GoldHaven's 2,320-km Airborne Survey Targets 2026 Drilling

GoldHaven Resources Corp. (CSE: GOH) (OTCQB: GHVNF) finished a district-scale airborne geophysical survey over its 100%-owned Magno project in northern British Columbia's Cassiar Mining District. The company collected roughly 2,320 line-kilometres of high-resolution magnetic data across the 37,000-plus-hectare land package. That makes it one of the largest modern airborne magnetic datasets ever acquired over the property.

The survey uses Quantitative Magnetic Tensor (QMAGT) technology. It maps structural corridors, intrusive bodies and lithological contacts at higher resolution than conventional magnetic surveys. Those features often control carbonate replacement and skarn systems. Historical exploration at Magno focused on isolated showings. GoldHaven is taking a district-wide approach, treating the whole package as a single mineral system.

Preliminary processed imagery shows an extensive structural framework with multiple magnetic domains and breaks. Some of those features line up with known historical silver-lead-zinc-tungsten occurrences. Others sit in areas that have seen little previous work. The company cautions that interpretation is still underway. No conclusions about individual anomalies should be drawn until final processing and integrated geological interpretation are complete.

The dataset will be combined with geological mapping, historical drilling and recent surface sampling that returned values up to 2,370 g/t silver, 6,550 ppm tungsten and 334 ppm indium. That integration is meant to prioritise drill targets across several mineralised trends, including the Magno, Kuhn and D Zone areas.