Python xGPR
Real Time Sampling Low Frequency GPR
Radar Systems, Inc.
Riga, LV
Description
Python xGPR is a next generation Real Time Sampling single-unit low-frequency GPR. The main advantage of the system is an expanded dynamic range (up to 138 dB) and high data rate, that converts to the huge stacking (up to 65536 times), it gives the jump up for a Signal-To-Noise ratio, drops down noise floor, deepens penetration, helps to distinguish weaker signals than ever before.
The full set of Python xGPR contains a built-in control electronics, battery and Wi-Fi router on the 100 MHz unshielded antenna, additional antenna extenders to change the antenna central frequency (50 / 38 / 25 MHz), antenna noses and accessories.
Specifications
-
General
-
Year of initial introduction
2023
Application Type
Pipes & Cables, Concrete Structure, Road/Bridges Inspection, Archaelogical & Environmental, Mining & Geology, Object Detection (search& Resque, bomb detection)
Mounting
Carriage
Max Power Consumption {W}
7.2
Power type
DC
Total weight full configuration (including batteries, Control unit, datalogger, carrier) {kg}
8
Battery Life (h)
12
Number of Channels
1
-
Antennae
-
Type
Dipole, Transmitter/Receiver, Integrated (In a box)
Shielding
Unshielded
Peak Frequency (MHz)
100
Bandwidth (GHz)
0.15
Weight [kg]
2.5
Antenna Seperation (cm)
0
Central Frequency (MHz)
100
Frequency Range
25-100
Antenna Technology
Real Time Sampling
Certificates and Standards
CE, ETSI-EN302066
Bits per Sample
32 bit
Number of frequencies
4
Number of Channels
1
Antenna Coupling
Ground-coupled
-
Control Module
-
Weight [kg]
7.5
Size (mm)
1000-4000
Power consumption
0.6 A at 12 V
Pulse Repetition Frequency (Hz)
10000-300000
Time Window (ns)
10000
Samples Per Trace
256-8192
Number Of Antennas Connections
1
Hardware Amplification
Y
Hardware Filtering
N
Type
Integrated in antenna assembly
-
Datalogger
-
Operating System
Windows
Data format
SGY
Type
Laptop Computer
Wireless Connection
Y
-
Positioning
-
Type
GPS, Odometer, Wheel, Other
Position Resolution
0.5 mm
