Eureka Metals Corp. has completed a high-resolution airborne magnetic and VLF-EM survey covering approximately 2,441 line-kilometres at the Tyee Titanium Project in Quebec’s Côte-Nord region, highlighting broad magnetic trends across the property.

The survey was flown at a 50-metre line spacing with 500-metre tie lines. Eureka has also recently expanded the Tyee Project footprint to approximately 109 km² following additional claim staking, which included operator Eureka Lithium staking twenty-three new mineral claims covering areas up to 14.5 kilometres from the project centre on June 1, 2026.

The tighter line spacing provides a higher-resolution geophysical dataset that complements the company's June 2026 prospecting program, which identified six new massive ilmenite occurrences across multiple target areas. Initial interpretation shows that the principal exploration target areas sit within a broader network of regional magnetic features.

“Our June field program demonstrated that titanium mineralization is widespread across several areas of the Tyee Project, and this new high-resolution survey gives us a much clearer picture of the broader geophysical setting around those occurrences,” commented Danny Matthews, Chief Executive Officer. “What stands out is the scale and continuity of the magnetic trends across the Project. We now have a significantly improved dataset to integrate with our field results as we refine and prioritize the next generation of exploration targets at Tyee.”

The new geophysical dataset is being integrated with historical exploration data, geological mapping, and surface sampling to refine and prioritize targets for future exploration. In July 2026, Eureka Metals acquired an option to acquire an 80% interest in the KM98 Titanium Project, located approximately 45 kilometres southwest of Tyee, where the company expects to commence its inaugural exploration program during the summer of 2026.

Read the full announcement: Eureka Metals Identifies Broad Magnetic Trends Across Tyee Titanium Project from High-Resolution Airborne Survey