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This graphic makes the Wilmac scale much easier to understand.

NovaRed Mining controls about 16,077 hectares at the Wilmac Copper-Gold Project in British Columbia. That is roughly 160 square kilometers, or about 39,700 acres.

The Manhattan comparison is the part that hits visually. Manhattan is about 59 square kilometers, so Wilmac is roughly 2.7x larger. Another way to picture it: using an American football field with end zones at about 0.535 hectares, the project works out to around 30,000 football fields.

That amount of ground matters because copper-gold porphyry systems are usually district-scale targets. They are often built around multiple intrusive centers, alteration zones, geophysical anomalies, and surface geochemistry. Wilmac is already being broken into several areas: Lamont Ridge, Wilmac, and Trojan-Condor, with Plume also part of the broader 2026 exploration setup.

The latest North Lamont results make the scale more useful. NоvaRed reported 43 soil samples, with copper values up to 379 ppm. The western cluster had nine samples above 150 ppm copper and averaged 209 ppm. The company also reported moderate-to-high Sr/Y fertility signatures, moderate V/Sc oxidation indicators, and spatial overlap with a magnetic anomaly.

That is the kind of layered target evidence you want to see before geophysics and drilling. Soil copper, magnetic data, mapped geology, and porphyry-style geochemical indicators are starting to point toward specific areas inside a very large land package.

The project is also about 10 km west of Hudbay's producing Copper Mountain Mine. That gives regional context inside the Quesnel porphyry belt. It does not prove Wilmac hosts the same kind of system, but it helps explain why the location keeps getting attention.

NRЕD is still early stage. No producing mine, no defined resource, no revenue. Soil geochemistry is not drilling. The next real catalyst is IP/AMT and target ranking.

Still, the image explains the bullish setup well: this is not a tiny claim block. It is a district-scale copper-gold exploration footprint in BC at a time when copper is becoming more important to AI infrastructure, grid upgrades, EVs, and electrification.

This is one of the clearest signals yet that something is shifting under the surface. Big Tech is no longer relying only on the traditional grid to power its growth. Instead, companies are starting to secure direct electricity supply deals for new data centers. That kind of move doesn’t happen in a stable system it happens when demand is rising faster than infrastructure can comfortably support.

Think about what that really means. Data centers are expanding rapidly, driven by AI and cloud demand, and their power requirements are massive and constant. Utilities, in some regions, are struggling to keep up with that pace, especially when the grid is already dealing with aging infrastructure and tight reserve margins. When companies go directly to power providers instead of relying on the grid, it’s not about efficiency it’s about certainty of supply.

This is where the story starts to broaden. The issue is no longer just how much energy is produced, but how it’s delivered, controlled, and stabilized. A centralized grid works well under predictable conditions, but when demand becomes uneven and extreme, localized and flexible systems start to matter more. That includes microgrids, on-site generation, storage, and smarter energy management.

That’s why this connects to NXXT in a meaningful way. The company sits at the intersection of fuel logistics, distributed energy, and grid-adjacent infrastructure. In an environment where demand is pushing against system limits, solutions that reduce reliance on the grid or make it more flexible naturally become more relevant.

The takeaway here isn’t just about one company. It’s about recognizing a pattern: when the largest players in the world begin working around the system instead of through it, it usually means the system itself is under pressure and that’s where new opportunities tend to form.

Junior miners tend to move in steps, not in a straight line.

Each step reduces uncertainty and shifts how the market values the project. That pattern shows up clearly in BC copper gold porphyry projects.

Typical valuation ranges look like this:

Regional target: $5M to $30M EV

Confirmed geophysics: $20M to $80M EV

First drill hole: $30M to $150M EV

Discovery intercept: $100M to $500M EV

Inferred resource: $200M to $1B EV

NovaRed Mining (NRED) sits between the first two steps. The company controls 11504 hectares in the Quesnel porphyry belt, about 10 km from Copper Mountain, with surface copper values and early geophysical signals.

