Shock Vibration Data Loggers for Impact and Vibration Monitoring

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Monitoring shock and vibration is critical to protecting product quality, validating designs and proving condition during transit. Pacific Sensor Technologies supplies a complete range of shock data loggers, vibration data loggers and tri-axial accelerometer (acceleration) data loggers — from single-use, real-time impact recorders with GPS to high-resolution 3-axis loggers for R&D and laboratory testing.

Whether you need to document drops and jolts across a supply chain, monitor machinery vibration for predictive maintenance, or capture acceleration data in aerospace and defence programs, our range covers every g-range and use case. Browse trusted brands including MadgeTech, SpotSee and TransparentPath, compare models below, and talk to our Australian team for help selecting the right impact recorder or vibration logger for your application.

Monitoring shock and vibration is critical to protecting product quality, validating designs and...

Accelerometer data loggers

Our accelerometer data loggers use built-in tri-axial (3-axis) accelerometers to record acceleration, shock and vibration on all three axes. Models like the MadgeTech UltraShock and Shock300 deliver high-resolution shock accelerometer data for R&D, drop testing and machinery analysis, while the compact Tive Solo 5G and ProofTracker pair a 3-axis accelerometer data logger with GPS for transit monitoring.

Vibration data loggers

A vibration data logger (or vibration logger) continuously records oscillation and vibration over time — ideal for machinery condition monitoring, predictive maintenance and transport testing. Our tri-axial vibration data loggers capture frequency and amplitude across the X, Y and Z axes, so you can identify imbalance, wear or resonance before it causes failure, and combine vibration with temperature and humidity where required.

Shock data loggers & rugged impact recorders

From a compact shock data logger for transit claims to a rugged impact recorder rated to ±100G, we cover every shock-monitoring need. The reusable ShockLog 248 and 298 impact recorders and the affordable g-View are built for harsh, rugged environments such as rail, mining and heavy machinery, logging every impact event with time, date and magnitude. A shock datalogger turns “we think it was dropped” into documented proof.

How to choose a shock & vibration data logger

Choosing the right logger comes down to five questions:

  1. What g-range do you need? Transit and packaging monitoring typically needs ±15g to ±25g, while drop testing, rail and heavy machinery can require ±100g or more. Pick a range that comfortably exceeds your expected peak so events aren’t clipped.
  2. Single-use or reusable? Single-use loggers (e.g. Solo 5G) are ideal for one-way shipments and claims evidence; reusable tri-axial loggers (UltraShock, Shock300, ShockLog) suit ongoing testing and returnable assets.
  3. Real-time or record-and-download? Real-time GPS loggers stream location and condition during transit; record-and-download loggers store high-resolution waveforms you retrieve afterward.
  4. Do you need environmental data too? Many models also log temperature, humidity, pressure and light — useful for cold-chain, pharma and electronics shipments.
  5. How many axes and what sample rate? Tri-axial (3-axis) loggers capture shock direction and vibration frequency; higher sample rates resolve sharper impacts.

Compare shock & vibration data loggers

Specifications are indicative — confirm exact g-ranges and options on each product page.
Product Type Axes Single-use / reusable Real-time + GPS Logs temp / RH Best for
Tive Solo 5G Impact + environmental 3-axis Single-use Yes Temp, humidity, light One-way shipments, claims evidence
ProofTracker Real-time GPS logger 3-axis Reusable Yes Optional Live supply-chain tracking
MadgeTech Shock300 Tri-axial shock logger 3-axis Reusable No Optional Compact field & transit testing
MadgeTech UltraShock Tri-axial shock logger 3-axis Reusable No Temp, humidity, pressure R&D & lab impact testing
g-View Impact recorder Multi-axis Reusable No No Low-cost transit impact alerts
ShockLog 248 Rugged impact recorder (±10G / ±30G / ±100G) 3-axis Reusable No Optional Rail, mining, heavy machinery
ShockLog 298 Rugged impact recorder (multi-event, up to 870 events) 3-axis Reusable No Temp, humidity, tilt Detailed multi-event monitoring

Frequently Asked Questions

What is a shock and vibration data logger?

A shock and vibration data logger is a self-contained instrument that automatically records impacts, jolts and vibration over time, usually using a built-in tri-axial accelerometer. It captures the magnitude (in g), direction and timing of events so you can prove how a product, shipment or machine was handled.

What’s the difference between a shock logger and a vibration logger?

A shock logger is optimised to capture short, high-amplitude impacts (drops, knocks), while a vibration logger records continuous, repetitive motion such as machinery or transport vibration. Many tri-axial accelerometer loggers do both, letting you monitor peak shocks and ongoing vibration from one  device.

What g-range do I need?

Match the range to your application: transit and packaging monitoring usually needs ±15g to ±25g, while drop testing, rail and heavy machinery can need ±100g or more. Choose a range that exceeds your expected peak so events aren’t clipped.

Single-use or reusable — which should I choose?

Single-use loggers are cost-effective for one-way shipments and dispute evidence. Reusable tri-axial loggers suit ongoing testing, returnable assets and R&D, where you download high-resolution data and redeploy the unit.

Can a shock data logger also record temperature and humidity?

Yes. Several models — including the Solo 5G and MadgeTech UltraShock — log temperature, humidity and pressure alongside shock and vibration, which is valuable for cold-chain, pharmaceutical and electronics shipments.

Which logger is best for transport and transit monitoring?

For live, one-way shipments a real-time GPS logger such as the Solo 5G or ProofTracker is ideal. For reusable transit and field testing, a tri-axial logger like the Shock300 or a ShockLog impact recorder gives detailed waveform data on every event.