SAGA concludes first drill programme at Labrador Wolverine project

SAGA Metals has successfully concluded its inaugural 3,241-meter diamond drilling campaign at the fully owned Wolverine Heavy Rare Earth Element Project in Labrador, Canada, a significant step in systematically assessing the site's critical mineral potential. The 22-hole program confirmed the presence of target alteration assemblages indicative of rare earth element mineralization across all drilled holes, with two holes, W26-001 and W26-002, revealing extensive altered volcanic rock and a targeted Unit 4 sequence. Alongside drilling, prospecting activities identified new REE-hosting volcanic units, pegmatites, and aplite dykes, significantly expanding the prospective footprint for future exploration, with assay results pending and an induced polarisation survey planned for Q2 2027 to guide further development.

October 22, 2026 – SAGA Metals has announced the successful completion of its maiden diamond drilling campaign at the Wolverine Heavy Rare Earth Element (HREE) Project, located in the resource-rich province of Labrador, Canada. This marks a pivotal moment for the wholly owned project, representing the first systematic diamond drilling ever undertaken at the site. The comprehensive program, which involved 22 drill-holes totaling 3,241 meters, aims to advance the understanding of the project's significant heavy rare earth element potential and lay the groundwork for future resource delineation.

The conclusion of this campaign, as reported by SAGA Metals, comes at a time of heightened global demand for critical minerals, particularly rare earth elements (REEs), which are indispensable components in a multitude of high-tech and green energy applications. Labrador, renowned for its vast mineral endowments, continues to attract significant exploration investment, solidifying Canada's role as a key player in the evolving critical minerals supply chain. This initial systematic exploration effort at Wolverine is therefore not just a corporate milestone for SAGA Metals but also contributes to the broader industry's drive for secure, diversified REE sources outside of traditional supply channels.

Wolverine Project: A Strategic Focus on Heavy Rare Earths

The Wolverine Heavy Rare Earth Element Project represents a strategic asset for SAGA Metals, situated within a geologically prospective region of Labrador. The decision to undertake a comprehensive drilling program underscores the company's commitment to exploring and potentially developing a domestic source of HREEs, which typically include elements such as dysprosium, terbium, europium, and yttrium. These specific rare earths are particularly critical for high-performance magnets used in electric vehicles (EVs), wind turbines, and advanced defense technologies, making their secure supply a matter of national and economic security for many Western nations.

The 2026 field campaign was meticulously planned with several key objectives:

To test known rare earth element mineralisation that had been previously confirmed through earlier drill results and surface sampling activities. This systematic approach aims to validate and expand upon historical data.
To conduct detailed geological mapping of alteration zones and outcrops in the vicinity of the drilling areas, providing crucial structural and lithological context for the mineralisation.
To prospect areas beyond the immediate drill zone, identifying new potential targets and extending the overall footprint of the Wolverine property's exploration upside.

This multi-faceted approach is standard practice in early-stage exploration and is designed to maximize the informational yield from a significant capital investment like a maiden drill program.

Technical Insights from the Maiden Drilling Campaign

The 2026 drilling program comprised 22 diamond drill-holes, amounting to a substantial 3,241 meters of core recovery. Each drill-hole was strategically positioned to target known areas of mineralisation, specifically evaluating several volcanic rock units and their intricate contacts. The depths explored ranged from 43 meters to 204 meters below surface, providing a significant cross-section of the geological sequences believed to host the critical HREE mineralisation.

According to SAGA Metals, geological logging conducted on site identified a consistent alteration assemblage throughout all 22 holes. In REE exploration, specific alteration minerals and patterns – such as pervasive albitization, fenitization, or zones of sericite and chlorite – are often indicative of hydrothermal fluid flow and mineralizing events. The consistent presence of this "target alteration assemblage" across the entire drilled footprint is an encouraging sign, suggesting widespread geological conditions favorable for REE deposition within the Wolverine property.

While logging for all 22 holes is ongoing, SAGA Metals has fully logged and sampled two initial holes, W26-001 and W26-002, providing early insights into the subsurface geology:

W26-001: This hole reached a total depth of 182 meters and notably intersected more than 118 meters of altered volcanic rock. Such an extensive zone of alteration suggests a significant and potentially broad mineralizing system.
W26-002: Drilled to a depth of 179 meters, this hole recorded 50.97 meters of the targeted Unit 4 sequence, a specific geological unit believed to be particularly prospective for REE mineralisation.

