Recent news from Kingfisher Metals Corp. highlights how integrated geophysics is helping unlock the scale of the Hank Cu-Au porphyry discovery in British Columbia’s Golden Triangle. Updated inversions of MobileMT, magnetics, IP, and DC resistivity have expanded the interpreted hydrothermal footprint to a 3.5 ร 4.4 km low-resistivity system, providing a robust 3D framework for drill targeting.
The significance of this work is underscored by Barrick Mining Corporation’s decision to make a strategic investment in Kingfisher Metals Corp., providing additional capital to accelerate exploration at the HWY 37 Project. The investment reflects growing confidence in the project’s discovery potential and the value of a systematic, data-driven exploration approach.
At Hank, MobileMT contributes by mapping the large-scale conductive hydrothermal alteration envelope, while magnetic vector inversion defines the magnetite destruction associated with alteration, and IP outlines chargeable sulphide-rich domains. Together, these complementary datasets reveal the geometry and scale of the mineral system, helping prioritize the most prospective drill targets.
This is another example of how integrating multiple geophysical methods into a unified 3D geological model can reduce exploration risk, increase targeting confidence, and support the advancement of major mineral discoveries.
