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Osisko Metals Infill and Expansion Drilling Intersects New Wide Mineralization at Gaspé Copper

Core Insights - Osisko Metals has announced significant new drill results from the Gaspé Copper Project, confirming the large-scale potential of mineralization in the area [2][3] - The company is actively expanding its drilling program, now utilizing nine drill rigs to accelerate resource definition and expansion [3] Drill Results - Drill hole 30-1090 intersected 279.0 metres averaging 0.49% Cu and 3.35 g/t Ag, with a notable second intercept of 108 metres averaging 0.84% Cu and 7.79 g/t Ag [8][9] - Other significant results include: - Drill hole 30-1078: 256.5 metres averaging 0.25% Cu and 1.79 g/t Ag, and 381.0 metres averaging 0.22% Cu and 1.69 g/t Ag [10] - Drill hole 30-1079: 319.5 metres averaging 0.28% Cu and 2.14 g/t Ag, and 180.0 metres averaging 0.37% Cu and 2.54 g/t Ag [11] - Drill hole 30-1081: 301.8 metres averaging 0.41% Cu and 3.36 g/t Ag, and 44.5 metres averaging 0.23% Cu and 1.32 g/t Ag [12] - Drill hole 30-1084: 471.4 metres averaging 0.25% Cu and 1.95 g/t Ag, followed by 55.4 metres averaging 0.33% Cu and 2.64 g/t Ag, and 89.7 metres averaging 0.29% Cu and 1.93 g/t Ag [13] - Drill hole 30-1080: 520.5 metres averaging 0.23% Cu and 1.02 g/t Ag, and 195.0 metres averaging 0.26% Cu and 1.28 g/t Ag [14] Project Overview - The Gaspé Copper Project is located in the Gaspé Peninsula of Eastern Québec and is focused on resource expansion [2][24] - The current Indicated Mineral Resources are 824 million tonnes averaging 0.34% CuEq, while Inferred Mineral Resources are 670 million tonnes averaging 0.38% CuEq [24] - The project is strategically located near existing infrastructure in a mining-friendly province [24] Future Plans - The ongoing drill program aims to convert the November 2024 Mineral Resource Estimate (MRE) to Measured and Indicated categories and to test for further expansion of the mineralization [17][19] - The next MRE update is scheduled for Q1 2026, which will include new mineralized intersections below the current MRE model [19]