Archive for News
3d-Radar TOOLBOX Software Suite for GPR analysis
April 28, 2009. Trondheim (Norway).
3-Radar releases the beta version of TOOLBOX, a new product for GPR data analysis and interpretation, to selected customers. 3d-Radar TOOLBOX is an innovative software suite designed from the ground up for use with the GeoScope Step Frequency Ground Penetrating Radar (GPR) system.
3d-Radar TOOLBOX is optimized to handle large data sets [...]
3d-Radar boosts the bandwidth of the GeoScope and the antenna array!
Cutting edge in GPR industry:
Multi-Channel Step-Frequency GPR ranges to 3GHz!
3d-Radar reinforces its position in the GPR industry as the leader in step-frequency radar and multi-channel antenna array technology by increasing the frequency range of its state of the art Ground Penetrating Radar (GPR) systems.
The GeoScope-GS3F is the latest generation of data capture and processing systems for Ground [...]
3d-Radar becomes a part of Curtiss-Wright Controls
Curtiss-Wright acquired VMETRO and it subsidiaries including 3d-Radar on 15th October 2008. 3d-Radar will be integrated within the division of Curtiss-Wright Controls Embedded Computing with headquarters in Leesburg, VA, USA.
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2008 Interoute & Ville conference 23 - 25 September
September 2nd, 2008 3d-Radar will exhibit at the 2008 Interoute & Ville conference 23 - 25 September 2008 in Rennes, France.
EAGE Near Surface Geophysics Conference 2008
3d Radar will exhibit at the EAGE Near Surface Geophysics Conference 2008 in Krakow, Poland 15th to 17th September 2008.
Spray Sealing Conference July 27-29 2008
3d Radar will exhibit at 1st Spray Sealing Conference July 27-29 2008, Adelaide Convention Center, Adelaide, South Australia, Read more in the detailed program.
English Heritage adopts 3D GPR subsurface imaging technology from 3d-Radar
English Heritage awarded an open tender for a Multi-frequency Multi-channel Ground Penetrating Radar (GPR) System to 3d Radar in March 2008. This system includes the GeoScope GPR system that generates high-resolution 3-dimensional images of buried objects and natural interface layers down to 2-3 meters depth. The system was delivered in Q1, 2008.
“This is groundbreaking news [...]
