Red Lake Gold Project
A district-scale claim package in northwestern Ontario, positioned along structures that host some of Canada's most prolific high-grade gold mines.
On a belt that built a town.
The Red Lake gold camp lies within the Archean Uchi Subprovince of the Superior Province. Since the 1920s, the camp has produced more than 30 million ounces of gold from world-class deposits including Campbell, Red Lake (Dickenson), and Cochenour.
Our claims sit along the same family of regional deformation zones that host these mines, with under-tested strike length and excellent infrastructure.
Classic Archean greenstone gold.
Mineralization in the Red Lake camp is hosted predominantly within deformed mafic to ultramafic volcanic rocks, with gold associated with quartz–carbonate veins, sulphidation, and silicification along ductile shear zones.
Targets on the Company’s claims include strike extensions of known mineralized trends, second-order splays off regional breaks, and folded host stratigraphy with favorable rheological contrasts.
What we’re doing this year.
- Phase 1
Compilation & Targeting
Integrate historical drilling, government datasets, and recent geophysics into a single 3D model. Prioritize drill-ready targets.
- Phase 2
Field Mapping & Sampling
Detailed prospecting, channel sampling, and structural mapping over priority blocks ahead of the planned drill program.
- Phase 3
Geophysics
Ground IP/Mag survey lines tied to anomalies from prior airborne work, refining targets at depth.
- Phase 4
Maiden Drill Program
Initial diamond drilling on highest-priority targets, designed to test geological models and vector toward mineralization.
Technical and scientific information on this page has been prepared in accordance with the disclosure standards of National Instrument 43-101 — Standards of Disclosure for Mineral Projects, and reviewed by the Company’s designated Qualified Person. Historical results referenced from neighbouring properties are not necessarily indicative of mineralization on the Company’s claims.