Kutcho Copper Enhances High Priority Esso West Drill Target; Advances Two Additional Targets Proximal to Main Zone

In This Article:

Vancouver, British Columbia--(Newsfile Corp. - June 4, 2024) - Kutcho Copper Corp. (TSXV: KC) (OTCQX: KCCFF) ("Kutcho Copper" or the "Company") is pleased to provide enhanced drill targeting information at its feasibility stage, high-grade copper-zinc development project (the "Project") located in north-western British Columbia.

Vince Sorace, President & CEO of Kutcho Copper stated: "We continue to refine and enhance our extensive new ZTEM, VTEM and seismic exploration data collected in 2023 to extract the best information for target delineation and for an exploration drilling campaign. We are excited about the potential for new discoveries, especially at the Esso West target, which could have a compelling impact on the Project. The improved definition of two targets in close proximity to the Main deposit also add additional discovery potential."

Exploration Targeting Update

Mira Geoscience was engaged by the Company to leverage all current exploration data on the Kutcho Copper Project with the goal of enhancing drill targeting information and highlight potential new targets. Initial work has now been completed on data located within the corridor that includes the known deposits Main, Sumac and Esso (Figure 1). By commencing in the area of highest data density and known mineral resources, it is possible to train and verify the targeting method and apply it to the broader property position, further refining existing targets and possibly identifying additional targets. Being able to have a remote sensing technique that can image features of the known mineral resource is very helpful to determining where to prioritise drilling in our 60+km strike length of broad prospectivity.

In developing the targeting methodology, Mira Geoscience have utilized all available information including surface mapping data, drillholes, soil assays, seismic, topography, ZTEM[1], VTEM[2], and magnetic surveys.

Mira Geoscience defined lithologic units that have consistent magnetic and lithographic parameters. One of those broad units has a plane corresponding to the known mineralization event horizon. Intersecting the unconstrained inversion of the ZTEM data with the event plane shows that higher ZTEM conductivity correlates with the mineralization and alteration to depths of at least 800m. The imaging of the known mineralization against the unconstrained ZTEM conductivity on the event horizon is shown in plan in Figure 2.

Figure 1 Location plan of targeting project phase areas and previously identified general target areas.

To view an enhanced version of this graphic, please visit:
https:/https://finance.yahoo.com/images.newsfilecorp.com/files/3735/211467_kutchoimage1.jpg