The newest NovaRed release significantly strengthened the technical case behind the Wilmac Copper-Gold Project because the company is no longer relying only on surface geochemistry.

The newly released historical 3DIP/AMT survey interpretation outlines two interpreted intrusive centres beneath the Lamont Grid, with multiple upward-extending pipe-like features that may represent porphyry-style feeder systems. The data also suggests the intrusive bodies merge together at depth into a larger composite intrusive complex.

That is important because one of the biggest challenges in porphyry exploration is identifying buried systems before drilling. Companies spend years trying to connect surface geochemistry, magnetic data, resistivity, chargeability and structural interpretation into one coherent target model.

NovaRed now appears to be building exactly that type of integrated model.

The geophysical side included both induced polarization and audio-frequency magnetotellurics. The AMT survey reportedly reached depths of approximately 1,500 metres, which is far deeper than standard shallow IP surveys. The company also identified several interpreted structural controls, including a northwest-trending fault zone dividing the eastern and western portions of the grid.

Meanwhile, the geochemistry continues getting stronger.

Earlier North Lamont work included a 43-sample four-acid soil survey with copper values reaching 379 ppm Cu and a western cluster averaging 209 ppm copper across 9 samples exceeding 150 ppm Cu.

Now the company reports copper-in-soil values up to 1,125 ppm Cu broadly correlating with chargeability anomalies and deeper conductivity features identified in the new geophysical interpretation.

That combination matters because geochemical anomalies become much more interesting when they align spatially with conductive zones, chargeability signatures and interpreted intrusive bodies.

The Wilmac project itself is already large enough to support a district-scale exploration thesis. NovaRed controls approximately 16,078 hectares in the Quesnel porphyry belt of British Columbia, equivalent to about 160.78 km² or 39,732 acres. The property sits roughly 10 km west of Hudbay’s Copper Mountain Mine, which reportedly hosts Proven and Probable reserves of 345 million tonnes grading 0.26% copper and 0.12 g/t gold.

Obviously nearby mines do not guarantee anything at Wilmac, and NovaRed remains a speculative early-stage explorer with no defined resource and no revenue. But the combination of project scale, regional location, integrated geophysics and strengthening copper-in-soil data is making the overall thesis look more credible.

At the same time, the macro environment for copper continues tightening. Copper futures recently traded around $6.553/lb, less than 0.5% below the 52-week high of $6.583/lb, while global copper demand forecasts tied to AI infrastructure, grid expansion, EVs and electrification continue moving higher.

Feels like the market is starting to care a lot more about future copper supply than it did even 12 months ago.

NovaRed Just Added Deep Geophysical Support To Its North Lamont Copper Story