News

Vancouver, Canada – September 9, 2025 – Viscount Mining Corp. (TSX-V: VML) (OTCQX: VLMGF) is pleased to outline the next stages of exploration at its flagship Silver Cliff Project in Custer County, Colorado. Building on a strong technical foundation and recent discovery success, the Company is advancing both the Kate Silver Resource ("KSR") and the [...]

Grades and Scale Comparable to World-Class Porphyry Deposits in Early Stages. Vancouver, Canada – August 14, 2025 – Viscount Mining Corp. (TSX-V: VML) (OTCQB: VLMGF) ("Viscount" or the "Company") is pleased to announce a pivotal early-stage discovery at its Passiflora porphyry target in Silver Cliff, Colorado. The Company’s first deep drill hole (PF-03A) intersected 843.9 [...]

Vancouver, Canada – May 29, 2025 – Viscount Mining Corp. (TSX-V: VML) (OTCQX: VLMGF) ("Viscount" or the "Company") is pleased to announce the appointment of seasoned geologist Christina Ricks to its Advisory Board. Christina brings over 15 years of exploration and project management experience across North America, with a strong focus on sediment-hosted gold, massive [...]

Noteworthy sulfides including chalcopyrite, galena, sphalerite and pyrite prevailing over a continuous drill interval of 1100m. Viscount's first drill hole in the Passiflora target seems to have most of the mineral assemblage and alteration zones that are typical of most known copper porphyry systems. VANCOUVER, Canada (April 10, 2025) – Viscount Mining Corp. (TSX-V: VML) [...]

• According to Quantec geoscientists, a deposit with this large size and this high of a conductivity (extremely low resistivity) is likely explained by a significant system of interconnected mineralized fractures. • The main body of the conductive anomaly starts at a depth of ~400m and continues to a depth of ~1.5km, maybe deeper. The [...]

According to Quantec geoscientists, a deposit with this large size and this high of a conductivity (extremely low resistivity) is likely explained by a significant system of interconnected mineralized fractures. The main body of the conductive anomaly starts at a depth of ~400m and continues to a depth of ~1.5km, maybe deeper. The detectable length [...]