With a maximum scan speed of 40° per second, the MSR Modular covers broad areas in only a few minutes. The advanced parallel computing architecture processes data while actively scanning.

Lossless data compression algorithms combined with high speed wireless communication hardware provides instant remote access. This means that slope movement information and alarms are immediately available.

Anywhere . In real time .

Unique to Real Aperture Radar technology, the MSR Modular produces its own a high resolution true 3-Dimensional point cloud. Each point is individually resolved in range, azimuth and elevation to the highest degree of accuracy.

The result is smaller failure mechanism tracking, without relying on Digital Terrain Models or camera images.

The MSR generates millions of 3-Dimensional surveyed data points. Each point is individually georeferenced and contains spatial and movement data which can be exported as a Digital Terrain Model or as a Comma Separated Value file.

That makes MSR data compatible with any third party mine planning and design software packages.

The MSR seamlessly interfaces with data from a variety of Automatic Total Station systems and extensometers. Real time radar data is displayed along with colour coded vectors that are scaled accordingly providing an integrated monitoring solution.

• Leica GeoMos
• Trimble 4D
• QuickSlope
• SlideMinder

Designed and built by a company with its roots in the military defense industry, the MSR Series is engineered to reliably operate in the harshest of field conditions. The system can operate in high wind conditions, heavy rainfall events as well as in temperature extremes.

With next generation atmospheric correction algorithms the need for Known Stable regions are eliminated. This means reliable radar data. Available when it’s needed most.

• Standard temperature: -30°C to +55°C
• Rain: up to 60mm/h
• Low temperature kit: -50°C to +55°C
• Relative humidity: 0% to 95%
• Wind: up to 110 km/h

The MSR, with optimized onboard signal processing and high speed wireless communication capabilities, delivers geotechnical data and alarming functionality in real time.

This translates to a comprehensive understanding of slope stability performance in an environment where dynamic decision making ensures improved safety and increased productivity.

Because the initial pit design contains a variety of unknowns, the back analysis of past failures becomes imperative. With the MSR’s advanced data handling and storage capabilities, 3-Dimensional georeferenced movement and surveying data can be exported to a variety of third party mine planning software packages.

This means that the slope design can be constantly optimised as new knowledge of the underlying mechanics at play is unearthed.