HIGH-FIDELITY
PYROSHOCK
TESTING

Capture the event.
Understand the response

A high-speed testing solution for Defence and high-reliability equipment exposed to Pyroshock and mechanical shock events.

WHAT IS PYROSHOCK?

A short event
A serious load

Pyroshock is a short, intense vibration that travels
through equipment after an impact, blast,
ordnance initiation or pyrotechnic activation.

The event may last only miliseconds, but it can place significant stress on electronics, sensors, connectors and structural components. Equipment can show no obvious external damage, while the measurement data tels a different story

WHY CONVENTIONAL DAQ STRUGGLE?

The data can be lost at the moment it matters

01
SPEED
The event happens quickly and can contain high-frequency energy.
02
BANDWIDTH
A system without sufficient frequency response can miss part of the event.
03
MEMORY
Without deep onboard memory, critical pre-trigger data may be gone before the system reacts.

ONE SYSTEM, CONNECTED WORKFLOW

From the sensor to the answer

Developed by Mecalc and Computer Methods, and supplied in Australia by HW Technologies, the system combines high-speed hardware with connected acquisition and analysis software.

STAGE 01 / CAPTURE
ALI25 data acquisition
High-speed transient capture with 24-bit resolution, up to 5 MSa/s and integrated signal conditioning.
STAGE 02 / VALIDATE
PhoenixKonnect
Control the test, validate channels, capture the event and keep the data connected in one environment.
STAGE 03 / ANALYSE
Kornucopia analysis
Post-process noisy physical test data and support detailed shock analysis after the event.

INDUSTRIES & APPLICATIONS

Built for sudden,
high-force events

Defence testing for equipment assessed after impact, blast, firing initiation or other shock events, alongside high-reliability industries

Defence system

Electronics, sensors and vehicles systems exposed to ordnance initiation, blast effects and pyrotechnicevents.

Aerospace

Components assessed during separation, deployment and qualification testing.

Transport & vehicle

Vehicle systems and components subject to impact and mechanical shock.

Test & research

High-speed impact, Hopkinson bar, structural and materials testing.

Energy & industrial equipment

Critical control systems, monitoring equipment and components assessed for shock resilience.

Medical technology

High-reliability devices and instruments requiring evidence of response to mechanical shock.

TECHNICAL OVERVIEW

The specification
behind the signal

5 MSa/s
SAMPLING RATE PER CHANNEL
24-bit
RESOLUTION
1 MHz
FLAT RESPONSE AT 5 MSA/S *
ALI25 MODULE
2 to over 1000 channels
TRIGGERING
Advanced event triggering
SYNCHRONISATION
Multi-system synchronisation
*1 MHz ±0.1 dB at 5 MSa/s. Specifications depend on system configuration.

The ALI25 was developed for broadband, high-frequency, high-amplitude shock events and other dynamic test applications. The modular platform combines integrated signal conditioning, deep onboard memory and synchronised acquisition for timecritical testing

Q&A

A practical
starting point

What is Pyroshock?

Pyroshock is a short, intense vibration created by pyrotechnic activation. It is often measured  alongside mechanical shock, impact, blast effects and ordnance initiation

Why is it hard to measure?

The event happens quickly and contains high-frequency energy. Conventional systems may not have the speed bandwidth or onboard memory needed to capture the full event.

Can the system support more than Pyroshock testing?

Yes. The system can support mechanical shock, impact, Hopkinson bar and other high-speed, trigger-based test applications.

The event only happens once. Make sure you capture it

Let’s discuss your next test

    How can we help?

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