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GoldHaven Scales Up Its Hunt for the Next Big BC Discovery
The same airborne technology that helped refine a major Idaho copper discovery is now flying over...
About this update from Cassiar Gold Corp
GoldHaven Scales Up Its Hunt for the Next Big BC DiscoveryIssued on behalf of GoldHaven Resources Corp. (CSE: GOH) (OTCQB: GHVNF) (FSE: 4QS) The same airborne technology that helped refine a major Idaho copper discovery is now flying over a 100%-owned district in northern British Columbia — and the survey just got 30% bigger. VANCOUVER, British Columbia, May 29, 2026 (GLOBE NEWSWIRE) -- Equity Insider Market Commentary -- There is a moment in the life of almost every district-scale discovery when the story stops being about a single rock sample and starts being about the system underneath it. GoldHaven Resources Corp. (CSE: GOH) (OTCQB: GHVNF) (FSE: 4QS) appears to be approaching that moment at its flagship Magno Project, and the Company has just made a decision that says a great deal about how seriously it takes the ground beneath its feet: it expanded its airborne geophysical survey by roughly 30%, from a planned 1,741 line-kilometres to approximately 2,237 line-kilometres. That is not a rounding error. It is a deliberate widening of the lens, and it is happening at a property in the Cassiar District of northern British Columbia that GoldHaven owns outright. Why a bigger survey actually matters Surface sampling tells you where mineralization breaks through to daylight. Airborne geophysics tells you where it might be hiding. At Magno, the surface story is already compelling — recent rock sampling returned values up to 2,370 grams per tonne silver, 6,550 parts per million tungsten, and 334 parts per million indium. Those are the kinds of numbers that get a geologist’s attention. But high-grade surface rock by itself does not make a mine. What makes a mine is a system: structural controls, intrusive contacts, alteration corridors, and feeder zones that connect what you can see at surface to what you cannot. That is precisely what the expanded survey is built to chase. By extending coverage from 1,741 to 2,237 line-kilometres, GoldHaven is pushing its high-resolution magnetic dataset across a broader north-south mineralized corridor — one defined by carbonate and sedimentary rocks sitting in contact with intrusive granitic units. In exploration terms, that contact zone is exactly the kind of address where carbonate replacement deposits (CRDs), tungsten-bearing skarns, and porphyry-style systems tend to set up shop. GoldHaven is n...