


NRED's Latest Wilmac Data Finally Starts Showing The Kind Of Layered Porphyry Model Geologists Want To See
Been staring at the new Lamont Grid visuals from NRED for a while and honestly this is probably the first time the Wilmac story has started looking like a connected copper-gold system instead of scattered exploration datapoints.
The important part is not just the copper numbers anymore.
It is the overlap.
NovaRed now has a historical 3DIP/AMT model showing:
ㅤ• two interpreted intrusive centres
ㅤ• upward pipe-like structures
ㅤ• deeper conductive zones
ㅤ• near-surface chargeability anomalies
ㅤ• magnetic support
ㅤ• copper-in-soil anomalism
And all of it is starting to line up across the same broader Lamont trend.
The newest update pushed the copper-in-soil support up to 1,125 ppm Cu tied to the same geophysical corridor. Earlier North Lamont work already showed a 43-sample four-acid soil program with nine samples above 150 ppm Cu and a western cluster averaging roughly 209 ppm copper with highs up to 379 ppm Cu.
That is a pretty meaningful shift compared to where the story stood a few months ago.
At first most people were comparing Wilmac to Copper Mountain mainly because of location:
ㅤ• BC Quesnel porphyry belt
ㅤ• roughly 10 km west of Hudbay's producing Copper Mountain Mine
ㅤ• district-scale land package
Now there is actually a growing technical framework underneath the comparison.
The geometry in the 3DIP/AMT interpretation is probably the most interesting part.
According to NovaRed, the two intrusive bodies appear to merge together at depth into a larger composite intrusive complex while upward pipe-like structures extend toward surface.
That is exactly the type of structure geologists spend years trying to define in porphyry exploration because large copper-gold systems are often built through multiple intrusive phases feeding mineralized fluids upward over long periods of time.
And the Copper Mountain comparison starts looking much less aggressive once the newer numbers are included.
Historical work around the Copper Mountain district reportedly showed copper-in-soil anomalies up to around 1,600 ppm Cu near the Whip Group area. Wilmac now reaching up to 1,125 ppm Cu obviously does not make the projects equivalent:
ㅤ• different geology
ㅤ• different overburden
ㅤ• different analytical methods
ㅤ• different sample spacing
But it closes the gap much more than when people were only looking at the earlier 379 ppm copper value.
The project scale is also bigger than most retail investors probably realize:
ㅤ• around 16,078 hectares
ㅤ• roughly 160 square kilometers
ㅤ• around 39.7k acres
ㅤ• about 30k football fields
ㅤ• roughly 2.7x Manhattan
And now all of that feeds directly into the 2026 North Lamont and West Lamont target-prioritization program.
Still early-stage obviously. No drilling success yet. No resource.
But this is probably the strongest technical framework Wilmac has had so far because the datasets are finally reinforcing each other instead of existing independently.
NFA