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HV Transient Recorders

CRASH Testing DAS

High-Speed, Rugged & Reliable – Powered by SLICE PRO

We deliver advanced Crash Testing Data Acquisition Systems (DAS) engineered for high-impact, high-speed measurement environments.

Built on the powerful SLICE PRO platform, this solution is designed to capture critical crash event data with precision, reliability, and speed—making it ideal for automotive safety testing, aerospace impact studies, and structural validation.

Engineered for Crash & Impact Testing

Crash testing demands extreme accuracy under extreme conditions. Our DAS solution is purpose-built to handle:

  • High-G shock environments
  • Ultra-fast transient events
  • Multi-channel synchronized data capture
  • Integration with crash test dummies and structural test setups

With standalone operation and onboard data storage, the system ensures zero data loss, even in the most severe test scenarios.

High-Speed Data Acquisition Performance
  • Sampling rates from 100 sps up to 1M sps per channel
  • Data bandwidth up to 200 kHz
  • High-fidelity signal capture for transient and impact events
  • 24-bit resolution for precise measurement accuracy

The system enables engineers to capture milliseconds of critical crash data with unmatched clarity and reliability.

Rugged & Standalone Design
  • Compact module: 52 x 90 x 80 mm
  • Designed for extreme test environments
  • Shock resistant up to 100 g
  • Standalone operation – no tethered PC required
  • Direct data recording to 16 GB non-volatile flash memory

Its rugged construction ensures consistent performance in high-impact crash scenarios, while standalone capability guarantees uninterrupted data acquisition.

Scalable & Modular Architecture
  • 9 or 18 channels per module (SIM)
  • Expandable to hundreds of channels via daisy-chaining
  • Modular configuration for customized test setups

This flexibility makes it suitable for everything from component-level testing to full-vehicle crash analysis.

Advanced Testing Capabilities
  • Integrated signal conditioning, excitation, and adjustable filtering
  • Support for a wide range of sensors:
    • Accelerometers (IEPE)
    • Strain gauges & bridge sensors
    • Load cells, MEMS, voltage, temperature
  • Dedicated modules for:
    • Airbag squib firing
    • Trigger distribution & synchronization
    • Digital input/output control
Compliance & Standards

Designed to meet global testing requirements:

  • SAE J211
  • ISO 6487
  • NHTSA
  • FAA
Ensuring accurate, standardized, and compliant crash data acquisition.

Intelligent Software Ecosystem

  • SLICEWare & DataPRO for setup, control, and visualization
  • Advanced test configuration and diagnostics tools
  • API support for automation and custom integration
  • Flexible data import/export for post-processing and reporting

SLICE PRO Data Acquisition System

High-Speed, Modular DAS with Advanced Control & Synchronization

We deliver the SLICE PRO Data Acquisition System (DAS)—a powerful, modular solution engineered for high-speed, high-impact, and mission-critical testing applications.

Designed for crash testing, aerospace validation, and advanced R&D, SLICE PRO combines ultra-fast data acquisition, rugged hardware, and intelligent control modules to deliver precise, synchronized, and reliable test data.

Complete System Overview

The SLICE PRO ecosystem includes:

Together, they form a fully integrated testing solution for capturing, controlling, and synchronizing complex test events.

SLICE PRO DAS Core

High-Speed Data Acquisition Engine

The SLICE PRO is a standalone, modular DAS designed for capturing high-speed transient events with exceptional accuracy.

Key Capabilities
  • Sampling rates from 100 sps to 1M sps per channel
  • Data bandwidth up to 200 kHz
  • 9 or 18 channels per module (SIM)
  • Expandable to hundreds of channels via daisy-chaining
  • Direct recording to 16 GB non-volatile flash memory
Measurement Versatility

Supports a wide range of sensors:

  • Accelerometers (IEPE)
  • Strain gauges & bridge sensors
  • Load cells, MEMS
  • Voltage and temperature sensors
Rugged & Standalone Design
  • Compact form factor: 52 x 90 x 80 mm
  • Shock resistant up to 100 g
  • Standalone operation (no external PC required)
Designed for extreme testing environments
SLICE PRO TOM

Timed Output Module for Event Control

The SLICE PRO TOM (Timed Output Module) provides precise control of critical test events, ensuring accurate timing in high-speed scenarios.

