Beauce Gold Fields Achieves 88% Drill Success Rate at the Grondin Zone. 3-D Interpretation Confirms 600 M Mineralized Corridor

Core Insights - Beauce Gold Fields has achieved a significant milestone with the completion of a Leapfrog™ 3-D geological model for the Grondin Zone, enhancing the understanding of its gold-bearing structures [1][2][10] - The model integrates drill data from 2023 and 2025, providing a three-dimensional visualization of the antiform-saddle reef mineralized system, which has been traced over an 8-km geophysical signature [1][4] - The company reported an impressive 88% drill success rate across its recent campaigns, significantly higher than the typical 20-40% success rate for early-stage gold exploration [5][7] Geological Model Highlights - The 3-D model incorporates various geological data, including digitized drill sections, gold assay intervals, and lithological logs, resulting in a high-resolution visualization of the mineralized system [4][10] - Gold-bearing intervals range from 0.200 ppm to 11 ppm, with a mineralized strike length of 600 meters confirmed [4][5] - The model indicates mineralization extends to depths of approximately 40 meters and remains open along strike and at depth [5][10] Drill Results - A total of 14 out of 16 drill holes returned gold grades of 0.3 g/t Au or higher, confirming the presence of a robust, continuous mineralized corridor [7][8] - Detailed drill results from 2023 and 2025 show various intervals with significant gold concentrations, including notable assays of 11.4 g/t and 8.85 g/t [6][8] - The company plans to utilize the new model to refine drill targeting for the upcoming winter campaign [2][11] Future Exploration Plans - The company intends to deploy a borehole televiewer to determine the precise dip and orientation of gold-bearing structures, which will aid in optimizing deeper drilling efforts [10] - Upcoming exploration will focus on step-out drilling to test lateral continuation along the 600-meter corridor and deeper drilling beyond the confirmed vertical extent of mineralization [11][12] - Integration of new geophysical, geochemical, and historical data sets will further enhance exploration strategies [11][12]