Our team develops and manufactures products based on ground-penetrating radar (GPR) technology. Since 2001, Kontur has led the field in 3-dimensional subsurface insights. We provide innovative solutions to push boundaries continually.

The goal of this article is to clearly define 3D GPR and its uses, and to do a fair, side-by-side comparison of 3D GPR and properly conducted GPR imaging translated into a 3D data set to accurately visualize the interior features of a concrete …

Our system is designed for high-resolution and 3-dimensional subsurface mapping thanks to the use of our antenna arrays together with Examiner ™. The system uses a patented and unique step-frequency radar technology, which is a vital part of evolving the rest of the GPR industry.

Aug 1, 2021 · Ground-penetrating radar (GPR) is an established geophysical technique used extensively for the accurate reconstruction of the shallow (<10 m) subsurface. Reconstructions have largely been completed and presented as 2D vertical and horizontal planes, leaving limited visualization of subsurface 3D shapes and their spatial relationships.

Viewing your GPR scans in 3D allows you to see them more clearly. With our 3D imaging software, you get the power to: Generate multi-scan slice overlays; Rotate and zoom data slices for analysis; Generate depth slices and peak maps; Drop paths onto map with GPS integration (optional) Versatile migration and real-time processing

Apr 1, 2020 · We present a numerical approach to examine 3D wave-propagation effects in modeled GPR data. Using the results of this examination study, we conduct a spatial model decomposition to enable a computationally efficient 3D simulation of a typical GPR reflection data set across the entire model surface.

Jun 26, 2023 · Aiming at solving the challenges of automatic recognition for underground pipelines, we propose a recognition method based on a deep learning algorithm, which uses 3-dimensional GPR images and the improved 3D depth-wise separable convolution block.

MALÅ 3D Imaging Radar Array (MIRA) is a high-speed, one-pass 3D GPR system and the most effective solution for large-area GPR mapping. MIRA Compact includes our world-renowned MALÅ HDR (High Dynamic Range) real-time sampling technology providing ultra-fast measurements and razor sharp data.

Specific expertise in Ground Penetrating Radar survey and advanced 3D data post-processing. Full consultancy services including GPR survey planning, data collection, data post-processing and reporting.