SHOTTRACK: Mining and Construction Vibration Analysis Equipment

ShotTrack, an Australian-based company, is committed to the design, development, and manufacturing of cutting-edge vibration analysis, Velocity of Detonation and electronic blast monitoring equipment tailored for the mining and construction sectors. Our newest series of advanced vibration monitors not only offer a cost-effective solution but are also time-synchronized, ensuring robust performance in the most challenging conditions encountered in your blast design operations.

Explore our state-of-the-art electronic monitoring equipment, featuring Velocity of Detonation Monitors (VoD) and Vibration Monitors, to elevate the precision and efficiency of your mining and construction processes.

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SHOTTRACK Products

Why Choose SHOTTRACK

Precision Data Accuracy

Capture accurate vibration and VoD data for safer, more efficient blasting.

Built for Harsh Environments

Designed and tested to withstand the extremes of mining and construction sites.

Globally Trusted

Trusted by major mining operators across Australia, Canada, Africa, Europe, and the USA.

Advanced Technology

Innovative monitoring solutions built to exceed industry standards.

Vibration Monitoring for Mining and Construction Sites

ShotTrack equipment is built to withstand the harsh conditions of any mining industry operation or construction site, delivering precise vibration monitoring for every blast. Our monitors are trusted to perform in remote, high-impact environments where reliability matters most.

Measure Vibration Levels and Analyse Blast Events

Tracking vibration levels is essential for maintaining safety and compliance. ShotTrack systems accurately record and time-stamp vibration events, giving engineers a clear picture of site activity, including the effects of blast induced ground vibrations on nearby structures.

Smarter Tools for Vibration Data Analysis

Our monitoring systems and software are built for accurate vibration data analysis and actionable data interpretation. This supports better decision-making across mining operations – improving blast performance, reducing rework, and ensuring long-term site control.