ES
Georadar Ground Penetrating Radar (GPR)
Georadar CrossOver
Series of general purpose GPR equipments, in three different housings.
< View GPR CrossOver Series
Georadar PL600
Compact, portable and multi-purpose for shallow investigations.
< View GPR PL600 Series
Ground Penetrating Radar (GPR)
GPR ground radars
Series of general purpose GPR systems, in three different housings.
CrossOver Series Ground-penetrating Radars
CrossOver is a series of general purpose GPR systems, in three different housings and with 6 separate frequencies in the range of 70 to 800 MHz. It is designed for the geo-professional community. It can be pulled or pushed on dedicated carts, by hand or by vehicles, at any speed.
Each system comes as a true dual frequency antenna with built-in control electronics and GPS modules. The systems are controlled via Android pads over a wireless link. It is based on real-time technology that provides excellent depth penetration and bandwidth. Low power consumption provides 7 hours of operation on a single battery.
High-speed 3D ground-penetrating radar array.
Raptor Series Ground-penetrating Radars
Raptor is a next-generation high-speed 3D-GPR array that enables very fast collection of 3D GPR data, at speeds in excess of 130 km/h (80 miles/hour), at 5 cm point intervals. Raptor is capable of measuring speeds that eliminate the need for traffic control and security vehicles. Conventional systems typically operate at no more than 30 km/h, with similar configurations.
Raptor is arguably the best 3D GPR array available today.
Detection, Location and Mapping of Buried Utilities
PinPointR Georadar
The PinPointR has been developed to maximize productivity in the field using ImpulseRadar’s innovative Real-Time Sampling (RTS) dual-channel antenna technology, providing incredible bandwidth, speed and resolution, all controlled through an intuitive Android-based user interface.
ImpulseRadar PinPointR offers a clear and reliable way to locate, avoid or map underground utilities quickly and easily with the functionality required to meet approved industry standards.
Detect, avoid and map underground utilities.
GPR Applications
Utility Locating
Ground Penetrating Radar has become a trusted technology for detecting and mapping underground utilities and offers several advantages over other locating techniques. The most important is the ability to detect metallic and non-metallic utilities, in addition to a number of other underground features or objects. Consequently, some jurisdictions specify the use of GPR as the primary method for utility detection.
Geological research
GPR can see into the soil structure to provide precise information about the depth of subsurface features, objects, as well as interfaces between contrasting geological layers. This capability enables mapping of layer boundaries to determine their thickness and detect anomalies associated with subsidence or erosion, which could indicate the formation of problematic sinkholes or cavities, as well as landslide risk zones.
Road/bridge inspection
Road pavement layer thickness data combined with deflection data allow for estimating load-bearing capacity, predicting structural behaviour and developing road surface conservation and rehabilitation strategies. The usual slow, one-off coring technique always leads to road surface breakage, traffic disruption and significant costs. Ground-penetrating radar equipment helps to solve these problems.
Tree Root Mapping
Non-destructive techniques for examining and analyzing roots have become increasingly popular in recent years, due to their ability to provide information about the structure of tree roots without causing damage to the tree. The use of these techniques allows for undisturbed growth and continuous observation of tree roots, allowing for long-term monitoring of their systems. GPR technology is applied in root identification and mapping.
Forensic and Military
Ground Penetrating Radar (GPR) presents law enforcement and military operatives with a way to conduct detailed subsurface investigations of sites of high interest. Man-made objects, both metallic and non-metallic, contrast very well with natural geological materials, and GPR is clearly sensitive to these differences. GPR's ability to see such disparities, as well as other anomalies within the natural subsurface environment, is a great way to make sure that the surface of the ground is clear.
Ice and Snow Survey
Ground Penetrating Radar (GPR) works exceptionally well in ice and snow, as the properties of these materials allow for deep penetration of the GPR signal. Consequently, GPR is a useful tool for measuring ice and snow depth, the thickness and structure of the layer, and for finding objects buried within. GPR can be used to investigate the depth of the cover, determine thickness and volume, as well as observe changes in the internal structure.
Mining
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 matching GPR's ease of deployment, nor the amount of ground an operator can cover in a typical day. Workers can collect high-resolution data quickly and efficiently, often facilitating immediate decision making on-site.
Archaeology
GPR offers a convenient, reliable, and non-destructive way to investigate the subsurface, streamlining traditional excavation work for archaeologists. Surveying greenfield sites and new ground can indicate areas of interest before construction begins and prevent damage to more modern buried assets such as utility networks. Ultimately, GPR enables more effective project planning to save time, effort, and money.
GPR Software
ViewPoint App
CrossPoint Features
Garra-2 Features
VerR Features
Condor Features
Request a quote for your GPR Georadar equipment Request a quote