Group Eleven Secures $18M to Test 24X Expansion Potential at Ireland's Largest Discovery in a Decade

• Group Eleven closed a $12M financing in March 2026, bringing total capital to $18M and enabling expansion from 20,000m to 67,000-75,000m of drilling over the next two years without additional capital raises
• The Ballywire discovery has progressed from a single zinc-silver lens to a multi-metal system spanning 3.2km of strike length with emerging parallel trends and copper-silver "root systems" beneath the primary zinc horizon
• Management outlines a theoretical 24X expansion scenario: 4 gravity anomalies × 3 parallel trends × 2 mineralised horizons (zinc above, copper-silver below), though currently only 25% explored across the 6km prospective trend
• Gross metal value analysis shows silver contributing the majority of revenue at $80/oz, with grades ranging from 50-150 g/t and exceptional intercepts reaching 4,000 g/t silver
• The deposit's copper and germanium content could qualify for EU Critical Raw Materials Act fast-track status, potentially reducing the standard 10-15 year development timeline

Group Eleven Resources has emerged as one of the most compelling exploration stories in Ireland following its September 2022 discovery at Ballywire. In a recent interview, CEO Bart Jaworski outlined how the project has evolved from a single zinc-silver intercept into a potentially district-scale polymetallic system. With fresh capital and an expanding geological understanding, the company is positioned to systematically test what could represent Ireland's most significant base metals discovery in over a decade.

Fully Funded Exploration Program

The Ballywire discovery commenced with a single drill hole in September 2022. Twenty months later, Group Eleven has completed 77 holes totaling approximately 30,000 meters of drilling. The company recently closed a $12 million bought deal on March 11, 2026, following an earlier $5.75 million raise, providing total available capital of $18 million as of the end of March.

This funding represents a transformative milestone for the exploration program. "We're going from 20 to 70,000m go forward funded meters in terms of drilling," Jaworski explained, noting that the company now has sufficient capital to complete between 67,000 and 75,000 meters of additional drilling over approximately two years without requiring further capital raises.

Geological Evolution: From Zinc to Polymetallic System

The understanding of Ballywire's geology has undergone significant evolution. What began as exploration for a zinc-lead-silver deposit has revealed a more complex and potentially valuable polymetallic system. The flat-lying, stratigraphically confined zinc-lead horizon that hosts the primary mineralisation now appears to be underlain by more vertical copper-silver shoots representing the fault-controlled plumbing systems that originally formed the zinc deposit.

Jaworski described the spatial relationship: 

"It appears to be the same plumbing system. The mineralised fluids 350 million years ago were coming up those faults depositing the copper-silver and then hitting the base of absorption and spreading out laterally to form the zinc system." 

This genetic connection between the copper-silver feeder zones and the overlying zinc blanket has important implications for targeting and resource potential.

The company has successfully proven this copper-silver system in multiple locations approximately 350-400 meters apart, with evidence suggesting these vertical shoots run parallel and may be connected along the entire 3.2-kilometer strike length. 

"I think if you would fast forward a year from now, those copper-silver root systems... it would make sense if they continue along the entire 3.2km. Hopefully, a year from now we'll be more equally a copper story as well as a zinc story."

Expanding District Potential

Recent drilling has extended the known mineralised strike length from 2.6 kilometers to 3.2 kilometers, representing a 600-meter expansion. More significantly, evidence is emerging for parallel mineralised trends to both the north and south of the main discovery zone, though these require additional drilling to confirm continuity.

This 3.2-kilometer zone of confirmed mineralisation sits within a 6-kilometer trend defined by four gravity high anomalies designated A, B, C, and D. The primary discovery and systematic drilling to date has focused on the C anomaly. The B anomaly shows some historical mineralisation from a previous operator's 1997 drilling, while the A and D anomalies remain largely untested.

Interview with Bart Jaworski, CEO of Group Eleven Resources

Silver-Dominant Economics

While Ballywire is often characterised as a zinc discovery, Jaworski emphasised that silver represents the dominant contributor to gross metal value.

Silver grades typically range between 50 and 150 grams per ton, but exceptional intercepts have returned up to 4,000 grams per ton. "We can say hand on heart that we are a silver discovery," Jaworski asserted, noting that even at a more conservative $50 per ounce silver price, silver would still represent the primary revenue driver. This silver endowment, combined with growing copper potential, positions the project to attract both precious metals investors and those focused on copper exposure.

The Thickness Question

One of the key uncertainties in evaluating Ballywire's tonnage potential relates to the variable thickness of mineralised zones. Intercepts range from 3 meters to over 50 meters of true thickness, with recent news releases highlighting 50-meter-thick zones averaging over 10% combined zinc-lead mineralisation with 330 grams per ton silver.

