Brixton Metals Makes Copper-Gold Porphyry Discovery at the Catalyst Target on its Thorn Project

Core Insights - Brixton Metals Corporation has discovered a new copper-gold porphyry system at the Catalyst Target within its Thorn Project in northwestern British Columbia, indicating significant exploration potential in an underexplored district [1][3][8] Exploration Highlights - The Catalyst Porphyry Target is located approximately 6 kilometers northeast of the Camp Creek Porphyry system, with multiple underexplored prospects identified along a northeast-southwest corridor [1][3] - Five drill holes were completed at Catalyst during the 2025 season, with assays from the first three holes confirming a broad hydrothermal system with porphyry-style alteration and mineralization [1][6][9] - Notable assay results include hole THN25-343 returning 424.00 meters of 0.30% CuEq from surface, with significant intervals of higher grades [4][6][10] Mineralization Details - The drilling results indicate the presence of copper, gold, silver, and molybdenum mineralization associated with at least two distinct intrusive phases and hydrothermal breccias [9][10] - The mineralization is linked to Maricunga-style quartz veining, with notable intercepts such as 1.50 meters of 3.57 g/t Au in THN25-341 and 16.50 meters of 59.06 g/t Ag in THN25-343 [10][19] Geophysical Survey Insights - A comprehensive geophysical survey revealed substantial high-chargeability anomalies at both the Catalyst and Tempest Targets, indicating significant scale potential [8][9] - The survey covered 20.4 line-kilometers and highlighted areas with high chargeability values, suggesting extensive sulfide-rich zones typical of porphyry deposits [8][9] Future Exploration Plans - Further drilling is planned at Catalyst next season to define the extent of copper-gold mineralization, with additional results pending from two remaining holes at Catalyst and one at the Tempest Target [3][13] - The exploration strategy focuses on large step-outs between drill collars to rapidly assess the lateral continuity and size potential of the mineralized systems [13]