Infini Resources has confirmed widespread uranium anomalism across its Reynolds and Reitenbach Lake projects, including standout high-grade results at the Titus Prospect. These findings set the stage for a fully funded maiden drilling campaign in mid-2026.
- High-grade uranium assay of 18,986 ppm U3O8 at Titus Prospect
- Phase 2 assays reveal uranium anomalism extending beyond initial zones
- Mineralisation aligns with geophysical anomalies over a 15 km × 3 km corridor
- Maiden drill program planned for Q2 2026, fully funded
- Ongoing engagement with First Nations and permitting advancing
Exploration Breakthrough at Reynolds and Reitenbach Lake
Infini Resources Limited (ASX – I88) has announced compelling results from its Phase 2 rock chip sampling at the Reynolds Lake and Reitenbach Lake uranium projects in Saskatchewan, Canada. The assays confirm not only the presence of high-grade uranium mineralisation at surface but also reveal a broader uranium anomalism footprint than previously mapped.
The standout highlight remains the Titus Prospect at Reitenbach Lake, where a Phase 1 sample returned an exceptional 18,986 ppm U3O8 (1.90% U3O8), underscoring the prospect’s potential as a high-grade target. Phase 2 sampling has since identified multiple elevated uranium values, with assays up to 3,844 ppm U3O8, extending the known mineralisation beyond the initial discovery area.
Geological and Geophysical Context
The uranium anomalism is spatially coincident with electromagnetic conductors, radiometric anomalies, and interpreted structural corridors, forming a continuous corridor approximately 15 kilometres long and 3 kilometres wide across both projects. This corridor aligns with key geological structures, including shear zones and graphitic units, which are known to be conducive to uranium mineralisation in the Athabasca Basin region.
Infini’s geological model draws parallels with established basement-hosted uranium systems such as Rabbit Lake, where mineralisation is structurally controlled and associated with conductive graphitic units. The integration of assay data with geophysical and structural mapping has strengthened confidence in the scale and continuity of the system.
Advancing Towards Drilling
With the comprehensive Phase 1 and Phase 2 datasets now in hand, Infini is progressing rapidly towards its maiden drill program, targeted for the second quarter of 2026. The company has confirmed that this initial drilling campaign is fully funded from existing cash reserves, mitigating immediate capital risk.
Preparations include ongoing engagement with local First Nations groups, notably the Ya’thi Néné Lands and Resources, as well as advancing government permitting and contractor mobilisations. These steps are critical to ensuring drill readiness and maintaining strong stakeholder relationships.
Strategic Implications and Outlook
Infini’s expanding footprint at Reitenbach Lake, recently increased by 31%, combined with the new assay results, positions the company well within a globally significant uranium district. The Athabasca Basin is renowned for its high-grade uranium deposits, and Infini’s projects benefit from proximity to existing infrastructure and operations.
While the results are promising, it is important to note that all data to date are from surface rock chip samples, which may not fully represent subsurface continuity. The upcoming drill program will be pivotal in confirming the extent and grade of mineralisation at depth.
Bottom Line?
Infini Resources’ robust surface assay results lay a strong foundation for its maiden drilling campaign, with the potential to unlock a significant uranium system in a premier Canadian jurisdiction.
Questions in the middle?
- Will the maiden drilling confirm continuity and depth extent of high-grade uranium mineralisation?
- How will ongoing First Nations engagement and permitting impact the drilling timeline?
- Could further expansions of the project footprint reveal additional high-priority targets?