Geoscanners Akula-9000B
Control Unit
Akula 9000B is Geoscanners’ longest available and most often sold GPR radar control unit. The great amount of features and large number of system configuration possibilities all contribute to Akula 9000B’s popularity.
Because Akula 9000B is compatible with Geoscanners’ antennas with center frequencies up to 1000MHz, depending on the configuration, it covers the needs of multiple survey industries. From geological to concrete surveys, the feature rich Akula 9000B will provide excellent results and successful surveys. Each user receives a system tailored for their particular needs thanks to the large number of antennas that can be used with Akula 9000B.

After owning the initial system, customers can easily access the rest of the configurations. If the survey needs change over time, the user can still use the same Akula 9000B control unit with additional antennas from the list of compatible antennas.
The GPR operators will enjoy an easy and intuitive software interface that provides them with full control over all the the parameters involved in making a fast and successful survey.
Area of Application
- Utility Location with wide antenna selection between 100-1000MHz.
- Concrete inspections with the GCB-700 and GCB-1000 antennas.
- Geological exploration with the lower band antennas GCB-100 and GCB-200.
- Rough terrain inspection with the FLB antenna series.
- Borehole data collection with the borehole antennas.
- Archeology with any of the GCB antenna selection between 100-1000MHz.
Features
Technical specifications
Quick and intuitive interface with fluid operation makes the life of the GPR operator that much easier. Every parameter of the Akula 9000B radar control unit can be tuned to collect the best quality data in surveys.

Additional tools are available to assist during the surveys. Depth calibration is one of the most useful tool that the users will have great benefits from. Calibrating the depth while collecting the data can allow making interpretation directly on site.








