+/- 5° Torsion
+/- 10° Inv/Eversion
Multi-Axial
CE
ISO 22675
Lightweight
Waterproof
INTRODUCTION
- +/- 5° Torsion: Reduces shear forces on the residual limb.
- +/- 10° Inv/Eversion: Adapts to uneven terrain.
- Energy Return: Dynamic toe-off propulsion.
- Stability: Wide carbon chassis for secure stance.
The Winged Foot is engineered as a high-performance, multi-axial prosthetic foot solution featuring a comprehensive carbon fiber prosthetic foot architecture. Its split main plate design facilitates +/- 10 degrees of inversion and eversion, mimicking natural ankle kinematics on irregular surfaces. Additionally, the unique localized torsion of the pyramid section provides +/- 5 degrees of axial rotation, significantly enhancing comfort during gait.
Technological Architecture
3D-Printed Interface
Precision-molded 3D-printed rings ensure optimal seating and protection for carbon fibers. The interface distributes heel strike stress through a pre-shaped, rounded geometry, preventing delamination and ensuring long-term durability.
Dynamic Shock Absorption
Under load, the main carbon plate articulates through the C-shaped inner plate. This inner component acts as a progressive shock absorber, dampening ground reaction forces while storing energy for a powerful toe-off 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-5 |
Technical Specifications
| Size Range | 23 to 29 cm |
| Activity Level | K3 – K4 |
| Max User Weight | 120 Kg |
| Build Height | ~110 mm |
| Product Weight | ~390 g |
| Connection | Titanium Male Pyramid |
| Foot Shell Color | Beige & Brown |
Performance Verification
ISO 22675 Certified Testing:
This footage demonstrates the rigorous structural integrity testing of the Winged Foot.
- Cyclic loading simulation
- Extreme stance phase pressure
- Carbon fiber fatigue resistance
