Eureka Metals Initiates 3D IP Survey at Cabin La… Project

Eureka, CA, September 29, 2026 — Eureka Metals has announced the commencement of a 3D Induced Polarization (IP) survey at its Cabin La… project. This geophysical survey is a critical step in the exploration process, designed to map subsurface geological structures and identify potential mineralized zones.

The 3D IP survey utilizes electrical resistivity and chargeability measurements to create a three-dimensional model of the underground environment. This advanced technique allows geologists to gain a more detailed understanding of the geological formations and the distribution of sulfide minerals, which are often associated with valuable ore deposits. The data collected will help Eureka Metals to refine its geological model and prioritize drilling targets.

The specific timing of the survey’s commencement and its expected duration were not detailed in the announcement. Furthermore, the exact location of the Cabin La… project beyond its designation remains undisclosed. Information regarding the geological objectives beyond general mineral exploration, such as the specific commodities being targeted, was also not provided.

Induced Polarization surveys are standard practice in mineral exploration, particularly for detecting disseminated sulfide mineralization. The method involves introducing an electrical current into the ground and measuring the resulting voltage. Differences in these measurements can indicate variations in rock and mineral composition beneath the surface. The 3D aspect of this survey aims to provide enhanced resolution and spatial accuracy compared to traditional 2D methods.

Eureka Metals has not released details regarding the scope of the survey, including the area to be covered or the specific geophysical parameters being employed. The company has stated that the results of the survey will guide future exploration activities, including potential drilling campaigns, but no timeline for these subsequent steps has been provided.

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