Acceleration Sensors
Measure rapid motion changes, crash severity, occupant response, and deceleration behavior.
Crash Test Data Analysis
Crash Test Sensors and IAT Software for Crash Test Data Analysis
ATS Group provides crash test sensors and IAT software for passive safety testing, occupant protection validation, crash evaluation, reporting, and standard-compliant analysis workflows.
Overview
Reliable Crash Data from Sensors to Reports
In crash safety testing, every measurement matters. Sensors must survive severe shock environments, and software must convert raw signals into clear engineering insight.
ATS Group supports both sides of the process with advanced crash test sensors and software-based analysis support for OEMs, test labs, and safety engineering teams across India.
Crash Test Sensors
Crash Test Sensors for Passive Safety Programs
Crash test sensors measure acceleration, force, torque, pressure, deformation, and motion during vehicle crash tests and occupant protection studies.
These sensors help engineers understand how the body, restraint systems, airbags, and vehicle structures behave under impact conditions in development and regulated test programs.
Sensor Portfolio
Core Crash Test Sensor Applications
Force and Torque Sensors
Measure loads on dummy body regions, joints, and structural components during crash events.
Load Cell Wall Sensors
Document forces during vehicle crash evaluation, structural analysis, and standards-based testing.
Crash Test Dummy Sensors
Capture anthropomorphic test device response for occupant protection analysis.
Next Step
Need Crash Test Sensors or IAT Software?
Discuss acceleration sensors, force and torque sensors, load cell walls, dummy sensors, data analysis, and reporting workflows with ATS Group.
ATS Group supports sensor selection, software workflow, quotation, and technical consultation.
Acceleration
Acceleration Sensors for Crash Testing
Acceleration sensors are critical because they measure rapid motion changes during impact. They help engineers evaluate crash severity, occupant response, and deceleration behavior in test vehicles and crash dummies.
ATS Group can position acceleration sensors as a core part of crash test data capture where high shock resistance and accurate dynamic response are required.
Load Measurement
Force, Torque, Load Cell Wall, and Dummy Sensors
Force and torque sensors are used for in-dummy measurement and structural component analysis, while load cell wall sensors help measure impact forces during vehicle crash evaluation.
Crash test dummy sensors capture body loading, motion, and structural response inside the dummy itself, supporting frontal impact, side impact, sled testing, and restraint development.
IAT Software
IAT Software for Crash Test Data Analysis
IAT software supports automatic evaluation, result comparison, report generation, and standard-compliant processing of crash test data.
Software modules such as EVAluation PC/NCAP, ISOVerter, CrashView, PicToMME, and EVA-Calib improve data handling, consistency, traceability, and reporting speed.
Software Workflow
Automation, Comparison, and Documentation
Automatic Calculations
Generate standard calculations and graphs based on ISO coding and test templates.
Comparison Graphs
Compare multiple crash runs and evaluate prototype changes with visual analysis.
Structured Reporting
Create organized, consistent, and review-ready crash test documentation.
Traceability
Improve data quality and maintain a stronger audit trail for every program.
Analysis
Automatic Calculations and Comparison Graphs
IAT software can perform automatic calculations and generate standard graphs based on test templates. This reduces manual work and helps repeated test cycles remain consistent.
Comparison graphs are valuable when engineers need to compare multiple test runs or evaluate performance changes between prototypes.
Documentation
Crash Test Documentation and Reporting
Crash test documentation must be accurate, organized, and easy to review. IAT software supports structured reporting, standardized data exchange, and consistent formatting.
This makes it easier to share results across internal teams, customers, and certification workflows.
Passive Safety Applications
Where ATS Crash Sensor and Software Support Adds Value
Next Step
Build a Cleaner Crash Test Analysis Workflow
ATS Group can support sensor selection, software setup, result comparison, reporting, and validation workflows for passive safety programs.
ATS Group supports sensor selection, software workflow, quotation, and technical consultation.
Why ATS Group
Why Choose ATS Group
ATS Group positions this service as a complete passive safety support package rather than only product supply. That means providing the right sensors, the right analysis software, and practical support for engineering teams working on safety validation.
Contact ATS Group
Crash Test Sensors and IAT Software Support
If you need crash test sensors, IAT software for crash test data analysis, or support for passive safety measurement systems, ATS Group can provide a complete solution for your testing and validation workflow.
Auto Technical Service India Pvt Ltd provides these services including crash test sensors, acceleration sensors, force and torque sensors, load cell wall sensors, crash test dummy sensors, and IAT software for automotive safety programs across India.
Support
FAQs: Crash Test Sensors and IAT Software
1. What are crash test sensors used for?
Crash test sensors are used to measure acceleration, force, torque, deformation, and motion during vehicle crash testing and passive safety validation.
2. What does IAT software do in crash testing?
IAT software helps analyze crash test data, generate graphs, compare results, and create standard-compliant reports for safety testing programs.
3. Can crash test sensors be used in dummies?
Yes, crash test sensors can be integrated into crash dummies for in-dummy measurement and occupant protection analysis.
4. What is a load cell wall?
A load cell wall is a crash test structure used to measure forces during impact evaluation and regulatory testing.
5. Why is software important in passive safety testing?
Software is important because it turns sensor output into clear engineering insight, automated calculations, reports, and comparison graphs.