Ground penetrating radar 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. 


Basic technical parameters of geoprobe LOZA-N
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

lozaN velka

LOZA-N performance for some grounds at 25 MHz.

medium dielectric permitivity (ε) operating depth (m) depth resolution (m)
dry sand 2.6 >200 0.1
wet sand 25 150 0.03
dry clay 2.4 60 0.1
wet clay 15 24 0.07







Delivery set (components)


autonomous transmitter 10kV (10MW)

autonomous pulse formation unit, battery unit 1.2 A-hour, 

carriage bag and recharge unit included




registration unit, power supplied from control unit, 

carriage bag included



control unit

control and indication unit with monochrome LCD display, (displays real time waveform and measured data), dimension with 3.2 A-hour battery 260*150*160mm,

carriage bag and recharge unit included


krot2 copy

software Krot

software for processing of measured data in english language

(Windows XP - Windows 8 is supported)



         antennas 300cm

         antennas 600cm

50 Mhz antennas with covers

25 MHz antennas with covers



 For further details about technical specifications and prices, please contact us.