GROUND PENETRATING RADARS
GeoScope MkIV Step frequency GPR technology enables users to achieve the best possible resolution at each investigation depth. Penetration and high resolution are achieved using one ultra-wideband antenna array. No need to deploy different antennas to adapt to different depths.
Stream UP GPR Stream UP is an innovative GPR system able to operate in an urban environment without slowing down the traffic (up to 150km/h, with a suggested acquisition speed of 60km/h). The system can be carried even on the same vehicle used for the acquisition thanks to its compactness that increases its transportability.
Raptor 3D GPR Array The Raptor system by ImpulseRadar is a state-ofthe-art 450MHz or 800MHz 3D GPR array solution. Raptor 3D GPR arrays are based on real-time sampling (RTS) technology and the unique antenna design is a milestone in the evolution of GPR.
SPG-1700 The SPG-1700 is the first complete GPR system mounted on a drone. This ground breaking technology is available thanks to Geoscanners light and compact antennas together with a careful and meticulously planned system architecture.
RIS Hi-Pave As a ground penetrating radar solution designed for high speed road assessment surveys, RIS Hi-Pave is able to operate with several antennas at the same time. The system provides a complete assessment of road conditions, such as pavement thickness measurement, surface, base and sub-base road course assessment, detection of cavities, voids and delamination, location of cracks, detection of wet areas and airport runway condition assessments.
CrossOver CO4080 The CO4080 is the first in a series of CrossOver antennas that will enable quicker surveys with improved performance. It incorporates two channels with ultra-wide band frequencies centred around 400MHz and 800MHz, making it ideally suited for a range of common GPR applications. The extra-large bandwidth offers an exceptional dynamic range for maximum signal penetration, data clarity and quality.
30
30_productengroundpenetratingradars.indd 30
06-09-21 14:12