Key Features
  • 4 high-current programmable outputs
    • Ideal for pyrotechnic device activation (airbags, pretensioners)
  • 8 low-current programmable outputs
    • For triggering auxiliary systems and timed actions
  • Fully configurable for custom event sequencing
  • High reliability in crash and impact testing environments
Deployment Flexibility
  • Operates within SLICE PRO systems
  • Can also be used as a standalone control module
SLICE PRO TDM

Trigger Distribution for System Synchronization

The SLICE PRO TDM (Trigger Distribution Module) ensures precise synchronization across all test systems, enabling accurate correlation of data.

Key Features
  • 2 trigger inputs and 6 trigger outputs
  • Synchronizes:
    • Data acquisition systems
    • High-speed cameras
    • External instrumentation
  • Guarantees accurate timing alignment across all devices
Deployment Flexibility
  • Integrated within SLICE PRO setups
  • Can operate as a standalone synchronization unit
Integrated System Advantages

When combined, SLICE PRO, TOM, and TDM deliver:

  • High-speed data capture with precise timing control
  • Synchronized multi-system testing
  • Reliable operation in extreme environments
  • Scalable architecture for complex test setups
  • Improved test accuracy and repeatability
Applications
  • Automotive crash and safety testing
  • Airbag deployment and restraint system validation
  • Aerospace impact and structural testing
  • High-speed event and transient analysis
  • Multi-system synchronized testing environments
Software & Integration
  • SLICEWare & DataPRO for setup, control, and visualization
  • Advanced diagnostics and test configuration tools
  • API support for automation and custom workflows
  • Seamless data export for reporting and analysis
Compliance & Standards
  • SAE J211
  • ISO 6487
  • NHTSA
  • FAA
Ensuring globally compliant and reliable data acquisition.

SLICE PRO DIM – Digital Input Module

The SLICE PRO DIM enables accurate recording of digital events during high-speed tests.

  • Supports up to 18 digital input channels
  • Compatible with CCNO, CCNC, logic-level, and voltage signals
  • Ideal for capturing trigger events, switches, and system states
  • Can operate within a SLICE PRO system or as a standalone unit
  • Built with a rugged, crashworthy design for harsh environments

SLICE PRO Ethernet Controller (ECM)

The Ethernet Controller acts as the central communication and control interface for the SLICE PRO system.

  • Supports start, stop, status, and event control signals
  • Enables 10/100 Ethernet communication
  • Capable of managing systems with up to 72 channels
  • Ensures seamless integration with external systems and networks
  • Designed for reliable operation in dynamic testing conditions

SLICE PRO SIM – Sensor Input Module

The SLICE PRO SIM is the core sensor interface module, enabling high-accuracy data acquisition from multiple sensor types.

  • Available in 9 or 18 channel configurations
  • Supports a wide range of sensors:
    • Accelerometers (IEPE)
    • Strain gauges (120Ω / 350Ω bridge)
    • Load cells, MEMS, voltage & temperature sensors
  • Options for high and maximum bandwidth applications
  • Available with LEMO or Tajimi connectors
  • Fully modular and scalable, suitable for both small and large test setups

Integrated Advantage

With the addition of DIM, Ethernet Controller, and SIM modules, the SLICE PRO ecosystem delivers:
✔ Complete data acquisition, control, and synchronization in one platform
✔ Enhanced test flexibility with modular expansion
✔ Reliable performance in high-impact, high-speed environments
✔ Seamless sensor integration and real-time communication