F3 Uranium Uncovers Promising Geology in Final Drill Holes of 2024 Program

F3 Uranium Corp. (TSXV: FUU) (OTCQB: FUUFF) has completed its 2024 drilling program, revealing encouraging geological findings in the final eight drill holes. The program focused on the B1 conductor, A1 extension, and Harrison Fault area, with the company reporting strong bleaching, clay, and hematite alteration in the B1 conductor area, including high radioactivity up to 420cps in hole PLN24-190. The A1 extension drilling revealed a strongly hematite, clay, and sericite-rich fault zone, extending the A1 structure nearly 620m south of the Harrison Fault. In the Harrison Fault area, drilling encountered strong graphite and sulphide alteration.

These findings suggest that the B1 conductor, A1 extension, and Harrison Fault area are prospective for uranium mineralization, and F3 Uranium will incorporate these results into its 2025 drill planning. The company is expected to release geochemistry and assay results from 25 drill holes from the 2024 JR Zone and exploration drilling as they become available.



The strong bleaching, clay, and hematite alteration in the B1 conductor area, along with high radioactivity, indicates the potential for uranium mineralization in the area. Hematite alteration is particularly significant, as it can be a direct result of uranium mineralization, with uranium-bearing fluids oxidizing iron in the host rock. The proximity of the B1 conductor area to known uranium deposits, such as the Triple R deposit and the Arrow deposit, further increases the likelihood of finding uranium mineralization.

The extension of the A1 fault zone 620m south of the Harrison Fault has important implications for the overall geological model and exploration targets in the region. The A1 structure appears to be a major control on the distribution of mineralization in the area, with the JR Zone and other mineralized zones occurring along its strike. Understanding the spatial relationship between the A1 structure and other geological features, such as the B1 conductor and the Harrison Fault, can help refine the geological model and guide future exploration efforts.



In conclusion, F3 Uranium's 2024 drilling program has provided valuable insights into the geological characteristics of the B1 conductor, A1 extension, and Harrison Fault area. These findings suggest that the region is prospective for uranium mineralization and will influence the company's exploration strategy in the coming years. As F3 Uranium continues to evaluate the results of the 2024 drilling program, investors can expect further updates on the company's exploration activities and potential discoveries in the Athabasca Basin.