Next generation ground-based radar for semi-permanent long range slope monitoring
IBIS-FM EVO slope monitoring radar has been designed to measure sub-millimeter displacements with the highest data quality and proven system reliability. For broad ranges of monitoring of known and unknown slope instabilities, the IBIS-FM EVO offers the perfect solution for semi-permanent safety critical radar monitoring.
Same as the rest of the MineMonitoring radar fleet, IBIS-FM EVO uses the Guardian slope monitoring software for processing, interpretation, and management of slope stability risks. It can be seamlessly integrated in Guardian FPM360 in order to have a single user interface for all IDS radars and benefit from IDS GeoRadar state-of-the art atmospheric correction.
IBIS-FM EVO, besides Standard version, is available in a Short and Long version for a wider range of applications and tailored benefits. IBIS-FM EVO Short with its compact design and increased transportability is ideal for short/medium range monitoring. IBIS-FM EVO Long with a 3.2m scan length, offers an improved spatial resolution and is ideal for long range monitoring.
IBIS-FM EVO is also available in a compact version: IBIS-FM EVO C. This solution offers an advanced transportability thanks to its compact power supply module (weight 30kg). IBIS-FM EVO C is designed for easy deployment and installation in limited space environments and is the ideal solution in structural and slope monitoring.
IBIS-FM EVO is part of the IBIS family which provides trusted safety critical radar monitoring systems able to measure sub-millimeter displacement with the highest data quality. Meet the other products of the family: IBIS-ArcSAR Lite / Performance; IBIS-FB; IBIS-FS; IBIS-FS Plus.
IBIS-FM EVO has enhanced the already durable and trusted design of its predecessor, the IBIS-FM, to further improve operational availability and power consumption (reduced by up to 25%), confirming its position as the most dependable, durable semi-permanent radar on the market: a true set-and-forget.
Radome cover (optional) is available to operate in challenging environments, It is designed for all IBIS-FM EVO versions allowing to reduce maintenance and increase product life.
With a maximum scan range of up to 5km, IBIS-FM EVO is designed to measure sub-millimeter displacements in real time with the highest data quality, able to measure multiple scales of displacements, from fast accelerations associated with the risk of collapse to early detection of very slow movements.
The design of the IBIS-FM EVO is optimized to minimize maintenance even in the harshest conditions. Remote trouble shooting is made easier with a dedicated, integrated live-streaming camera, which is particularly useful for installations where physical access to the system is difficult.
For challenging environments Radome cover (optional) is available. This product is designed for all IBIS-FM EVO versions allowing to reduce maintenance and increase product life.
Powerful and user-friendly, the Guardian software manages slope stability risks in both geo-hazard assessment and open pit mining operations. Guardian enables fast interpretation and therefore fast reaction time to vital real-time information delivered by the IBIS-FM EVO radar system.
Reliable data 24/7 with flexible alerts in real-time
Guardian offers alert messaging options and comprehensive geotechnical analysis tools. Monitoring specialists are immediately alerted in the event of slope displacement by means of various instant messaging options such as email, SMS or pop-up alerts.
Advanced data integration for even clearer understanding of slope stability
Automatically import different total station and GNSS datasets, for example from Leica GeoMoS©, to enable even clearer understanding of slope stability. Monitoring experts can com-pare prism and GNSS displacement trends, by mean of time series or Stereonet charts, with IBIS radar data to understand movement behavior that much faster.
Full Pit Monitoring 360 & True Vector
Guardian offers Full Pit Monitoring (FPM) capabilities, stitching together data sets from multiple IBIS radar systems onto a single radar map. The True Vector technology automatically resolve the spatial direction of displacement for hundreds of thousands of overlapping radar pixels monitored simultaneously by two or more radars.
Slope monitoring radar is a crucial tool for active monitoring of slopes in open pit mines and for safety-critical landslides, glaciers or dams monitoring. Alerts are provided in the event of progressive movements, which could potentially lead to slope failure. With early detection, accidents can be prevented. With long-term analysis, mine and civil engineering design can be optimized.