New Python-3 GPR

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Availability:in stock 5 item(s)
Product Code:PYT01

Product Dimensions and Weight

Product Weight: 20.0000KG
Product Packaging: 28.0000KG
Units in box: 1
13690,00 €
11750,00 €

New Python-3 GPR


Frequency: 100 / 50 / 38 / 25 MHz

Length of the antenna: from 1 m to 4 m, depends on selected frequency

The time range: user selected from 1 to 1500 ns with 1 ns step

Scan rate: 28

Samples per scan: 1024 x 16 bit

Digital data display: 16 bit

Filters: Preset and Customized digital filters

Data transmission: through built-in Wi-Fi to PC

Input power: Built-in battery 12 V, 9 A*h with battery life more than 7 h

Weight: from 10 kg to 20 kg, depends on selected frequency


Python-3 georadar is a portable digital subsurface sounding radar carried by a single operator, especially used for deep surveys (up to 50 meters* in favorable ground). The unit is designed for solving a long-range of geotechnical, geological, engineering and other tasks wherever nondestructive operational environmental monitoring is needed. In the sounding process, the operator is getting real-time information as a radiolocation profile (sometimes also referred to as radargram) on a display. At the same time, data are recorded on a hard disc for further use (processing, printout, interpretation, etc.). Examples of radiolocation profiles you can see here...

Georadar consists of central segment (100 MHz operating frequency) and 4 additional antenna plates to change operating frequencies to 50/38/25 MHz. Central segment includes control unit electronics, built-in 12 V 9 A*h battery, built-in Wi-Fi access point. Accessories set includes software, charger and tow-handle.

Georadar is made as dust/waterproof (IP67) and may be even immersed in water for a short time. Antennas have vinilplastic substrates with extremely high abrasion resistance.

All georadar parameters are computer controlled, therefore many hardware operation features are described here...

Use of a specific antenna is determined by a sounding task. Higher sounding frequency means better resolution, but with more significant electromagnetic wave attenuation in the environment, resulting in lower sounding depth; and vice versa - lower frequency may lead to a larger penetration depth at the sacrifice of poorer resolution.

Comparing of 4 different frequencies on the same place (Sandy dune)


* Sounding depth is assumed that sounding is made in a soil whose relative dielectric permittivity is equal to 4 and specific attenuation is 1 to 2 dB/m. Depth of investigation is understood to be detection depth of a flat boundary with reflectance equal to 1. Note that these data are rather approximate and are strongly dependent on parameters of the environment sounded.

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