Algo Grande Discovers Three New Skarn Horizons, Reports 36.00 Metres Above 1.0% Copper, Including 14.79 Metres of 1.4% Copper and Identifies Evidence for Porphyry Potential at Depth

Core Insights - Algo Grande Copper Corp. has announced initial drill results from its first drilling program at the Adelita Project in Sonora, Mexico, confirming a significant expansion of copper-gold-silver mineralization at depth at Cerro Grande [2][3][10] Drill Results - Drill hole AG_GC_002 intersected a total of 41.6 meters of cumulative skarn mineralization across five well-mineralized horizons, including three new horizons not previously identified in historical drilling [4][10] - The drill hole also revealed a broader mineralized envelope totaling 70.6 meters above 0.6% Cu, indicating extensive mineralization beyond the skarn horizons [5][10] Mineralization Details - The skarn intersections include high-grade copper, gold, and silver mineralization, with specific intervals reporting: - 14.79 meters at 1.4% Cu, 0.5 g/t Au, and 20 g/t Ag [6] - 9.55 meters at 1.4% Cu, 0.4 g/t Au, and 41.8 g/t Ag [6] - 1.85 meters at 4.1% Cu, 11 g/t Au, and 150 g/t Ag [6] - The presence of multiple stacked skarn horizons enhances the tonnage potential of the mineralized system [16][28] Geological Insights - The identification of intrusive phases with copper mineralization and molybdenum values supports the interpretation that the skarn mineralization may be linked to a deeper porphyry-style intrusive source [14][17] - Geological observations indicate that the mineralization remains open, with ongoing exploration efforts focused on tracing these new horizons laterally and at depth [10][28] Future Exploration Plans - The company plans to utilize surface soil geochemistry, detailed magnetic surveying, and high-resolution LiDAR to refine the skarn corridor and improve structural interpretation for future drilling [18] - Drilling at Cerro Grande is ongoing, with additional drill holes in progress to further evaluate the extent and continuity of the mineralization [13][28]