GPR LOZA-V
GPR LOZA-V ( 50 – 400 MHz) is a midrange pulse electromagnetic geoprobe, allowing to explore the soil at a depths of 0 to 50 meters, (more than 50 m, with optional 50 MHz antennas used), depending on the geoprobe model, antenna used and medium parameters.
With geoprobe of Loza series is possible to study the geological structure of the soil, identify anomalous zones of moisture, land subsidence, etc. The device is usable for solving geological projects for road building, engineering geology, archeology and monitoring of deep-mined routes of horizontal and inclined drilling.
A characteristic feature of LOZA-V compared with known world analogs is a high energy potential allowing to probe highly conductive soils, such as wet clay, inaccessible for standard GPR.
With geoprobe of Loza series is possible to study the geological structure of the soil, identify anomalous zones of moisture, land subsidence, etc. The device is usable for solving geological projects for road building, engineering geology, archeology and monitoring of deep-mined routes of horizontal and inclined drilling.
A characteristic feature of LOZA-V compared with known world analogs is a high energy potential allowing to probe highly conductive soils, such as wet clay, inaccessible for standard GPR.
| Option | Value |
|---|---|
| Frequency band | 50-400 MHz |
| Time resolution | 1,2,4 ns |
| Repetition rate | 1000 Hz |
| Energy potential | 120 dB |
| Registration range | 256,512,1024,2048 ns |
| Temperature range | -20 to +50 °C |
GPR LOZA-N
GPR LOZA-N ( 1 – 50 MHz) is a lowrange pulse electromagnetic geoprobe, allowing to explore the soil at a depths more than 200 meters, (up to 400 m, with optional 20 MW transmitter and 10 MHz antennas used), depending on the geoprobe model, antenna used and medium parameters.
With geoprobe of Loza series is possible to study the geological structure of the soil, identify anomalous zones of moisture, land subsidence, etc. The device is usable for solving geological projects for road building, engineering geology, archeology and monitoring of deep-mined routes of horizontal and inclined drilling.
A characteristic feature of LOZA-N compared with known world analogs is a high energy potential allowing to probe highly conductive soils, such as wet clay, inaccessible for standard GPR.
With geoprobe of Loza series is possible to study the geological structure of the soil, identify anomalous zones of moisture, land subsidence, etc. The device is usable for solving geological projects for road building, engineering geology, archeology and monitoring of deep-mined routes of horizontal and inclined drilling.
A characteristic feature of LOZA-N compared with known world analogs is a high energy potential allowing to probe highly conductive soils, such as wet clay, inaccessible for standard GPR.
| Option | Value |
|---|---|
| Frequency band | 1-50 MHz |
| Time resolution | 1,2,4,8 ns |
| Repetition rate | 500 Hz |
| Energy potential | 120 dB |
| Registration range | 256,512,1024,2048,4096 ns |
| Temperature range | -20 to +50 °C |
Software
Loza Radar has developed its own specialized software for processing and analyzing data obtained with the Loza Radar – KROT.
- Each radar pulse, read every 20 cm, is “stacked” to obtain an image of the geological structure (the “geological profile” of the subsoil).
- Data is processed using algorithms and settings.
- The structural heterogeneity of the geological profile is visually conspicuous and certain conductive and high-resistance properties of the cytological composition of the interior are identified.
- Data can also be provided in the following formats: RAW, TXT, 3D model (if applicable), other formats are available on request.
- Compatible with Leapfrog software – the actual industry standard in geological 3D modeling.