Drilling by assumption
- Selecting locations by guesswork
- Higher chance of unsuccessful drilling
- Poor understanding of subsurface geology
- Unexpected drilling depth
- Higher project uncertainty

We use geophysical surveying, geological interpretation and groundwater exploration techniques to identify promising borehole drilling positions before drilling begins.
Usable groundwater can occur within weathered zones, fractures, faults, permeable formations, aquifers and interconnected rock structures. A field survey helps reveal the subsurface conditions that cannot be judged from the surface alone.
Technical field investigation, clear interpretation and practical recommendations for different site conditions.
Investigate geological conditions and identify areas with stronger groundwater potential.
Explore service ↗02Measure subsurface electrical properties to detect geological structures associated with groundwater.
Explore service ↗03Combine field measurements and geological interpretation to recommend potential drilling positions.
Explore service ↗04Evaluate terrain, geology, drainage, groundwater conditions and environmental factors.
Explore service ↗A survey cannot create groundwater. It can help you make a more informed decision about where to drill.
Professional interpretation connects resistivity variation with local geological context. The highlighted position is an example investigation point, not a guarantee of groundwater.
Example interpretation only. Every site has different geological conditions.
Terrain assessment, survey line placement, electrode positioning, GPS location capture and geophysical interpretation come together to produce grounded recommendations.
Explore field work ↗Start with a professional investigation of the ground beneath your property.