Seat Belt Test Dummy

Standard GB 14166-2013, etc.
Application Dynamic performance verification of automotive seatbelt systems, etc.
Keywords
Category Seat Belt Test Dummy
Advantage  Human Simulation,Reliable & Durable
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The Crash Test Dummy for Seatbelt Testing is a high-precision anthropomorphic test device designed specifically for dynamic evaluation and development of automotive seatbelt systems. It represents a 50th percentile adult male, with physical mass distribution and body dimensions accurately modeled. Constructed from metal, fiberglass, and polyurethane materials, it realistically simulates the skeletal and muscular responses of the human body under dynamic seatbelt loading conditions.

Application

You can use this dummy for:

(1) Dynamic performance verification of automotive seatbelt systems;

(2) Development, optimization, and validation of vehicle seats and occupant restraint systems;

(3) Frontal and oblique collision simulation experiments;

(4) Seatbelt design evaluation and occupant injury assessment;

(5) Regulatory compliance testing according to national and international standards.

Standards

This dummy complies with the following standards:

(1) GB 14166-2013 Motor Vehicle Occupant Restraint System Crash Test Dummy;

(2) ECE R16 Uniform Provisions for Vehicle Seatbelt and Restraint System Certification;

(3) ISO 15830 Road Vehicles – Side Impact Dummy for Restraint System Evaluation.

Parameters

Dimensional Parameters

No. Measurement Parameter Dimension (mm)
1 Head Width 160 ± 5
2 Shoulder Width 465 ± 5
3 Hip Position Torso Width 120 ± 5
4 Hip Width 340 ± 5
5 Knee Center to Floor 510 ± 10
6 Hip Center to Floor 990 ± 10
7 Torso Upper Plane to Floor 1470 ± 10
8 Head Bolt Center to Floor 1600 ± 10
9 Head Top to Floor 1750 ± 10
10 T-Point Height 720 ± 5
11 P-Point Height 320 ± 5

Mass Distribution

No. Component Mass (kg)
1 Head Assembly 4.0 ± 0.2
2 Neck Assembly 0.7 ± 0.1
3 Torso Assembly 29.7 ± 1.0
4 Thigh Assembly (L/R) 12.3 ± 0.3
5 Lower Leg Assembly 8.4 ± 0.3
6 Hip Joint 3.1 ± 0.1
7 Knee Joint Assembly 1.1 ± 0.1
8 Outer Jacket + Chest Pad 1.1 ± 0.1
9 Total Mass (including calibration) 75.5 ± 1.0

Sensor Configuration

Installation Location Sensor Type Channels
Head Accelerometer 3
Chest Cable Displacement Sensor 1
Pelvis Cable Displacement Sensor 2

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