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Female Side Impact Dummy

Female Side Impact Dummy

The 5th Percentile Female Side Impact Dummy is a next-generation biomechanical surrogate designed based on anthropometric data of small adult females (5th percentile). You can use it to simulate real female occupants’ biomechanical responses during vehicle side collisions. The dummy is optimized for side impact protection systems, enabling systematic evaluation of side airbags and lateral vehicle structures on occupant safety.

Application

You can apply the 5th Percentile Female Side Impact Dummy in the following scenarios:

(1) Frontal and side occupant protection performance testing

(2) Evaluation of side airbags, curtain airbags, and door structures

(3) NCAP side impact testing and new car evaluation

(4) Regulatory compliance side impact tests

(5) Development and validation of vehicle side panels, B-pillars, and seat lateral protection systems

(6) Biomechanical response studies of vehicle safety systems

(7) Analysis of occupant injury mechanisms and safety technology development

Standards

This dummy complies with the following national and international standards:

(1) GB 20071 – Protection of occupants in side collisions

(2) GB/T 29120 – Anthropomorphic test device general technical requirements

(3) GB/T 24550 – Vehicle collision test methods

(4) ISO 6487 – Road vehicles — Measurement techniques in impact tests

(5) SAE J211 – Instrumentation for impact tests

(6) UN R95 – Side impact occupant protection

(7) FMVSS 214 – Side impact protection

(8) Euro NCAP – Side impact test protocols

(9) C-NCAP – Side impact test protocols

(10) US NCAP / IIHS – Side impact test protocols

(11) J-NCAP / K-NCAP / ASEAN NCAP / ANCAP – Side impact test protocols

Parameters

Dimensions

No. Name Dimension (mm)
A Seated Height 780 ±8
B Shoulder Pivot to Seat Plane 445 ±8
C H-Point to Seat Plane 84 ±5
D H-Point to Backplane 146 ±5
E Shoulder Pivot to Backplane 102 ±5
F Thigh Thickness 127 ±8
G Head Width 144 ±4
H Head Rear to Backplane 43 ±3
I Head Depth 183 ±5
J Head Circumference 546 ±5
K Hip to Knee Front 527 ±13
L Foot to Seat Plane 356 ±13
M Foot to Knee Pivot 401 ±8
N Hip to Popliteal Distance 429 ±13
O Chest Thickness (No Clothing) 203 ±8
P Foot Length 224 ±8
Q Hip Width 318 ±5
R Arm Length 254 ±5
S Knee Pivot to Backplane 485 ±8
V Shoulder Width (Single Arm) 349 ±8
W Foot Width 86 ±8
Y Chest Circumference (Clothed) 866 ±15
Z Waist Circumference 776 ±15

Mass Distribution

Component Mass (kg)
Head Assembly 3.70 ±0.05
Neck Assembly 0.91 ±0.09
Upper Torso (No Clothing) 11.11 ±0.20
Lower Torso 12.52 ±0.18
Arm Assembly (Single Side) 0.91 ±0.05
Thigh (L/R) 3.13 ±0.09
Lower Leg (L/R) 3.27 ±0.09
Foot (L/R) 0.79 ±0.05
Clothing 0.59 ±0.07
Total Dummy Weight 44.12 ±1.09

Features

(1) Based on 5th percentile adult female anthropometric data, representing small-stature female occupants

(2) Optimized for side impact scenarios, suitable for lateral injury assessment

(3) Supports 100+ data channels, covering head, chest, abdomen, pelvis, and lower limbs

(4) Modular structure, each body segment corresponds anatomically

(5) Material combinations simulate human bones, soft tissues, and muscle response characteristics

(6) Highly compatible with mainstream regulatory and NCAP side impact test protocols

Test Procedures

(1) Inspect the dummy structure and joint mobility before testing

(2) Set the dummy’s seated posture and alignment according to side impact standards

(3) Install and calibrate sensors following ISO 6487 and SAE J211 requirements

(4) Configure single-side arm according to collision direction (left or right)

(5) Handle and install the dummy carefully to avoid sensor damage

Maintenance Information

Inspect structural components and joints regularly

Calibrate all sensors periodically to ensure accurate data acquisition

Store in a controlled environment to prevent material degradation

Replace damaged or worn components promptly

FAQ

(1) What is this product?

It is a 5th percentile adult female crash test dummy designed for side impact testing.

(2) What is this product used for?

You use it to assess lateral occupant injury risk and evaluate side protection systems.

(3) How does this product work?

It replicates human mass distribution, joint stiffness, and tissue response, capturing acceleration, force, and displacement during side impacts.

(4) Why is this product important?

It ensures small-stature female occupants are accurately represented in side impact safety evaluation.

(5) Which industries is this product suitable for?

Automotive OEMs, crash test labs, regulatory testing agencies, safety research institutions, and academic research centers.


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