Infini Resources Drilling Campaign Saskatchewan Targets 2026 Maiden Programme

Infini Resources Advances Toward Maiden Drilling with Promising Phase 2 Results at Saskatchewan Uranium Projects

Infini Resources Limited (ASX: I88) has completed its Phase 2 field program at the Reynolds Lake and Reitenbach Lake Uranium Projects in Saskatchewan, Canada, delivering encouraging results that strengthen the company's position ahead of a planned 2026 maiden drill campaign. The program identified multiple zones of strong radioactivity and confirmed the presence of uraninite mineralisation at Reitenbach Lake, positioning the company for what could be a transformational exploration year.

The Phase 2 program focused on detailed geological mapping and follow-up sampling of untested anomalies, with particular emphasis on the uraninite showing at Reitenbach Lake. Results included scintillometer readings up to 18,000 cps and confirmation of uranium-bearing minerals across multiple structural corridors. With 35 rock samples from Phase 2 now submitted to laboratories, adding to the 773 soil and 148 rock samples from Phase 1, this Infini Resources drilling campaign Saskatchewan is building a comprehensive dataset to guide drill targeting.

Reitenbach Lake Emerges as Priority Target

The uraninite showing at Reitenbach Lake has emerged as the most compelling uranium target within Infini's Athabasca Basin portfolio. According to the company's announcement, the showing is characterised by strongly deformed geological formations with multiple zones of fracture-hosted radioactivity, both in outcrop and distal float material.

Key highlights from Reitenbach Lake include:

• Confirmed uraninite mineralisation along foliation-parallel fractures within syenogranitic orthogneiss

• Secondary uranium minerals identified, including a fine-grain yellow-greenish radioactive mineral possibly carnotite

• Extended mineralisation footprint with scintillometer responses of 4,700 cps in outcrop 30m along strike from the main showing

• Up to 9,800 cps recorded in paragneissic float approximately 400m along strike from the showing

• Consistent 8,000 cps readings observed in a pegmatitic dyke zone northeast of the uraninite showing

The structural setting is particularly encouraging according to the company, with the dominant fabric striking NE-SW, mirroring high-priority electromagnetic (EM) conductors identified in the 2025 Xcite Survey. Furthermore, this alignment corresponds with the regional Needle Falls Shear Zone. This structural alignment is reported to be significant as it parallels known uranium systems in the region, including the world-class Eagle Point and Rabbit Lake deposits.

Reynolds Lake Delivers Additional Anomalous Zones

Phase 2 work at Reynolds Lake reportedly identified additional zones of anomalous radioactivity, with outcrop and float samples returning elevated scintillometer readings. The program confirmed multiple areas of interest across both projects, with many zones recording 3,000-5,000 cps in outcrop associated with priority EM conductors.

The combined Phase 1 and Phase 2 programmes have now identified over 30 stations with scintillometer readings exceeding 1,000 cps, according to the announcement. This broad distribution of anomalous readings demonstrates the extensive nature of the radiometric anomalism across both properties. Consequently, this suggests a large-scale uranium system may be present.

Understanding Scintillometer Readings in Uranium Exploration

For investors new to uranium exploration, scintillometer readings measure radioactivity in counts per second (cps) and are a key exploration tool for detecting uranium mineralisation. While background readings typically range from 50-200 cps, readings above 400 cps are considered anomalous and warrant further investigation.

Scintillometer Technology

These handheld devices detect gamma radiation emitted by radioactive elements. When uranium minerals are present, they emit gamma rays that register as elevated counts per second on the scintillometer. The higher the reading, the greater the concentration of radioactive material.

Reading Significance Levels

• 50-200 cps: Background levels (normal)
• 400+ cps: Anomalous (requires investigation)
• 1,000+ cps: Highly anomalous (priority target)
• 3,000+ cps: Exceptional (potential mineralisation)
• 10,000+ cps: Extraordinary (strong mineralisation indicator)

Investment Implications

The readings recorded at Reynolds Lake and Reitenbach Lake—with multiple zones exceeding 3,000 cps and peak readings of 18,000 cps—are reported to be highly encouraging. These suggest the presence of significant uranium mineralisation that could translate into commercial deposits.

However, it's important to note that scintillometer readings are preliminary indicators that require confirmation through laboratory assays. The readings can be influenced by thorium and potassium, so final uranium concentrations will be determined through the comprehensive analytical programme currently underway.

Technical Insight
Scintillometer readings of 18,000 cps at Reitenbach Lake represent readings 90 times above background levels, indicating the presence of substantial radioactive mineralisation that requires immediate follow-up investigation.

Strategic Timeline Points to 2026 Drilling Campaign

Infini's exploration timeline is reportedly well-structured to maintain momentum toward drilling. In addition to the systematic approach, the company has established clear milestones leading up to its Infini Resources drilling campaign Saskatchewan.