The 2026 program, about 80 line kilometres of IP and AMT surveys, is designed to confirm anomalies and define drill targets. That is the move into the next stage.

Current valuation is around C$52M. That fits between the $5M to $30M regional stage and the $20M to $80M anomaly stage, which suggests the market is already assigning some weight to the next step.

From here, progress is sequential. Surveys define targets. Drilling tests them. Intercepts confirm whether the system holds at depth.

NFA.

Do you track where a company sits on this ladder, or do you only start paying attention after the first drill results?

Copper demand is projected to reach about 42 million tonnes by 2040, up from roughly 28 million tonnes today.

That increase is tied to electrification, data centers, and grid expansion. At the same time, supply is not scaling at the same pace. New mines often take 10 to 15 years to move from discovery to production, which creates a timing gap.

That gap is where early stage projects start getting attention.

NovаRed Mining (NRЕD) is still pre-drill, but it sits in a known copper district. The Wilmac project covers about 11504 hectares in the Quesnel porphyry belt, roughly 10 km from the Copper Mountain mine.

The company is currently working through about 80 line kilometres of IP and AMT surveys to define drill targets. That places it at the stage where projects move from broad concepts to specific targets.

Valuation reflects that stage. NRЕD trades around a C$58M market cap, or roughly $37M USD enterprise value. That lines up with early exploration multiples before drilling confirms anything.

When demand is rising and supply timelines are long, the market tends to track projects earlier in their lifecycle.

NFA.

Do you start following projects at this stage when supply gaps become clearer, or do you still wait for drilling to confirm scale?

Most early exploration stories rely on one dataset and a lot of interpretation.

NovaRed Mining (NRED) is building its Wilmac project differently, by layering multiple datasets over time.

Here is how the evidence base has been built:

Historical trenches and MINFILE data before 2024

Historical Lamont Grid IP and AMT surveys

North Lamont soil sampling added in 2024

Volterra 3D IP and AMT survey, 7 lines in 2024

Partial Wilmac IP and AMT survey, 5 lines in November 2025

Planned 2026 program covering Wilmac plus 3 additional grids

Each layer adds detail instead of replacing what came before.

Trenching and surface work show where mineralization appears at surface. Soil sampling extends that picture across a wider area. Geophysical surveys then map what could sit below surface, often at depth.

When these datasets start to overlap, targets become more precise. Instead of a broad zone, you get specific areas where multiple signals line up.

That is the stage where drilling decisions become clearer.

NRED controls about 11504 hectares in the Quesnel porphyry belt, about 10 km from Copper Mountain. The company is planning about 80 line kilometres of additional surveys in 2026 to refine targets further.

The stock has already moved from about C$0.05 to C$2.05 over the past year, with recent levels near C$1.50. At this stage, the focus shifts from collecting data to testing it.

Do you put more weight on a single strong dataset, or on multiple layers that point to the same target?

This is the part people are starting to wake up to. The system wasn’t built for what’s coming. Large North American transformers are already ~38–40 years old, basically at the end of their design life, and about 70% of transmission lines and transformers are over 25 years old. That’s the infrastructure trying to carry the next phase of AI, electrification, and data-center demand.

Now layer in the demand side. U.S. electricity consumption is projected to rise 1.2% in 2026 and 3.3% in 2027, while data centers alone could jump from 176 TWh in 2023 to as much as 325–580 TWh by 2028. That’s roughly 74–132 GW of new load, or up to 12% of total U.S. electricity usage. That kind of increase doesn’t get absorbed quietly it forces a response.

That’s why this isn’t a normal cycle. It’s a forced rebuild story.
More generation, more storage, more local systems, and faster deployment.

And this is where the connection matters. The same letter pushing this narrative places microgrids at the center of the solution. That puts companies like NХХT directly inside the theme not as spectators, but as part of the buildout.

This is no longer about “if” demand grows.
It’s about how fast the system can catch up.