Almadex Minerals has commenced first-pass drilling at its King copper-gold porphyry project in Colorado. The program follows geophysical surveys and mapping that identified strong molybdenum, copper, and gold anomalies.
Viscount Mining Corp. has contracted Rosor Exploration for a high-resolution airborne survey at its Silver Cliff Project in Colorado to refine targeting for its gold-copper porphyry system. The company also highlighted recent discovery drilling at the Passiflora target, which intersected 843.9 metres of continuous mineralization averaging 0.214% CuEq.
Viscount Mining announced a pivotal early-stage discovery at its Passiflora porphyry target in Silver Cliff, Colorado. The first deep drill hole, PF-03A, intersected 843.9 metres of continuous copper-gold mineralization averaging 0.214% CuEq, including multiple higher-grade zones. These results confirm a robust copper-gold porphyry system that remains open in all directions and at depth, with grades comparable to world-class deposits in early stages.
Metallic Minerals announced positive surface rock sample results from its follow-up exploration program at the La Plata project in southwest Colorado. The program identified four new target areas and returned significant high-grade copper, silver, gold, and platinum group elements, with several samples exceeding 1.5% Cu Eq. These results have advanced three targets to drill-ready status and confirmed the highly prospective nature of the 25 square kilometer porphyry system.
Viscount Mining has identified key copper porphyry indicators at its Passiflora project in Colorado, noting continuous sulphide mineralization over a 1100m interval in its first deep drill hole. While geological features like alteration overprinting and chalcopyrite presence are compelling, assay results are pending from SGS Labs.
Viscount Mining completed its first deep drill hole at the Passiflora target in Colorado, intersecting 1100m of continuous sulphide mineralization. While specific assay grades are pending, the presence of chalcopyrite, galena, and sphalerite supports a porphyry-style deposit model.
