Infini Resources Uranium Exploration Expertise Strengthens Discovery Potential

Strategic Technical Expertise for Critical Phase

The appointment aligns with Infini's aggressive 2026 exploration schedule, where Yackulic's expertise will prove crucial as the company integrates geophysics and mapping data at Portland Creek before resuming drilling activities. His technical input will also guide drill target finalisation for maiden drilling programmes at Reynolds Lake and Reitenbach Lake.

Furthermore, Infini Resources uranium exploration expertise will benefit significantly from Yackulic's extensive knowledge of structural geology and mineralisation controls. The company's systematic approach to target identification reflects industry best practices developed in world-class uranium districts.

Key areas of Yackulic's expertise include:

• Athabasca Basin uranium systems and geological interpretation
• Discovery and resource development methodology
• High-grade uranium target identification
• Structural geology and mineralisation controls

Management Commentary
"Andy's appointment marks an important step as we continue to expand technical depth within Infini. His leadership in major uranium exploration programmes and discoveries in Saskatchewan brings proven expertise to our team," said Rohan Bone, CEO of Infini Resources.

Portland Creek: High-Grade Potential Along Structural Corridors

Portland Creek continues to demonstrate exceptional uranium potential, with surface grades reaching 7.5% U₃O₈. Phase 2 drilling has confirmed primary uranium mineralisation along key structural corridors, establishing a clear relationship between structural intensity and high-grade uranium targets.

The helicopter-supported airborne EM-magnetic-radiometric survey is now expected to be completed in April 2026, with preliminary geophysical data anticipated from mid-Q2 2026. While this represents a timing adjustment, no impact to the planned field programme and Phase 3 drilling campaign is anticipated.

Current Development Timeline:

The company remains focused on systematic dataset integration to optimise targeting ahead of the next phase of exploration. This methodical approach is designed to maximise drilling efficiency and enhance discovery potential through disciplined target selection.

Understanding Unconformity-Related Uranium Systems

What defines unconformity-related uranium deposits?

These represent high-grade uranium deposits that form at or near the contact between overlying sedimentary rocks and underlying basement rocks. The Athabasca Basin hosts some of the world's highest-grade uranium deposits of this type, including the renowned Cigar Lake and McArthur River mines.

Why this matters for investors:

Unconformity-related deposits typically contain significantly higher uranium grades compared to other deposit types, making them extremely valuable from an economic perspective. Moreover, infini resources uranium exploration expertise positions the company to identify projects showing geological characteristics analogous to these world-class systems, suggesting potential for similar high-grade discoveries.

Key geological indicators include:

• Graphitic schists and gneisses capable of hosting uranium mineralisation
• Structural complexity providing pathways for hydrothermal fluid flow
• Hydrothermally altered basement environments
• Spatial association with electromagnetic conductors and radiometric anomalies

Reynolds Lake and Reitenbach Lake: Approaching Maiden Drilling

The Reynolds Lake and Reitenbach Lake projects collectively cover 766 km² on the eastern margin of the Athabasca Basin, positioned within a highly prospective geological corridor. Both projects are advancing toward maiden drilling campaigns targeted for Q2 2026.

Pre-Drilling Development Milestones:

Q1 2026 Activities:

• Finalisation of targeting and drill planning
• Appointment of geological and drilling contractors
• Continued First Nations engagement and permitting processes

Q2 2026 Programme:

• Commencement of maiden drill campaigns
• Ground-truthing of priority structural targets
• Testing of interpreted principal fluid pathways

The projects are bisected by the crustal-scale Needle Falls Shear Zone, a major structural corridor that provides potential pathways for hydrothermal fluid flow. This structural complexity is considered crucial for uranium mineralisation development and represents a key target focus for the upcoming drilling programmes.

Technical Advisor Commentary
"Having spent much of my career in the Athabasca Basin, I see tremendous potential in these assets, and I look forward to applying my experience in uranium to help the team refine its targets and execute high-impact drilling programmes in 2026," said Andy Yackulic, Strategic Technical Advisor.

