GSP Targets New High-Grade Gold Discovery Leveraging Existing Copper Resources at Alwin Mine Property

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VANCOUVER, BRITISH COLUMBIA - February 24, 2025 (NEWMEDIAWIRE) - GSP Resource Corp. (TSX-V: GSPR / FSE: 0YD / OTC: GSRCF) (the "Company" or "GSP") provides an overview of planned follow up to the recent High-Grade Gold Discovery made at the 100% owned Alwin Mine Project in Southwestern British Columbia (please see summary news release dated February 19th, 2025). The recently completed drilling marked a sea change for the Alwin Mine Project with the discovery of high-grade gold values in step-out hole AM-24-06 that yielded 5.04 grams-per-tonne (g/t) Gold (Au) and 1.01% Copper (Cu) Over 7.90 metres (m); including 22.93 g/t Au and 1.82% Cu Over 1.64 m(1). With analysis of the recent drill results now completed, GSP announces additional high-grade gold drill targets are planned for 2025.

The Alwin Project currently hosts an inferred mineral resource comprising 1.46 million tonnes (Mt) tonnes, at an average grade of 1.08% Cu, yielding 34.6 million pounds of Cu(2). Potentially significant silver and gold values have long been known at Alwin, however a lack of historic assays for these metals prior to drilling by GSP has precluded their inclusion in resource estimation. The new discovery within west-side step-out drill hole AM-24-06 at a depth 40 m below the current resource pit shell presents an opportunity to augment existing open pit and underground mineable copper resources with high-grade gold values.

Significantly, high-grade gold values in AM-24-06 occur in a 1.64 m core width interval, which includes an individual sample of 0.84 m assaying 35.1 g/t Au (1.02 oz/ton), within the interpreted hangingwall of a broader 7.9 m core width copper-gold-silver zone(3).

The occurrence of high-grade gold values, below the vertical projection of existing "3 Zone" modelled copper resources, affirms the Company's belief that these two contrasting mineralization styles are structurally and genetically linked, and can be successfully targeted within the context of the current Alwin Mine geological model. Additionally, the Alwin high-grade gold mineralization is visually distinct from the broader copper zones and is marked by the presence of intense texturally destructive black chlorite-sericite alteration.

For the 2025 exploration season, GSP is planning an initial phase of drilling designed to infill and potentially expand the footprint of important high-grade gold mineralization with AM-24-06. The drilling is designed to test both laterally and vertically beyond AM-24-06 to provide additional intercepts to confirm the structural setting, as well to extend the depth of drill holes to test additional modelled copper lodes within the structural footwall to the north that are equally as prospective (Figure 1).