
Brian Goss Is Building NovaRed With a Geologist’s Mindset, and the Numbers Around Wilmac Keep Getting Bigger
One thing I keep noticing with NovaRed Mining is that the company leadership actually lines up with the type of project they are trying to build.
Brian Goss is not coming from a pure finance background. He is a geologist who spent years working directly in exploration before becoming CEO, and honestly I think that matters a lot more now that Wilmac is turning into a much larger technical story.
Before NovaRed, Goss founded Rangefront Geological in 2008. What stood out to me was the reported growth between 2015 and 2017 where annual topline revenue increased by nearly 300%. That is not a small jump. It suggests the company was scaling because exploration demand and client activity were growing fast enough to support it.
Rangefront worked across mining and mineral exploration projects throughout the western United States, giving Goss exposure to multiple commodity systems and exploration models instead of just one isolated deposit style.
Even before that, he worked as a staff geologist for Centerra Gold on the REN Project, a gold deposit containing more than 2 million ounces that was later sold to Barrick Gold. That is important because it means he has already been around projects that attracted major mining-company interest.
Now fast forward to NovaRed.
Wilmac has expanded to about 16,078 hectares, roughly 160 square kilometers, close to 39,700 acres, and around 2.7 times larger than Manhattan. The project sits only about 10 km west of Hudbay Minerals’ Copper Mountain Mine in British Columbia.
That proximity matters because Copper Mountain is not a conceptual idea. It is a real operating copper-gold-silver mine processing around 45,000 tonnes of ore per day and expected to produce more than 1.6 billion pounds of copper over its mine life.
NovaRed’s latest technical updates are also becoming much more serious.
The company reported a historical 3DIP/AMT interpretation completed in late October 2024 consisting of 7 survey lines with 300 meter spacing, line lengths ranging from 2,400 to 2,800 meters, and station spacing of 100 meters.
AMT penetration reportedly reached depths of around 1,500 meters.
The interpretation outlined 2 parent intrusive centers with multiple upward pipe-like porphyry features tied to chargeability anomalies, conductivity structures, and copper-in-soil support reaching as high as 1,125 ppm Cu.
That is a major shift from the earlier narrative that mostly focused on 379 ppm copper from North Lamont surface sampling.
Now the project is starting to show layered geological evidence including:
- copper-in-soil anomalies
- chargeability highs
- conductivity structures
- resistivity contrasts
- intrusive geometry
- depth continuity
The western cluster from the newer 43-sample four-acid soil program also averaged 209 ppm Cu across nine samples above 150 ppm.
To me, this is where having a technically experienced CEO becomes important. District-scale porphyry systems are not simple one-target stories. They require long-term geological interpretation, data integration, and disciplined targeting.
NovaRed also added MetalCore, its public-facing AI mineral prospectivity platform, while the stock itself has already moved roughly 3,000% over the last year.
Feels like the company is evolving from a basic junior explorer into a much broader copper exploration and mineral-intelligence story.
NFA.