Impactor - atsiplgroup

Crash Impact Testing

Universal Impactor System for High-Accuracy Crash Impact Testing

ATS Group supports universal impactor system solutions for passive safety testing, crash impact evaluation, pedestrian protection testing, and ejection mitigation programs.

Universal impactor system overview

High-Accuracy Crash Impact Testing for Safety Labs

A universal impactor system is designed to launch different impactor configurations with high precision so safety engineers can test vehicle structures, restraint systems, and protection devices under consistent conditions.

For automotive OEMs, test labs, and research organizations, this equipment plays a critical role in achieving reliable crash impact data for validation and compliance.

What the Universal Impactor System Does

The universal impact test system simulates impact events with different test objects such as linear impactors, body blocks, and pedestrian protection devices.

It helps engineering teams evaluate how a vehicle or safety component responds when struck under standardized test conditions, without relying only on full vehicle crash events.

Controlled impact test setup

Talk to ATS Group About This Solution

Get quick support for impactor selection, H-point validation, pedestrian safety testing, and quotation requirements.

ATS Group supports quotation, configuration, and technical consultation across India.

Applications in Passive Safety Testing

Ejection Mitigation Testing

Supports FMVSS 226 based evaluation and customer-specific restraint development for occupant retention and side-window protection.

Body Block Impact Testing

Useful for ECE R12, FMVSS 203, and GB 11557 style evaluation of steering wheels, instrument panels, and contact zones.

Linear Impactor Testing

Creates repeatable straight-line impact paths for standardized structural response and passive safety performance tests.

Pedestrian Protection

Configurable for active pedestrian protection objects and customer-specific impactors used in modern vehicle development.

Need controlled crash impact testing capability?

Discuss ejection mitigation, body block, linear impactor, and pedestrian protection workflows with ATS Group.

ATS Group supports quotation, configuration, and technical consultation across India.

Advanced impactor speed control

Advanced Speed Control and Accuracy

One of the major advantages of a universal impactor system is advanced speed control. With controlled launcher technology, engineers can achieve highly accurate target velocities and maintain repeatable test conditions without unnecessary pre-testing.

This improves efficiency, reduces waste, and helps test teams reach target speed on the first shot.

Gravity and Angle Compensation

The test system automatically performs gravity and angle compensation for free-flying impactor objects. This ensures more accurate impact trajectories and better repeatability during test execution.

It is especially important when the impactor must travel through a precise path before striking the test object or vehicle target.

Gravity and angle compensation for impactors

Lower Maintenance and Faster Changeover

No Hydraulic Maintenance Burden
Pneumatic operation avoids oil leakage, heavy maintenance cycles, and long downtime.
Improved Lab Availability
Lower operating costs help keep repeated test schedules moving.
Fast Launcher Changeover
Quick exchange of different launchers helps teams move faster between configurations.
Flexible Test Programs
Useful for labs handling multiple standards, vehicle categories, and project-specific setups.
Impactor software and reporting workflow

Software and Control Features

The universal impactor system should be presented as more than hardware alone. Software and operator control improve consistency, traceability, and reporting quality.

ATS can highlight software support for test control, data analysis, data management, post-processing, and report generation so teams can store results, compare runs, and create clear documentation.

Wireless Remote Control

A wireless remote control improves usability by allowing operators to manage the system safely and efficiently. It reduces cable handling issues and gives technicians better access to control functions during setup and execution.

This is a practical advantage in busy labs where safety, speed, and ease of operation are important.

Wireless remote control for impactor system
Vehicle coordinate mode setup

Vehicle Coordinate Mode

The system can support both test-system coordinates and vehicle coordinates, which makes it easier to position impactors accurately relative to the test object.

Vehicle coordinate mode improves accuracy and simplifies setup when engineers need to repeat test positions or recall saved configurations quickly.

Build a repeatable impact testing workflow.

Combine speed control, trajectory compensation, flexible launcher options, and software reporting in one ATS-supported system.

ATS Group supports quotation, configuration, and technical consultation across India.

Why ATS Group Is a Strong Choice

ATS Group can position the universal impactor system as a practical, engineering-focused solution for passive safety labs that need precise impact testing, flexible launcher options, and software-supported reporting.

Precise impact testing for standards-based programs
Flexible launcher options for different impactor objects
Speed control and coordinate precision for repeatable results
Low-maintenance pneumatic operation for higher lab uptime
Software-supported reporting and data management
Support for OEMs, test houses, and research teams

FAQs: Universal Impactor System

1. What is a universal impactor system used for?

A universal impactor system is used for controlled crash impact testing, including ejection mitigation, body block testing, linear impact testing, and pedestrian protection evaluation.

2. What types of impactors can be used?

The system can be configured with different customer-specific impactors, including linear impactors, body block impactors, and active pedestrian protection test objects.

3. Why is advanced speed control important?

Advanced speed control ensures the impactor reaches the target velocity accurately, improving test repeatability and reducing the need for extra setup trials.

4. What is the benefit of gravity and angle compensation?

Gravity and angle compensation helps maintain accurate impact paths for free-flying objects, which improves test precision and repeatability.

5. Does the system support software-based test analysis?

Yes. The system can support software for data analysis, data management, post-processing, and automatic test report creation.

Get Started with Universal Impactor Testing

For universal impactor systems, ejection mitigation, body block impact testing, linear impactor testing, pedestrian protection testing, and software-supported reporting, ATS Group can support your passive safety validation requirements.

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