What is GPR – Ground Penetrating Radar?
GPR is a high-tech device that can see through the ground, concrete, rock, wood, ice, and even water. Compared to other technologies, georadar is affordable and provides quick and accurate results. GPR survey is fully NDT (Non-destructive Testing), cost efficient way to identify sub-surface objects and features.
What is GPR – Ground Penetrating Radar?
GPR is a high-tech device that can see through the ground, concrete, rock, wood, ice, and even water. Compared to other technologies, georadar is affordable and provides quick and accurate results. GPR survey is fully NDT (Non-destructive Testing), cost efficient way to identify sub-surface objects and features.
We perform GPR surveys
For mapping underground utility networks
For mapping drainage systems
For identifying archaeological sites
For determining soil layers
And much more
What can GPR be used for?
GPR surveys do not break the surface or damage the objects being investigated. This is very important for both communication networks and archaeological research. In addition, GPR can determine the thickness and structure of soil layers and find anomalies caused by pollution, for example. GPR surveys can be carried out anywhere where the survey area can be scanned with GPR.
Areas of application for GPR (ground-penetrating radar)
- Identification and mapping of underground utility networks
- Concrete element research
- Bridge and tunnel structure research
- Road research
- Bathymetric surveys
- Groundwater surveys
- Karst surveys and karst mapping
- Stratigraphic surveys
- Water level surveys
- Identification and mapping of historical buildings and infrastructure
- Identification and mapping of burial sites
- Searching for and mapping artifacts
- Research, assessment, and virtual reconstruction of historical settlements
- Hazardous waste and soil contamination studies
- Waste station studies
- Underground tank and drum studies
- Detection of explosives and weapon caches
- Detection of secret burial sites
- Detection of bunkers and tunnels
- Detection and mapping of unexploded ordnance (UXO)
Areas of application for GPR (ground-penetrating radar)
CIVIL ENGINEERING
- Identification and mapping of underground utility networks
- Concrete element research
- Bridge and tunnel structure research
- Road research
GEOLOGY
- Bathymetric surveys
- Groundwater surveys
- Karst surveys and karst mapping
- Stratigraphic surveys
- Water level surveys
ARCHAEOLOGY
- Identification and mapping of historical buildings and infrastructure
- Identification and mapping of burial sites
- Searching for and mapping artifacts
- Research, assessment, and virtual reconstruction of historical settlements
ENVIRONMENTAL RESEARCH
- Hazardous waste and soil contamination studies
- Waste station studies
- Underground tank and drum studies
MILITARY
- Detection of explosives and weapon caches
- Detection of secret burial sites
- Detection of bunkers and tunnels
- Detection and mapping of unexploded ordnance (UXO)
How to order a GPR survey?
There are many different areas and situations where GPR may be needed and where this technology can be of great benefit. How can you determine whether GPR is the right device for you to achieve your goals? How can you send us an inquiry so that we can respond quickly...
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In 2020, NASA's Mars rover Perseverance landed on the surface of Mars. The rover is searching Mars for signs of microbes that may have once lived there. The goal is to find out whether Mars could have once been habitable for living organisms and whether the components...