
ViB Nano
Compact tri-axial sensors mount fast on structures and boundaries for continuous vibration limits.
View ViB NanoCapture the full response. Not just the peak.
Demolition, tunnelling, piling, excavation and blasting near bridges, rail corridors and heritage structures are usually governed by assumed limits, not measured behaviour.
ShotTrack monitors capture full-waveform vibration and overpressure, measuring acceleration, the metric structures actually respond to, and converting to velocity for PPV compliance.
When a stakeholder claims damage, ShockAI already holds the continuous, defensible record that answers the question before it becomes a dispute. Protect structures, neighbours and your programme.
Demolition, tunnelling, piling and excavation near sensitive structures demand defensible evidence. ShotTrack monitors capture continuous, compliant records, and ShockAI turns them into reports you can hand to regulators, neighbours and insurers.
Monitor construction-induced vibration against the limits set for bridges, buildings and heritage assets, with records detailed enough to show how each structure responded, not merely whether a threshold was crossed.
Answer community concerns and consent conditions with transparent, timestamped evidence, presented in reports that regulators, asset owners and insurers can act on without translation.
Self-contained units deploy in minutes and move as the work does. As piling, excavation and blast fronts advance across the project, monitoring keeps pace without re-engineering the setup.
Bridges, rail corridors, dams and heritage structures need eyes on them long after the contractors leave. Long-term unattended deployment tracks structural response over months or years, establishing baselines, flagging changes and alerting you before small movements become big problems. Wide frequency response and full waveform acceleration capture give you more than a single peak reading.
Civil projects run for months, not single events. Continuous monitoring without daily site visits.
Configurable warning levels notify the site as vibration approaches the limit, not after it is breached.
Monitoring before works begin establishes ambient vibration levels, strengthening the defence if claims arrive later.
The ViB-ProX reads true static acceleration through to 1 kHz, and the ViB-Max carries the band from 2 Hz to 15 kHz. Between them, the range spans everything from the slow fundamental modes of a bridge to the sharp, high-frequency energy of near-field work.
Compliance limits are written in velocity, but the force a structure experiences is mass times acceleration. ShotTrack instruments measure acceleration natively and integrate to velocity, so the engineering metric and the compliance number come from the same clean measurement.
Because the ViB-ProX's response extends to true DC, it reads the direction of gravity itself. Each unit logs its own inclination over time alongside the vibration record, an orientation history for whatever it's mounted to.

Compact tri-axial sensors mount fast on structures and boundaries for continuous vibration limits.
View ViB Nano
Dual-range monitoring for piling, compaction and demolition close to sensitive assets.
View ViB Pro X
Add sound and air-overpressure capture where noise and pressure limits apply.
View ViB SaS
Stream PPV in near real-time and collect from every monitoring point without manual handling.
View ShotTrack RaCAdd the whole kit to your quote cart — adjust quantities there, then request a single quote and our team will confirm pricing, quantities and lead time for your site.
ShockAI centralises every reading and produces the reports civil projects need to satisfy engineers, regulators and neighbours.
Request a quote for a civil monitoring bundle, or talk to our team about the right setup for your site conditions.