High Flexibility
+/- 10° Inv/Eversion
Multi-Axial
CE
ISO 22675
Lightweight
 Highlights
Polycentric Ankle: Advanced range of motion.
Dual Flexion: Superior Dorsi & Plantar flexion.
Toe-Off Propulsion: Effort-free gait cycle.
Carbon Architecture: Dynamic stance phase.
The Swipe Foot stands out as a leading carbon fiber prosthetic foot with its unique polycentric ankle architecture, specifically engineered to provide superior dorsiflexion and plantar flexion on every step. Each carbon blade is designed to flex toward the center of rotation, ensuring a smooth transition during the stance phase. This mechanical synergy generates significant toe-off energy, resulting in effort-free, natural steps for K3-K4 level users.
Technological Architecture
Polycentric Ankle
The polycentric design allows for a multi-center rotation, mimicking the complex kinematics of the human ankle. This provides an increased range of motion during terminal stance and initial heel contact.
Dual-Blade Synergy
Multiple carbon blades work in tandem to store potential energy during compression. At toe-off, this energy is released progressively, providing the necessary propulsion for a high-activity lifestyle.
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 |
Technical Specifications
| Size Range | 24 to 28 cm |
| Activity Level | K3 – K4 |
| Max User Weight | 120 Kg |
| Build Height | ~120 mm |
| Product Weight | ~550 g |
| Connection | Titanium Male Pyramid |
Performance & Structural Integrity Verification
Loading Analysis:
This technical footage demonstrates the advanced structural threshold and fatigue resistance of the Swipe Foot architecture.
- Deflection Analysis: Monitoring elastic response and energy storage.
- Safety Verification: Testing load-bearing capacity under extreme stress.