Q4 2025

• Phase 1 assay results expected

• Thin section analysis results for uranium-bearing mineral identification

• Continued integration of geological and geophysical datasets

Q1 2026

• Phase 2 assay results expected

• Completion of drill target ranking and refinement

• Finalisation of drill programme design

H1 2026

• Maiden drill campaign anticipated

• Government permitting processes ongoing

• Engagement with Ya'thi Néné Lands and Resources continuing

According to the announcement, the company is taking a comprehensive approach to drill targeting. This integrates structural mapping, geophysical data, and geochemical results to ensure the maiden drilling programme tests the highest-priority targets. This methodical approach aims to maximise the potential for discovery while optimising capital deployment.

Investment Thesis: Positioning for Athabasca Basin Discovery

Infini Resources is methodically building toward what could be a significant uranium discovery in one of the world's premier uranium districts. The Athabasca Basin is synonymous with high-grade uranium deposits, hosting some of the richest uranium mines globally.

Several factors support the investment thesis for the Infini Resources drilling campaign Saskatchewan:

Geological Setting

The Reynolds Lake and Reitenbach Lake projects are positioned on the eastern margin of the Athabasca Basin, reportedly in a geological setting analogous to producing uranium mines. These include Eagle Point and Rabbit Lake. The presence of graphitic schists and gneisses—key host rocks for unconformity-associated uranium—combined with major structural corridors creates what the company describes as an optimal exploration environment.

Scale of Anomalism

The identification of multiple zones with elevated radioactivity across a 677 km² combined project area suggests the potential for a large-scale uranium system according to the announcement. The consistency of anomalous readings across both projects indicates systematic uranium enrichment rather than isolated occurrences.

Confirmed Mineralisation

The presence of uraninite—the primary uranium ore mineral—at Reitenbach Lake, combined with secondary uranium minerals, confirms that uranium-bearing hydrothermal systems have operated in the area. This provides direct evidence of uranium mobility and precipitation, key requirements for economic uranium deposits.

Strategic Location

Both projects benefit from proximity to existing uranium infrastructure, access routes, and a supportive regulatory environment in Saskatchewan. This reportedly reduces future development risks and potential capital requirements.

Why Investors Should Follow Infini Resources

Infini Resources has positioned itself as an emerging uranium explorer with reported significant discovery potential in the world's premier uranium district. The company's systematic exploration approach, combined with encouraging early results, creates multiple catalysts for value creation over the coming 12-18 months.

Key Reasons to Track Infini

• Imminent Catalysts: Phase 1 assay results expected in Q4 2025, followed by Phase 2 results in Q1 2026, providing multiple news flow opportunities

• Drill Programme Approaching: The anticipated Infini Resources drilling campaign Saskatchewan in H1 2026 represents a major inflection point that could validate the geological model

• Portfolio Diversification: Beyond the Saskatchewan projects, Infini holds the Des Herbiers uranium resource in France (43.95 million pounds U3O8 Inferred)

• Market Positioning: As uranium prices remain supported by growing nuclear energy demand and supply constraints, uranium explorers with quality projects are well-positioned

• Experienced Management: The company's leadership has demonstrated the ability to systematically advance exploration programmes while maintaining strong stakeholder relationships

For instance, the company actively maintains engagement with First Nations communities, demonstrating responsible exploration practices.

Management Commentary
"Phase 2 has delivered exactly what we had hoped for — multiple zones of strong radioactivity, compelling structural settings, and alteration signatures consistent with uranium-bearing systems," said Rohan Bone, Chief Executive Officer. "We are rapidly building momentum in the Athabasca region, and with drilling on the horizon in 2026, Infini is positioning itself for what could be a truly transformational exploration year."

The combination of confirmed uranium mineralisation, large-scale anomalism, and an imminent drilling campaign positions Infini Resources as a uranium exploration story worth following closely through 2025. The upcoming assay results and drill programme represent significant catalysts that could substantially re-rate the company's valuation according to market observers.

Could Infini Resources Be Your Next Uranium Investment Opportunity?

With confirmed uraninite mineralisation, scintillometer readings up to 18,000 cps, and a maiden drilling campaign planned for 2026, Infini Resources is systematically building toward what could be a significant uranium discovery in Saskatchewan's world-renowned Athabasca Basin. The company's methodical exploration approach, combined with multiple upcoming catalysts including Phase 1 assay results in Q4 2025, creates compelling reasons for uranium-focused investors to take a closer look. To explore Infini Resources' full project portfolio, management team, and investment proposition, visit the company's website and discover why this emerging uranium explorer is positioning itself for a potentially transformational 2026.