Groundhog
Located 50 km south of Ross River, Yukon, the Groundhog Project is a road-accessible, scalable opportunity (4,215 hectare) immediately adjacent to the former Ketza River Mine. The property hosts intrusion-related silver-gold-copper-lead-zinc mineralization with recently recognized high-grade antimony yet remains untested by drilling.
High-Grade Silver: Grab samples on surface up to 11,663 g/t Ag (1.16%), multiple areas with grabs >200 g/t
Yukon Properties 100% Ownership
High-Grade Polymetallic Opportunity in the Yukon’s Ketza-Seagull District
Key Exploration Results
Cirque Showing: Chip sampling returned 47.8 g/t Ag, 9.09% Pb, & 15.7% Zn over 8.93 m (~660 g/t AgEq or 7.5g/t AuEq).
Gold, Copper, & Antimony Potential: Grab samples across the property have returned values up to 5.91 g/t Au, 7.76% Cu, and >1.0% Sb, confirming the high-grade polymetallic nature of the system.
Disclaimer: The historic data presented here has not been verified by a Qualified Person under NI 43-101.
Investment Highlights
Strategic Location
Situated 30 km SW of the Tintina Fault in the Cassiar terrane, directly adjacent to the past-producing Ketza River Mine (4M+ tonnes @ ~5 g/t Au historic resource).
Proven High Grade Widths
Surface chip sampling has returned economic grades over significant widths, including 47.8 g/t Ag, 9.09% Pb, & 15.7% Zn over 8.93 m.
Undrilled Potential
Despite exceptional surface numbers, there is no documented historical drilling on the property, leaving the depth potential entirely open.
Intrusion Related Mineralization
Epigenetic vein, manto, and skarn mineralization with potential Au-As zoning on the property is interpreted to be related to felsic intrusions of the Cassiar suite, which outcrop on the western part of the property.
Cirque Showing: Chip sampling returned 47.8 g/t Ag, 9.09% Pb, & 15.7% Zn over 8.93 m (~660 g/t AgEq or 7.5 g/t AuEq).
Gold, Copper, & Antimony Potential: Grab samples across the property have returned values up to 5.91 g/t Au, 7.76% Cu, and >1.0% Sb, confirming the high-grade polymetallic nature of the system.