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Groundprobe Environmental Equipment & Supplies
5 equipment items found
Manufactured by:GroundProbe based inWindsor, AUSTRALIA
The GMS-Prism (Geotech Monitoring Station) is a long-term, background and predictive monitoring tool designed to track areas of geotechnical movement that are difficult to monitor using Slope Stability Radars (SSR). The GMS achieves this through the use of LiDAR to ensure highly accurate tracking and monitoring of physical prisms installed across areas of interest. It specialises in monitoring ...
Manufactured by:GroundProbe based inWindsor, AUSTRALIA
The RGR-Velox (Reactive Geohazard Radar) is a high-precision reactive monitoring and alarm system for tailings dam breaches. The RGR-Velox is the highest precision, fastest scanning and longest range doppler radar in the market, providing unrivalled confidence to alarm and alert when a tailings dam failure occurs. For a comprehensive approach to risk-based monitoring, the RGR- Velox can be ...
Manufactured by:GroundProbe based inWindsor, AUSTRALIA
The SSR-Agilis is a standalone vehicle monitoring system designed to protect personnel and valuable equipment in active working areas of a mine site. A complete safety-critical solution that transmits visual and audible warnings to operational crews in real time, the SSR-Agilis ensures continued operations without interruption or ...
Manufactured by:GroundProbe based inWindsor, AUSTRALIA
With a quick and all-encompassing scan, the SSR-Omni is designed to detect hotspots of movement across broad tailings dams. It is a rotational 2D Real Aperture Radar (RAR) capable of monitoring mine sites with 360° scan coverage as well as the highest precision and resolution. The SSR-Omni is a full-coverage, high-resolution monitoring solution that delivers beautiful data. Delivering unique ...
Manufactured by:GroundProbe based inWindsor, AUSTRALIA
The GMS-Dual (Geotech Monitoring Station) is a long-term, background and predictive monitoring tool designed to track areas of geotechnical movement that are difficult, dangerous, or even impossible to reach using prisms. The GMS achieves this through the use of LiDAR to ensure highly accurate tracking and monitoring of physical prisms and virtual points placed across areas of interest. It ...