Ms. Lindsay Dunlop reports

TALISKER RECEIVES PRELIMINARY RESULTS FROM THE SECOND PHASE OF ORE SORTING STUDIES FOR THE BRALORNE GOLD PROJECT

Talisker Resources Ltd. has released preliminary results from the second stage of laser-based ore-sorting of material from the company's Bralorne gold project located in British Columbia.

The first phase of ore sorting at Bralorne (see press release of Feb. 26, 2025) resulted in an increase of the average feed grade from 14.4 grams per tonne gold to a final sorted product grade of 27.8 grams per tonne gold. The preliminary results also rejected between 35 per cent and 55 per cent of total rock mass as waste and achieved gold recoveries of between 95 per cent and 99 per cent indicating that Bralorne vein material is particularly well suited to laser-based ore-sorting.

The second stage of testing was a run of mine testwork program using full-scale equipment to allow for a direct comparison with full-scale production projections. A total of 371.3 kilograms of material was processed at Tomra's test centre in Wedel, Germany, using multichannel laser-sorting technologies, specifically the PRO Secondary LASER Dual Device. Tomra's laser sorting uses a multichannel laser system to scan the surface of rock particles. The degrees of diffusion (scattering effects) on the surface of the rocks varies with distinct types of minerals, as well as with their crystallinity and colour. The different spot sizes of the diffusion measured are analyzed using Tomra's image processing software providing for the detection of small variances in surface patterns, even when those patterns are identical in colour. The different selected colour classes (coloured pixels) are then assessed as a percentage of the single rock area with this percentage used as a parameter to determine and to set the sorting cut-off grade.

Terry Harbort, chief executive officer of Talisker, stated: "We are impressed with these results using our run of mine material and full-scale equipment. We can clearly see the ability of the sorter to concentrate mineralized quartz vein material into the high-grade and medium-grade fractions while separating waste material into the pure waste and low-grade fractions. As we await the corresponding assay results for each fraction, we will be fast-tracking to the design, permitting and construction phases."

The testing also involved a cascading procedure where gold bearing material was passed multiple times through the sorting device. The cascading procedure involved three sequential sorting steps, each with increasing sensitivity to waste referred to as settings one through three. As the sensitivity increased from setting 1 to setting 3, the mass pull to waste also increased. At setting 1, the sorting produced the highest recovery but with a lower product grade. In contrast, setting 3 yielded the highest product grade, albeit with relatively lower recovery. This approach allows simulation of potential outcomes by applying a specific sensitivity in a single step sorting process.

Upon completion of the ore sorter testing, samples were sent for gold analysis by fire assay and multielement analysis by four-acid digestion followed by inductively coupled plasma mass spectrometry. In addition, material that has been physically concentrated by the ore sorting process will be sent for mineral processing and metallurgical testwork.

About Talisker Resources Ltd.

Talisker is a junior resource company involved in the exploration and development of gold projects in British Columbia, Canada. Talisker's flagship asset is the high-grade, fully permitted Bralorne gold project where the company is currently transitioning into underground production at the Mustang mine. Talisker projects also include the Ladner gold project, an advanced stage project with significant exploration potential from an historical high-grade producing gold mine and the Spences Bridge project where the company has a significant landholding in the emerging Spences Bridge gold belt and several other early stage greenfields projects.

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