TBTGPR series ground penetrating radar is a versatile GPR system offering various detecting combination for application in highway, roads, tunnel construction, paving, buildings, bridges, water conservancy, municipalities or military.

TBTGPR Application range:

GPR Controller

TBTGPR-10 is a portable high-performance GPR controller compatible with TBTGPR full series antennas featuring versatile with wide application range, meanwhile automatically recognize antenna type and configure radar parameters. The Windows-system-based acquisition system is stable and reliable which saves both original data and in-field data. The controller accepts most external installed GPS and be able to add the geographic coordinate information to radar data. The digital signal are transmitted between controller and antenna with high anti-interference ability and good signal-to-noise performance.

TBTGPR-10 controller Specifications:

Software：

The powerful data processing software can perform data transmit, uploading, display, processing and analysis for those collected by TBTGPR series GPR or those data in other formats collected by international famous GPR.  Any abnormal information in data can be found by user conveniently, and subsequent report are generated in accordance with relative standards.

The main interface of software shown as below, user can check the 6 areas on the interface of Menu bar, Project Bar, Radar profile display area, Output Bar, Single Track View and Status Bar to complete radar data analysis. 

Software Functions and features:

1, Document management: data open, close, save, split and merging, data format transmit, bitmap output and batch processing.

2, Homepage menu: project setting, document parameter, stacking wave forms, profile zooming and editing,   or window mode.

3, Data processing: Profile processing, data standard, zero gain, data filtering and advanced processing.

4, Engineering detection: Layer detection, abnormal detection and target detection.

5, Profile imagination: Assembly data, data processing.

6, Project file management, user can import all data of a test to proper project for convenient management, maintenance and checking. It is also workable to import the multiple-times tested data of the same position into one project, convenient to compare the changes of geological conditions in the area at different times.

7, Data display mode is various as pseudo-color pictures or stacked graphs (including color stacked waves). For geological exploration, advance forecasting, archaeological research and other data collected by low-frequency antennas, color stacked waves can better present the display effect.

8, Various test report formats are provided for layer thickness, anomaly and targets detection, user can conveniently perform automatic detection and hand remarking.

TBTGPR series antenna selections: