Application & Function
The Heated and Sweating Walking Foot Manikin Test System is engineered to evaluate footwear comfort performance by simulating real walking conditions.
It measures a shoe’s thermal insulation, breathability, and moisture permeability during actual use.
This system is suitable for:
Footwear production quality control
R&D of new products
Functional design verification
By converting subjective comfort perception into quantitative data, it ensures objective, repeatable, and comparable results across different footwear types.
Standards Compliance
ISO 20880 – Footwear Comfort Evaluation
ASTM F2413 – Standard Specification for Foot Protection
EN ISO 20344 – Personal Protective Equipment – Test Methods for Footwear
Specifications & Performance
| Parameter | Specification / Description |
|---|---|
| Control Zones | 9 independent heating and sweating zones |
| Foot Model Material | Silver-coated metal with high thermal conductivity |
| Sweating System | Built-in water circulation system with adjustable flow rate |
| Movable Parts | Toes and ankle joints for realistic walking and easy shoe fitting |
| Heating Components | Surround-type heating modules |
| Temperature Sensors | Ring-type and precision wire-type sensors |
| Control System | External integrated unit with high stability |
| Walking Speed | Adjustable to simulate normal gait |
| Data Display | Real-time monitoring and visualization for each zone |
| Software Functions | Data acquisition, real-time statistics, automatic calibration |
| Temperature Accuracy | ±0.2 °C |
| Power Accuracy | ±1 % |
| Temperature Range | 20 – 45 °C |
| Maximum Heat Flux | ≤ 800 W/m² |
| Testing Modes | Temperature Control / Heat Flux Control / Comfort Control / Custom Mode |
Product Features
Independent Control Zones: 9 zones enable precise heating and sweating control for detailed analysis.
High Thermal Conductivity: Silver-coated foot ensures uniform heat transfer.
Realistic Walking Simulation: Movable toes and ankle with adjustable walking speed.
Precision Sensing: Advanced wire-type temperature sensors provide accurate data.
Integrated Control System: Ensures high reliability and stable operation.
Real-Time Visualization: Software displays temperature, heat flux, and comfort indices.
Customizable Testing Modes: Supports multiple evaluation scenarios for footwear performance.
