SAGA Metals' Radar Ti-V-Fe Project: A Green Metal Powerhouse on the Precipice of Scale

The world’s transition to green energy is not just about solar panels and wind turbines—it’s about the raw materials that make them possible. SAGA Metals’ Radar Ti-V-Fe Project in Labrador, Canada, is emerging as a critical player in this race, offering a rare combination of high-grade mineralization, infrastructure advantages, and strategic positioning. With a 20km strike length of oxide layering confirmed by drilling, this project could become a cornerstone supplier of titanium, vanadium, and iron for the clean energy economy. Here’s why investors should pay attention now.

The Infrastructure Advantage: A Greenfield Project with Brownfield Costs

One of the most overlooked aspects of the Radar Project is its logistical brilliance. Located near the town of Cartwright, Labrador, the site benefits from existing infrastructure that would otherwise take years and millions to build. A deep-water port, all-weather road access, and a hydroelectric power grid are already in place—a rarity for greenfield mining projects. This slashes the time and capital required to move from discovery to production.

The project’s proximity to the Dykes River layered mafic intrusive complex—a geological formation akin to the world’s largest titanium-iron-vanadium deposits—adds further confidence. This isn’t a speculative claim; it’s rooted in the project’s 20km strike length, a geological feature that has already produced consistent drilling results across a tiny fraction of its total potential.

Drilling Results: High Grades, Consistency, and Depth

The maiden winter drilling program in 2025 delivered a masterclass in mineralization. Seven holes over 2,200 meters confirmed the presence of oxide layering extending to 300 meters vertically, with high-grade intercepts like HEZ-07’s 20.2-meter zone grading 31.35% Fe, 6.32% TiO₂, and 0.435% V₂O₅. These grades are not just “good”—they’re in the top tier for such minerals, rivaling deposits like the Bushveld Complex in South Africa.

What’s even more compelling is the geological continuity. The HEZ-05 intercept, at 25.0 meters, showed strong correlation with prior holes like HEZ-04, proving that the mineralization isn’t a one-off. The oxide layers, which include massive magnetite zones up to 3 meters thick, suggest that metallurgical processing could be simplified, reducing costs.

Scalability: The 20km Strike Length is a Goldmine Waiting to be Mined

Here’s the key point: the 500m by 350m panel tested so far represents 1/40th of the total 20km strike length. That’s like finding gold in a single creek and realizing the entire river basin is laced with it. SAGA’s next steps—expanding magnetic surveys and targeted drilling—could unlock a resource that grows exponentially.

Consider this: if the first 500m section produced intercepts with grades as high as 31.35% Fe, imagine what a full exploration of the 20km strike could yield. The company estimates oxide layers up to 210 meters wide, and structural analysis shows that sinistral faulting hasn’t disrupted the high-grade continuity. In short, the Radar Project isn’t just a deposit—it’s a system.

Strategic Positioning: Titanium and Vanadium are the New Oil of Clean Energy

Titanium is a lightweight metal critical for aerospace and high-strength alloys, while vanadium is a key component in lithium-ion batteries and steel. Both are classified as “critical minerals” by the U.S. and EU, with demand set to skyrocket as EV adoption and renewable energy infrastructure expand.

The Radar Project’s vanadiferous titanomagnetite—a mineral blend that combines all three metals in a single ore—positions SAGA uniquely. Unlike projects that focus on a single commodity, this deposit offers a trifecta of demand drivers, insulating it from commodity price volatility.

The Investment Case: Under the Radar, But Not for Long

SAGA Metals is flying under the radar of most investors—but not for long. The company’s partnership with Rio Tinto in other projects adds credibility, while the Radar Project’s advanced infrastructure and geological clarity suggest a fast-track to feasibility studies and production.

Right now, the stock is undervalued relative to its potential. The project’s scalability, combined with the critical minerals tailwinds, creates a “small cap with big cap potential” scenario. Investors who act early could see significant upside as the world wakes up to the need for secure, high-grade mineral supplies.

Why Act Now?

The Radar Ti-V-Fe Project is at a pivotal moment. With only a fraction of its strike length tested, the project is primed for a resource expansion that could catapult it into the ranks of major critical mineral plays. The infrastructure already in place means SAGA can move quickly, while the high grades and metallurgical simplicity reduce risk.

This isn’t just about a single deposit—it’s about securing a stake in the infrastructure of the future. As the green energy revolution accelerates, the companies that control the raw materials will be the winners. SAGA Metals’ Radar Project is one of the few assets that ticks all the boxes. Don’t wait for the crowd to realize it.

Invest now—or watch this opportunity vanish in the dust of the next commodity boom.