The solution we have designed is based on Frequency Modulated Continuous Wave (FMCW) radar technology, which is currently the most advanced type of penetrating radar surpassing the capabilities of step-frequency radars.
This allows us to obtain very precise information from all frequencies while using very low transmission power. This not only results in an improved signal-to-noise ratio but also opens up wide opportunities for the utilization of spectral decomposition and the development of advanced analytical methods based on available large data sets.
Single-antenna setupNEW
All-in-one radar utilizing a single transmit-receive antenna, which can be integrated into arrays of multiple radars.
Dual-antennas setup
Our most tested system, offering the deepest penetration, making it ideal for the mining industry.
AIO single-antenna SGPR
IQ STD 60
AIO single-antenna SGPR
IQ STD 60
Connectivity
Comparison
Thanks to the significantly improved signal-to-noise ratio and continuous sweeping over a wide frequency range, SGPR allows for much deeper penetration while maintaining high resolution, compared to currently available pulse or SF CW ground-penetrating radars.
Pulse GPR (80MHz) vs SGPR (100-500MHz)
The data were processed by an external expert using commercially available geophysical processing software to ensure complete objectivity.
Left: Conventional pulse GPR with 80MHz antenna
Right: Single-antenna SGPR with IQ STD 60 (100-500MHz) exported to SegY
Antennas
A wide range of antennas designed to address various subsurface and geological challenges.
Circular polarisation
Simultaneously, we collect data from X, Y, and circular XY polarization. This allows us to analyze the anisotropy of subsurface layers, observe linear objects, and perform analyses based on Stokes parameters or the depolarization ratio.
IQ STD 60
IQ BIG 120
BIG 180
IQ STD 60NEW
100-700 MHz
Circular polarisation high-frequency antenna designed to deliver extremely high-resolution images for applications in construction and infrastructure. Ideal for surveying, mapping, and monitoring the integrity of infrastructure.
IQ BIG 120COMING SOON
50-500 MHz
Circular polarisation low-frequency antenna provide a deeper penetration than IQ STD 60, making them a versatile tool for a wide range of applications in the mining and near-surface geophysics. Currently being designed to replace the existing IQ BIG 100.
BIG 180NEW
35-400 MHz
Our lowest frequency antennas are specifically designed for deep probing in open-pit mining, making them ideal for projects requiring complementing the geological model or as a complementary tool for other geophysical methods such as seismic.
IQ STD 60
IQ BIG 120
BIG 180
Platforms
We are developing a comprehensive range of mechanics dedicated to various working conditions and environments to ensure efficient and safe measurement operations.
SledgeAVAILABLE
The simplest and most cost-effective, polyethylene platform is the basic and most versatile form for conducting measurements and exploration in the field.
Road platformCOMING SOON
Implementation of durable wheeled platforms that can be towed behind both cars and ATVs guarantees efficient measurements and the safety of the equipment on roads and hardened surfaces.