Geological Setting and Exploration Rationale

The Reynolds Lake and Reitenbach Lake properties are underlain by Archean to Paleoproterozoic metamorphic and igneous rocks. The Wollaston Domain contains Paleoproterozoic siliciclastic metasediments, including paragneiss, quartzite, and calc-silicate units, while the Peter Lake Domain features Archean to Paleoproterozoic granitoid gneisses and supracrustal rocks.

Both domains exhibit strong deformation and metamorphism, with northeast-trending isoclinal folding and later cross-cutting north-south fault systems. Consequently, this structural complexity provides potential pathways for hydrothermal fluid flow, considered essential for unconformity-related uranium system development.

Exploration Validation Points:

• Graphitic schists and gneisses identified within project areas
• Spatial association with electromagnetic conductors
• Radiometric anomalies detected through survey work
• Elevated uranium-in-lake sediment samples confirmed
• Primary uranium mineralisation confirmed at surface at Reitenbach Lake
• Petrographic analysis validates structurally prepared basement environment

Strategic Investment Considerations

Yackulic's appointment represents more than technical team expansion – it signals Infini's commitment to systematic, high-impact exploration guided by proven discovery expertise. The combination of surface grades reaching 7.5% U₃O₈ at Portland Creek and analogous geological settings at Reynolds Lake and Reitenbach Lake positions the company for potential uranium discovery success.

In addition, the strategic implementation of infini resources uranium exploration expertise across multiple project areas provides significant risk mitigation through portfolio diversification. This approach allows the company to pursue discovery opportunities whilst maintaining operational flexibility.

Technical Advantages:

• Proven discovery expertise now guiding target refinement
• Athabasca Basin analogues with demonstrated high-grade potential
• Systematic dataset integration optimising drilling efficiency
• Multiple project advancement spreading discovery risk

Market Positioning Elements:

• Surface grades up to 7.5% U₃O₈ confirmed at Portland Creek
• 766 km² prospective land package at Reynolds/Reitenbach
• Existing 43.95 million pound resource at Des Herbiers providing asset base
• Strategic location near existing Athabasca Basin infrastructure

2026 Catalyst Schedule:

Investment Tracking Framework

Infini Resources has positioned itself as a compelling uranium exploration proposition through the combination of high-grade surface results, expert technical leadership, and systematic exploration methodology. The addition of Andy Yackulic provides the specialised expertise needed to unlock the potential of projects showing clear similarities to world-class Athabasca Basin uranium systems.

However, investors should carefully monitor progress across all development milestones to assess the effectiveness of the enhanced technical approach. The company's ability to translate surface grades into drill-confirmed mineralisation will be crucial for validating its exploration strategy.

Critical Monitoring Points:

• Geophysical survey results from Portland Creek (Q2 2026)
• Maiden drilling results from Reynolds/Reitenbach Lakes
• Phase 3 drilling campaign design and execution
• Resource expansion potential across project portfolio

The company's technical approach emphasises disciplined exploration and systematic dataset integration, designed to maximise discovery potential whilst managing exploration risk through multiple project advancement. For instance, the application of infini resources uranium exploration expertise across three separate project areas provides multiple pathways to potential discovery success.

With surface grades reaching 7.5% U₃O₈ and multiple drilling campaigns planned for 2026, Infini offers investors exposure to uranium discovery potential in one of the world's premier uranium districts.

Regional geological analogies to established uranium systems at Eagle Point and Rabbit Lake, where mineralisation occurs along graphitic shear zones at the boundary between Wollaston metasediments and granitoid basement, provide additional validation for the company's exploration strategy and target selection methodology.

Could This Be Your Next Uranium Investment Opportunity?

With surface grades reaching 7.5% U₃O₈ at Portland Creek and maiden drilling campaigns planned across 766 km² of prospective Athabasca Basin analogues, Infini Resources is positioning itself for potential discovery success in 2026. The recent appointment of uranium exploration veteran Andy Yackulic adds proven expertise to guide target refinement across multiple projects showing similarities to world-class uranium systems. To explore how this systematic exploration approach and expanding technical expertise could align with your investment strategy, discover more about Infini Resources and their uranium exploration portfolio at infiniresources.com.au.