Crash Development
Collect high-speed impact data to evaluate structural response, occupant safety, and component behavior.
Impact Measurement
Impactor Systems for Dynamic Safety and Slam Testing
Measure impact events, structural response, and crash-related data with telemetry, accelerometers, and precision instrumentation built for demanding automotive validation environments.
Explore Impactor Solutions
Impactor
What is Impactor Testing
Impactor testing focuses on measuring how a vehicle, structure, or component responds to a controlled impact, slam event, or dynamic load. It relies on accurate sensors, telemetry systems, accelerometers, and supporting analysis tools to capture trustworthy crash and durability data.
These systems are useful in safety development, validation, and structural analysis programs where reliable impact measurement is essential.
Testing Benefits
Main Features of Impactor Systems
- Captures impact, vibration, and slam-event behavior with high precision
- Supports wireless or onboard telemetry in dynamic vehicle tests
- Uses accelerometers and specialist sensors for reliable data capture
- Improves analysis quality in crash, durability, and component testing
- Supports both lab-based and proving-ground validation programs
- Helps teams monitor fast events without losing data integrity
Applications
Where Impactor Systems Are Used
Durability Testing
Monitor repeated slam and shock events in doors, closures, components, and sub-systems.
Data Quality
Use telemetry and precision sensors to improve measurement confidence in complex dynamic tests.
Telemetry
imc Telemetry
imc telemetry systems help engineers capture fast-moving test data during dynamic impact and vehicle events where wired setups are difficult or impractical.
They support better flexibility and cleaner data acquisition during on-track, crash, and motion-heavy validation programs.
Capture Fast Impact Events with Confidence
View FAQsTelemetry
Atesteo Telemetry
Atesteo telemetry solutions help extend precise measurement capabilities into mobile and dynamic automotive test environments.
They are useful where impact, vibration, and transient events must be recorded without sacrificing signal integrity.
Acceleration Measurement
Kistler Triaxial Accelerometer
Triaxial accelerometers are essential in impact testing because they capture acceleration in multiple axes simultaneously, helping teams understand how a structure responds under dynamic load.
Kistler systems are well suited to crash, slam, and durability validation where precise event capture is critical.
Acceleration Measurement
imc Accelerometer
imc accelerometers help engineering teams capture impact, vibration, and motion data reliably during dynamic automotive tests.
They fit naturally into broader data acquisition workflows where accurate structural and event response analysis is required.
Turn Impact Data into Better Engineering Decisions
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Closure Testing
EZ Metrology EZ Slam
EZ Slam systems support slam-event measurement for doors, closures, and related component validation. They help quantify repeatability and structural response under controlled impact-like operating conditions.
This is especially valuable in vehicle development programs where durability and user-interaction quality must be tested together.
Support
FAQs
1. What is impactor testing?
Impactor testing measures how a component or vehicle responds to a controlled impact, slam, or dynamic load event.
2. Why is telemetry important in impact tests?
Telemetry helps capture fast-moving data in dynamic conditions where wired measurement can be difficult or restrictive.
3. Why are accelerometers used in impact testing?
They measure rapid acceleration changes during impact and help engineers understand structural and component response.
4. Can impactor systems be used for durability work?
Yes, they are useful in repeated shock, slam, and closure testing for durability and quality validation.
5. What kind of data can be captured?
Typical data includes acceleration, vibration, shock response, closure force behavior, and other dynamic event measurements.
6. Where are these systems used?
They are used in crash development, proving-ground work, lab validation, and component testing across automotive programs.
Contact ATS Group
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