The low cost of the survey enables significant savings on subsequent geological investigations by conducting them only where it is truly necessary
Survey Speed
The quick mobilization, compactness of equipment, and low requirements for site preparation enable obtaining preliminary results within a day
Survey Depth
The ability to conduct geophysical surveys at depths of up to 200-300 meters
Accuracy
The technology allows for the detection of geological objects with an resolution of 0.2-0.5 meters
Why we are unique?
Technologies for Mars exploration for your efforts
Up to 300 meters of survey depth... and counting...
In compare with other electromagnetic geosurvey methods we are using very low frequency and extremely powerful EM-pulses. Frequency 1-50 MHz for Douzer in compare to 25-2500 MHz for competitors equipment.
We can see through the water... Yes We Can!
Due our technology specification we can survey even through the freshwater.
Mars Exploration Technologies for Earthling demands
In origin, our technology was developed for exploration of 4th planet of Solar System - Mars. It was developed for Mars-94 space expedition. Now we can use to for earthlings demands.
Cost Effectiveness
Time and Cost effect of method
up to 80%
The stage of exploration reconnaissance work
Quantity of geological wells decrease
30%
Analysis and verification of the initial data
during the development of the design documentation reduces the likelihood of adjustments
up to 70%
Working in conditions that exclude or limit the use of conventional geo survey methods
Reduction in the time and cost of mobilizing the resources required for the complex
up to 50%
Emergency situations
Reduction in time spent on identifying the causes and optimization of efforts and resources for their elimination
up to 100%
Disasters
Detection of hidden damages to objects during monitoring of their current condition
10 %
Commissioning of the Construction Projects
Effective control of the actual condition of the construction projects and the completion of concealed works