg |
| Build Height | ~50 mm |
| Product Weight | ~350 g |
| Connection | Titanium Male Pyramid |
| Foot Shell Color | Beige & Brown |
Performance Verification
Structural Durability Assessment: This footage illustrates the advanced structural integrity and fatigue resistance of the carbon fiber architecture.
- High energy return analysis
- Cyclic loading simulation
- Carbon fiber fatigue resistance
The Foot Shell - Low Height is a precision-molded prosthetic foot shell designed for specialized configurations where a reduced vertical profile is essential for optimal alignment. As a high-durability low profile foot shell, this component provides a natural cosmetic finish while offering a 15 mm height reduction compared to standard models, ensuring better clearance for specific prosthetic builds.
