ImpulseRadar Sweden AB articles
We are pleased to share another exciting archaeology project that has resulted in the uncovering of a hidden Buried Roman Villa.
The Geosequence Ltd. team conducted a site survey over 7000 square meters with the CrossOver 1760 pulling kit system within just two days.
In a striking example of how contemporary geophysical technology can shed light on age-old enigmas, Geosequence Ltd has utilized ImpulseRadar’s CrossOver 1760 ground-penetrating radar (GPR) system to effectively locate the remnants of a medieval church in the vicinity of Kiskunlacháza, Hungary. This project, which is part of a larger multi-site historical research effort, demonstrates the success of utilizing non-inva
ImpulseRadar offers superior efficiencies that reduce the time spent on both data collection and processing when using multichannel ground-penetrating radar array systems.
The last five years have witnessed significant uptake in the use of multichannel ground-penetrating radar (MCGPR) array systems, particularly in the utility space.
A key driver for the increasing acceptance of such advanced systems is the desire to obtain more data with better quality and mo
Utilities are not the only conflict lurking underground.
Advances in array tech data collection and software processing are mainstreaming the platform for use by a diverse range of professionals such as geomatics/geospatial surveyors, engineers, and geoscientists as the technology provides a comprehensive “view” of the underground. In fact, coming soon is ASCE 38-21 which is the long-anticipated update to 38-02. The title for 38-21, Standard Guideline for Inv
We are pleased to announce a redesign to the internal mechanics of the Raptor vehicle-mount carrier. This change increases the flexibility of the Raptor 3D GPR array solution by enabling quicker reconfiguration between the Raptor pushcart and vehicle-mount carriers. While it has always been possible to make such changes due to Raptor’s modular design, the accompanying video shows how this new arrangement makes it that much easier and faster.
To celebrate the sunny spring and to finalize the snowy winter season we are pleased to share the “Snow measurements with GPR” case study. Sweco Norway invested in an ImpulseRadar CrossOver 4080 system, which is towed behind a snowmobile to enable efficient measurements over large areas.
Ground-penetrating radar (GPR) is a well-established technology that has earned its place as the go-to technology for many subsurface imaging applications. No other geophysical method comes close to GPR`s ease of deployment, nor the amount of ground that an operator can cover in a typical day. Workers can quickly and efficiently collect quality high-resolution data, which often facilitates immediate on-site decision making. GPR technology offers significant benefits to application areas such
As a non-intrusive method of surveying the sub-surface, ground-penetrating radar (GPR) technology has carved a unique place in the law enforcement arena by helping investigators find and retrieve delicate material without the need for digging. Over the years, GPR has also been used to locate clandestine graves of homicide victims, buried caches of incriminating evidence, and more. And unlike metal detectors, GPR can detect non-metallic items such as narcotics, weapons, and money buried underg
Our efforts are to continually seek effective methods for managing huge datasets, without loss of resolution/detail, which preserve depth/position awareness and accuracy and, finally, lend themselves for precise picking of targets and exports to cad-environments. Further, our clients ask for such functionality packaged in a user-friendly environment, without the need for massive parameter tweaking.
OspreyView, as we call it, meets all these conditions.
Having covered several useful visualization and interpretation tools in previous notes, we have not yet talked about ‘thick-slice’ processing. Therefore, in this note, we present a novel method for visualizing 3D-GPR data more effectively by applying ‘thick-slice’ processing. To the best of our knowledge, this method has not been commercially available until now. The original concept was presented to us by