Mr. Danny Matthews reports
EUREKA METALS ADVANCES TYEE EXPLORATION WITH HIGH-RESOLUTION AIRBORNE GEOPHYSICAL SURVEY
Eureka Metals Corp.'s high-resolution airborne magnetic-electromagnetic-very low frequency (Mag-EM-VLF) geophysical survey is under way at its wholly owned Tyee titanium project in Eastern Quebec. The survey represents the next phase of the company's 2026 exploration program and follows the recent identification of six new massive ilmenite occurrences across multiple sectors of the project.
The approximately 2,300-line-kilometre program is now substantially complete and is being conducted by Novatem Inc. at 50-metre line spacing to collect a modern, high-resolution geophysical data set across priority exploration corridors. The results will be integrated with this season's prospecting program and historical exploration data to refine the company's geological model and prioritize follow-up exploration.
Together with the company's recent field results, the survey will provide a comprehensive modern exploration data set that is expected to significantly improve Eureka's understanding of the geological controls on titanium mineralization across the project.
Highlights
- High-resolution airborne Mag-EM-VLF survey under way at the Tyee titanium project;
- Approximately 2,300 line kilometres of data being collected at 50-metre line spacing;
- Airborne survey substantially complete, with completion expected shortly, subject to weather conditions;
- Survey results to be integrated with the company's recent prospecting results, including the identification of six new massive ilmenite occurrences;
- Integrated data set expected to refine priority exploration targets across the district-scale Tyee project.
"Our objective at Tyee is to systematically build the geological understanding needed to unlock the project's full potential," said Danny Matthews, chief executive officer. "Following the encouraging results from our recent prospecting campaign, this airborne survey is the logical next step in our exploration strategy. By integrating modern geophysical data with this season's field results, we expect to better understand the geological framework of the project and continue refining the highest-priority targets for future exploration."
The airborne survey is being completed by Novatem Inc. using a Guimbal G2 helicopter and comprises approximately 2,300 line kilometres of magnetic, electromagnetic and very low frequency (VLF) surveying flown at 50-metre line spacing across priority areas of the project. The survey is intended to improve the company's understanding of lithological and structural trends across the project and, when integrated with recent prospecting results and historical exploration data, refine its geological model and prioritize future exploration targets.
Ryan Versloot, PGeo, technical adviser to the company, commented:
"The combination of widespread surface mineralization identified during this season's field program and a modern, high-resolution airborne geophysical survey provides an important exploration data set. Integrating these results will significantly improve our understanding of the geological controls on titanium mineralization and allow us to systematically prioritize the highest-potential target areas across the project."
Next steps
Following completion of the airborne survey, the data will undergo processing and interpretation before being integrated with geological mapping, prospecting observations and historical exploration results. Eureka expects the integrated data set to support the refinement of its exploration model and guide future exploration activities, including follow-up fieldwork and drill target generation. The company expects to provide additional updates as data processing and interpretation progress and priority exploration targets are refined.
Marketing engagement
The company also announces that it has renewed its engagement with MCS Market Communication Services GmbH (MCS) (address: Saarlandstrase 28, 58511 Ludenscheid, Nordrhein-Westfalen, Germany; info@mcsmarket.de; 49-177-248-1220), for marketing services for up to an additional three-month term or until budget exhaustion, commencing July 8, 2026, and that the term of the marketing services may be extended or shortened at the discretion of management depending on, amongst other things, the efficacy of the marketing services.
Pursuant to the agreement, MCS will provide a comprehensive suite of digital marketing services including, among other things: the development and management of digital campaigns, the creation of text materials; detailed keyword research and campaign optimization; creation of customized landing pages and co-ordination with on-line marketers; and placements across various on-line channels to improve reach and visibility. MCS will execute these services through on-line platforms using demographic, geographic, keyword and interest-based targeting to reach relevant investor audiences.
The company will pay a fee of 250,000 euros (inclusive of advertising spend and an 18-per-cent agency fee) for the term. MCS does not currently hold any securities of Eureka and no securities-based compensation has been provided or is contemplated pursuant to the agreement. MCS is a third party marketing services provider and is at arm's length to the company.
Qualified person
The scientific and technical information contained in this news release has been reviewed and approved by Ryan Versloot, PGeo, a technical adviser to the company and a qualified person as defined under National Instrument 43-101.
About Eureka Metals Corp.
Eureka Metals is a Canadian mineral exploration company focused on the acquisition and advancement of exploration projects in Canada. The company holds a 100-per-cent interest in the Tyee titanium project in Quebec, prospective for titanium-vanadium-scandium mineralization and an option to acquire a 100-per-cent interest in the Cabin Lake polymetallic project in British Columbia, prospective for silver-lead-zinc-gold mineralization.
We seek Safe Harbor.
© 2026 Canjex Publishing Ltd. All rights reserved.