IBIS-FM Interferometric Mine Slope Radar

• Highest spatial resolution: 0.5m x 4.4m resolution cell @1 km, resulting in the detection of smaller failure areas.

• Longest operating range: From 10 m up to 4000 m.

• Extremely broad coverage of pit walls: Can cover an area of around 5 km2 @ 2 km.

• Low acquisition time: Just a few minutes for a full resolution scan at long range (2.5 minutes @2 km).

• Long term monitoring: Through either permanent installations away from blasting restricted areas or by precise re-positioning of the system.

• Fully self-powered operation: Using a combination of solar panels and batteries, only switching to a diesel generator as a back-up.

• High in-service availability: A limited number of moving parts and low maintenance requirements help to keep down-time to a minimum.

• Fully remote operation: Provided by a wire-less radio link.

• Advanced atmospheric estimation.

• Fully tested in harsh mining environments.

Guardian Software










IBIS-FM is supplied along with the Guardian software suite which is specifically designed for critical and background monitoring. Guardian provides automatic real-time processing of radar data, visualization of displacement maps with multiple analysis options (extraction of time series for displacements, velocity, inverse of velocity) and the possibility to create multiple hazard-maps with user-defined alarm criteria for active monitoring.

IBIS Guardian makes use of state-of the art automatic atmospheric correction algorithms to provide accurate and reliable displacement maps which are fully geo-referenced on a digital terrain model.

The capability to handle long-term projects with large datasets makes Guardian also suitable for the long-term tracking of movements which is potentially useful for regulators, the back analysis of slope failure and more comprehensive geotechnical / geological analysis.

• User friendly intuitive interface
• Real-time automatic processing
• Automatic advanced atmospheric corrections
• Alarm generation with user-defined levels and multiple alarm criteria
• Long datasets for geotechnical back analysis
• Fully geo-referenced outputs 3D interactive data handling
• User defined zones for alarm generation
• Import of multiple digital layers for displaying geological information
• Exportability of outputs to mine planning software