GPR provides water depth and sub-bottom stratigraphy in freshwater lakes and rivers. Surveys can be carried out from small boats, rafts or even through the ice.more details>
Synchro program is designed for: - GPR control - GPR data imaging - Processing (filtering) of sounding resultmore details>
GPR is used for location and analysis of underground anomalies using electromagnetic pulse radiation.more details>
The VIY3-125 ground penetrating radar (GPR) is used for location and analysis of underground anomalies using electromagnetic pulse radiation. The GPR is suitable for searching of both metal and dielectric targets (stratiform structures, pipes, voids, building constructions etc.).more details>
Planner program is designed for: Imaging of GPR profiles on the location plan GPR profiles position editing Objects? markers editing Export of GPR profiles and GPR markers to AutoCad Making graphic reports with addition of inscriptions and other graphic elementsmore details>
VIY3 Software Package ver. 126.96.36.199
VIY3 software package allows user to set up all features of VIY3 GPR, to control the measurement, to upload data to the computer, to save data, and to process and print all measured data.
Catalogue of VIY3 Ground Penetrating Radars
The catalogue contains the short technical data about all our products and accessories.
User Manual for VIY3 GPR
This user manual includes principles of VIY3 GPRs setup and control, connecting of all additional equipment, user manual for the software and principles of resulting data processing.
User Manual for Synchro3 Program
Synchro3 is the main program for GPR control and post-processing of collected GPR data.
Synchro3 may work independently or together with Planner program.
User Manual for Planner Program
Planner program was developed to work together with Synchro program as a useful tool for GPR profiles representation on a location's plan, to build 3D View of GPR data, and to create reports.
Examples of projects for Planner program
Below you can find some examples of Planner projects.
The projects include GPR data, reports and 3D data representations.
GPR data were collected after an investigation, that had place on the territory of Kiev Pechersk Lavra (Kiev, Ukraine).
We made an examination of underground passages and communication lines network that go through the monastery's garden (the place is marked on the map by red arrow).
In this example you can find the set of 26 GPR profiles for Planner program. The location of the underground pipe lying on 1.5 m depth is marked on the plan by markers.
You can open every single profile in Synchro software for more detailed examination and additional processing. This is possible to do directly from Planner.
You can also find reports of Planner software (top view) and 3D report in the archive folder.
Location: Santiago, Chile.
There was led a research for remains of a water pipeline before telecommunication cable installation.
As a result the pipeline was found on a depth of 0.6m
As you can see in this example, the amplitude of the pipeline reflection is getting faint since 23th profile.
That might be concerned with changing of soil content on a shallow depth. In this area the soil was contaminated with garbage containing different small metallic parts. That could lead to screening in this zone.
Also you can see 3D representation of GPR sounding results.
Examples of the other profiles for Synchro software
This is an example of GPR survey that was led on a sand-pit.
In an archive folder you can find profile files and two pictures: original screenshot of the profile and a screenshot of a profile after Topographic correction applied.
The goal of the sounding on this location was meant to find buried utilities. You can see them marked by markers on the profile. Also you can see fire-reservoir buried on a depth of 2,5 m.
On this profile you can see several objects that are located in a wide trench.
The left border of the trench is seen as a slant line going from 3rd to 12th meter of the profile.
The right border of the trench can be traced from 16th meters until the end of the profile.
Local objects in the form of diffraction hyperbolas are marked with red markers. Brightness of hyperbolas depends on the differences in dielectric properties of the objects and the medium. Objects are discernible up to 4 meters depth (with the wave speed 107 meters per microsecond).
Below you can see the same profile with Migration applied:
Telbin technology significantly increases signal-to-noise ratio (SNR) and, therefore, improves depth of sounding. The rate of sounding remains high.more details
The VIY3 software allows all settings the Ground Penetrating Radars, to manage the process of measurement, load into a computer store, process and print the measured data. The same can import data from the VIY2 series GPR.more details