Jaworski acknowledged this challenge: "The true thickness is the really hard part to pin down. We really need a third-party engineer to do a thorough 3D model on this." While the company understands the strike extent and down-dip extensions (typically 100-200 meters, with some drill fences showing mineralisation over a kilometer), determining weighted average thickness requires additional infill drilling and professional resource modelling.

Despite this uncertainty, Jaworski emphasised the well-behaved nature of the system: "Everything's nice and consistent. The geostats should work in our favour, and that should allow us to not have to drill too much in order to get to an initial MRE." This predictability contrasts favourably with more challenging deposit types like skarns or sheared VMS systems that can exhibit poddy, unpredictable mineralisation.

Natural Metal Separation Advantages

The vertical separation between the flat-lying zinc-lead-silver horizon and the deeper copper-silver shoots presents both a challenge and an opportunity. Different mining methods will likely be required: room-and-pillar mining for the upper zinc horizon and longwall stoping for the vertical copper-silver shoots.

However, Jaworski framed this as advantageous rather than problematic: "Mother Nature is doing a lot of the separating for you." Unlike VMS deposits where multiple metals are intermixed in a single horizon, requiring complex metallurgical separation and potentially lower recoveries, Ballywire's natural metal zoning should facilitate straightforward processing with separate ore streams and process flowsheets.

The sulfide mineralogy - primarily chalcopyrite with some tennantite-tetrahedrite in the copper zones - should respond well to conventional flotation processing. "That shouldn't be a tough nut to crack. If it was oxidized it'd be a tougher nut to crack," Jaworski noted, suggesting that metallurgical recoveries should be predictable based on global analogues.

Strategic Positioning in the EU

Jaworski provided a realistic assessment of development timelines, stating that progressing from the current pre-resource exploration stage to actual cash flow typically requires 10-15 years. However, several factors could potentially accelerate this timeline.

The European Union's Critical Raw Materials Act offers potential fast-track status for qualifying projects. While zinc is not designated as a critical metal in the EU, both copper and germanium are. If Group Eleven can demonstrate sufficient copper and germanium resources over the next 12 months, the project could qualify for streamlined permitting and development approvals.

Ireland's advantages as a jurisdiction - political stability, established mining history, and existing infrastructure - also position Ballywire favorably relative to projects in riskier jurisdictions. "A lot of the silver guys, of course, have a Latin American base. They may or may not want to diversify into safer jurisdictions," Jaworski observed, suggesting that Ireland's profile could attract strategic interest from companies seeking geopolitical diversification.

The 24X Multiplier Framework

When asked about potential upside, Jaworski outlined what he termed a "24X multiplier" relative to current drill-defined mineralisation. This framework represents the product of three expansion vectors: four gravity anomalies (A, B, C, D), three potential parallel trends (northern, central, southern), and two mineralised horizons (zinc above, copper-silver below). Mathematically: 4 × 3 × 2 = 24X.

Jaworski cautioned that "I'm not saying all of it will come to fruition," but emphasised that this represents "our space in terms of where we can expand into." With only 25% of the prospective 6-kilometer horizon systematically drilled to date, the company has substantial blue-sky exploration potential while simultaneously working toward initial resource definition.

Conclusion

The European Union's Critical Raw Materials Act represents a paradigm shift in how the bloc approaches mineral security. With copper and germanium designated as critical metals, projects like Ballywire that can demonstrate significant endowments of these materials gain strategic importance beyond pure economics. Ireland's location within the EU, combined with established mining infrastructure and social license, positions Group Eleven at the intersection of geological prospectivity and geopolitical necessity. 

The discovery comes as European governments and industries recognise that domestic mineral production is essential for supply chain resilience in battery manufacturing, renewable energy infrastructure, and defense applications. Jaworski captured this alignment: "It's becoming a significant asset strategically for the EU in terms of the critical raw materials act."

TL;DR: Executive Summary

Group Eleven Resources has transformed its Ballywire discovery from a single zinc-silver intercept into a potential district-scale polymetallic system spanning 3.2km of strike with emerging parallel trends and high-grade copper-silver root systems beneath the primary zinc horizon. With $18M in treasury funding 67,000-75,000m of drilling over two years, the company is systematically testing four gravity anomalies representing 24X expansion potential across only 25% explored of a 6km prospective trend. Silver-dominant economics (grades to 4,000 g/t), EU Critical Raw Materials positioning, and Ireland's jurisdictional advantages create multiple value pathways for what may become Ireland's largest base metals discovery in over a decade.

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