Crucially, both W26-001 and W26-002 exhibited the characteristic alteration from near surface through to the base of the hole. This "near-surface to depth" consistency can be highly advantageous for potential open-pit mining scenarios, suggesting that mineralisation may be accessible from relatively shallow depths. A total of 139 core samples were collected from each of these initial two holes, and these samples have been dispatched for laboratory assay to determine their precise rare earth element content. The market and investors will be keenly awaiting these assay results, as they will provide the first quantitative data confirming the presence and grade of REE mineralisation from this systematic drilling campaign.

Expanding the Exploration Footprint and Future Outlook

Beyond the core drilling activities, SAGA Metals conducted extensive prospecting across the Wolverine property. These efforts proved fruitful, leading to the collection of 136 rock grab samples. The analysis of these samples is ongoing, but initial field observations have been highly encouraging. Volcanic units believed to host REE mineralisation were found in multiple new locations, potentially expanding the known mineralized footprint and opening up additional areas for future exploration targeting.

Of particular interest was the discovery of new pegmatites and aplite dykes in the southern region of the property. Pegmatites are coarse-grained igneous rocks often associated with a variety of critical minerals, including lithium, tantalum, niobium, and in some cases, rare earth elements. Aplite dykes are finer-grained equivalents, also indicative of late-stage magmatic-hydrothermal activity that can concentrate valuable elements. These discoveries broaden the geological prospectivity of the Wolverine project beyond purely volcanic-hosted deposits, adding another dimension to SAGA Metals' exploration strategy.

Looking ahead, SAGA Metals has outlined a clear path for the Wolverine project's continued advancement. The immediate next steps involve finalizing the sampling from the remaining 20 drill-holes and completing the detailed geological mapping across the property. This comprehensive dataset will then be integrated to develop a robust geological model.

A significant planned activity for the second quarter of 2027 is an induced polarisation (IP) survey. IP surveys are geophysical techniques commonly employed in mineral exploration to detect subsurface chargeability and resistivity anomalies. These anomalies can be associated with sulfide mineralisation, certain alteration types, or even specific rock units, providing critical targets for future drilling programs, especially in areas with limited outcrop or complex geological settings. The IP survey will be instrumental in guiding SAGA Metals' future drilling plans, helping to prioritize and optimize subsequent exploration efforts.

Industry Context and SAGA Metals' Strategic Positioning

The global rare earth element market is characterized by escalating demand, driven by the clean energy transition and advanced technological applications. Geopolitical factors have also placed significant emphasis on diversifying the supply chain for these critical materials, moving away from an over-reliance on a single geographic source. Projects like Wolverine, located in geopolitically stable jurisdictions such as Canada, are therefore of increasing strategic importance.

SAGA Metals' commitment to the Wolverine project aligns with this broader industry trend. As Michael Garagan, SAGA Metals' director and chief geological officer, stated, "The 2026 maiden diamond drill programme at Wolverine has successfully confirmed the presence of the target alteration assemblage in every hole drilled and has provided the first systematic look at the volcanic sequence at depth." This validation of the geological model is a crucial de-risking step for the project and provides a strong foundation for future work.

This focus on REE exploration at Wolverine appears to be part of a broader corporate strategy for SAGA Metals. In a related development earlier in August 2026, the company signed an agreement with Orion Iron Ore for the sale of its North Wind property, also located in Labrador. While specific details of that transaction were not provided in this announcement, such divestments can often indicate a strategic consolidation of assets, allowing a company to focus capital and resources on its core, high-priority projects – in this case, potentially emphasizing the promising REE opportunities at Wolverine.

Conclusion

The successful conclusion of SAGA Metals' maiden systematic diamond drilling program at the Wolverine Heavy Rare Earth Element Project represents a significant advancement for the company and a promising development for Canada's critical minerals sector. With 22 drill-holes completed, extensive altered rock identified in initial core logging, and new prospective areas delineated through prospecting, the project is moving steadily towards understanding its full potential. The pending assay results will be the next critical data point, providing quantitative evidence of the REE grades. Coupled with the planned IP survey in Q2 2027, SAGA Metals is systematically de-risking and advancing Wolverine, positioning it as a potentially important future source of heavy rare earth elements essential for the global clean energy transition and high-tech industries.