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SAGA Metals Strikes Gold (and Lithium!): Unveils Stellar 2025 Drilling Success at Radar Critical Minerals Project in Labrador

  • Nishadil
  • February 05, 2026
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SAGA Metals Strikes Gold (and Lithium!): Unveils Stellar 2025 Drilling Success at Radar Critical Minerals Project in Labrador

SAGA Metals Celebrates 100% Drilling Success, Reports Impressive Final Assays from Trapper South in Labrador

SAGA Metals announced truly phenomenal results from its 2025 drilling program at the Radar Critical Minerals Project in Labrador, achieving a perfect 100% success rate and revealing significant, high-grade lithium, cesium, and tantalum discoveries at the Trapper South zone.

Well, buckle up, because SAGA Metals has some truly exciting news to share! The company just wrapped up its 2025 drilling season with an absolutely phenomenal 100% success rate – yes, you read that right – and they've now released the final, impressive assay results from the Trapper South zone within their promising Radar Critical Minerals Project in Labrador.

It turns out Trapper South, a key target area, is absolutely brimming with high-grade lithium-cesium-tantalum (LCT) pegmatite mineralization. This isn't just a minor discovery; we're talking about substantial intercepts that really underscore the potential here. For instance, drill hole RS-25-04 revealed an impressive 1.48% Li2O over 13.5 meters, which, astonishingly, included an even higher-grade section of 2.15% Li2O over 7.0 meters. And that's not all – another fantastic intercept showed 1.34% Li2O over 20.0 meters, containing a remarkable 2.02% Li2O over 11.0 meters in drill hole RS-25-05.

What's particularly exciting about these findings, you might ask? Well, it's that this mineralization isn't contained; it remains wide open, stretching both along the strike and deeper underground. This suggests a much larger, unexplored potential, which is always music to a geologist's ears, indicating plenty more to discover as they continue their diligent work.

David Smith, the CEO of SAGA Metals, clearly couldn't be more thrilled, and frankly, who can blame him? He remarked, 'Achieving 100% success in our inaugural drill program is an extraordinary accomplishment, a testament to the dedication and expertise of our team. These final assay results from Trapper South truly reinforce our belief that the Radar Critical Minerals Project holds world-class potential for lithium. We’re eager to keep exploring its full scope and are already gearing up for our next steps.'

Let's zoom out for a moment and look at the bigger picture: the Radar Critical Minerals Project itself. It's strategically situated in Labrador, an area known for its rich geological promise. A huge advantage here is its fantastic access – it’s literally just 5 kilometers from a major paved highway and, even better, a mere 15 kilometers from existing power infrastructure. This kind of accessibility is invaluable for any mining project, significantly reducing logistical hurdles and overall development costs down the line.

So, what's on the horizon for SAGA Metals? You can bet they're not resting on their laurels. The plan is to embark on an aggressive follow-up drilling campaign to really define the extent of these discoveries at Trapper South. But that's not all; the team also has its sights set on exploring other promising targets within the Radar property, including Pegmatite 1, Pegmatite 2, and Pegmatite 3, which have shown intriguing surface samples. They're actively working on securing the necessary permits for their ambitious 2026 exploration program, so watch this space!

All in all, these are undeniably exciting times for SAGA Metals and its shareholders. The consistent success and high-grade results coming out of the Radar Critical Minerals Project truly position the company as a noteworthy player in the critical minerals landscape, especially as the world increasingly relies on resources like lithium for the energy transition. It really feels like they're just getting started.

Disclaimer: This article was generated in part using artificial intelligence and may contain errors or omissions. The content is provided for informational purposes only and does not constitute professional advice. We makes no representations or warranties regarding its accuracy, completeness, or reliability. Readers are advised to verify the information independently before relying on