The FM Foot is a high-performance K1-K2 prosthetic foot engineered to provide exceptional gait stability and cushioning for users with low to moderate mobility requirements. By integrating a split toe carbon fiber foot architecture with a specialized aluminum adapter, this component ensures optimized energy management and biomechanical efficiency during daily activities.

Activity Level K1 – K2

Activity Level K1-K2

Order Configuration

FM-Foot Order Example

Waterproof Performance

IB-ER Waterproof

FM Foot


Smooth Gait
Split-Toe Adaptability
Flexibility
CE
ISO 22675
Lightweight
Waterproof


  Highlights


  • Target Users: Low to Moderate mobility (K1-K2).

  • PU Heel System: Enhanced damping and cushion.

  • Split-Toe Design: Uneven surface adaptation.

  • Material: Carbon Fiber Plate + Aluminum Adapter.

The FM-Foot is expertly designed to provide a smooth gait cycle and superior cushion feeling for low to moderate mobility users. It features a lightweight aluminum adapter and a durable carbon fiber plate. The integrated PU-based heel section provides essential damping, while the split-toe design ensures safe adaptation to uneven terrain, enhancing user confidence.

Technological Architecture


Hybrid Composition

Combining a resilient Carbon Fiber plate with a soft Polyurethane (PU) heel and a robust Aluminum adapter, the FM-Foot offers the perfect balance of durability, lightness, and comfort for daily activities.


Surface Adaptability

The split-toe forefoot design allows independent deflection of the medial and lateral sides. This enables the foot to conform to irregularities in the ground, providing improved stability and balance.

Weight Capacity Guide

Foot SizeMax User Weight
Sizes 23 to 26100 Kg
Sizes 27 to 28120 Kg

Technical Specifications

Size Range23 to 28 cm
Activity LevelK1 – K2
Build Height~70 mm
Product Weight~310 g
Adapter MaterialAluminum
Foot Shell ColorBeige & Brown

Performance Verification

Gait Stability Assessment: This footage demonstrates the cushioning effect and stability of the FM-Foot during the gait cycle.

  • Heel strike damping analysis
  • Mid-stance stability check
  • Split-toe surface adaptation



PDF

Instructions For Use