Sable Expands Cu-Au Footprint and Identifies New Copper and Gold Targets Ahead of Maiden Drill Program at the Zorro Project, San Juan, Argentina

This section is Partnership Content suppliedThe content in this section is supplied by GlobeNewswire for the purposes of distributing press releases on behalf of its clients. Postmedia has not reviewed the content. by GlobeNewswire Zorro Project, plan view of regional magnetic anomaly, soil samples in white dots, and rock samples showing copper values, highlighting the main targets Zorro Copper and Zorro North.

The red line shows the outline of the conductivity and chargeability anomaly located on the east margin of the main magnetic anomaly while the black line represents the new Zorro Gold anomaly. GNWArticle contentVANCOUVER, British Columbia, July 06, 2026 (GLOBE NEWSWIRE) — Sable Resources Ltd. (“Sable” or the “Company”) (TSXV: SAE | OTCQB: SBLRF) is pleased to report the results of a soil geochemistry survey completed at its Zorro Project in San Juan Province, Argentina.

Sign In or Create an AccountEmail AddressContinueor View more offersArticle contentFollowing up on initial results of geological mapping, structural analysis, systematic rock sampling, and a recently reported IP survey (see press releases dated February 25, April 20, and June 29), the Company has completed a 1,719 sample soil geochemistry program covering the central part of the Zorro claims, including all of the previously described copper and gold+/-silver targets (Figure 1).Article contentWe apologize, but this video has failed to load.Try refreshing your browser, ortap here to see other videos from our team.

Article contentArticle contentThe soil survey revealed two contrasting yet spatially related mineralized domains within the Zorro target: 1) a Cu-Ag (Au-Bi-W) domain that covers the western half of the soil survey area; and 2) a Au-Ag-Zn (As-Pb) domain that covers the eastern half of the survey area. The soil geochemical results confirm and significantly extend the footprint of the Zorro Copper and Zorro North targets, described in previous press releases, and highlight a significant new gold anomaly, hereinafter known as Zorro Gold (Figure 3).Article contentTop StoriesGet the latest headlines, breaking news and columns.

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Article contentHighlightsArticle contentThe western portion of the Zorro intrusive complex, dominated by outcropping granite to granodiorite, presents a geochemical signature represented by Cu-Ag-Bi-W (±Au) anomalism, characteristic of intrusive-related mineral systems. Two important western area anomalies have been defined: Zorro Copper confirmed by the new soil data. This rock chip + soil anomaly extends for some 800m by 500m (Figures 1 and 2); andZorro North where soil geochemical data has significantly extended the footprint of this target to include an area of > 2,000m by 1,000m (Figure 2).

Significant parts of this anomaly are covered by unconsolidated gravels.The eastern half of the intrusive complex, of contrasting dioritic composition, presents a geochemical signature dominated by Au-Ag-As-Zn and Pb, apparently related to quartz veins and veinlets with intrusive-related characteristics: The new Zorro Gold anomaly extends for 1,600m by 1,000m and encompasses the area where previous rock sampling reported multiple plus-gram-per-tonne gold values, including samples associated with quartz-sulfide veins and veinlets returning 7 g/t, 13.3 g/t, 34.

7 g/t, and 140 g/t Au (Figure 3).In addition to the above, the magmatic hydrothermal Zorro Breccia zone (reported previously) presents erratic Ag-Mo-Zn-As geochemical signature that may represent leakage from a mineralized source at depth.Article contentArticle contentUpcoming Drill ProgramArticle contentFinal preparations are underway for a diamond drill program in the second half of July.

The objective of this maiden drill campaign is to test the targets identified to date:Article content1 – Zorro Copper: Drilling will test the strike and depth continuity of the main Cu (Ag-Au) mineralized structural corridors, which host chalcopyrite veins and veinlets.Article content2 – Zorro North: Drilling will evaluate the vertical continuity, geometry, and grade potential of the potassic-altered granitic intrusive phase characterized by chalcopyrite mineralization contained within miarolitic cavities.Article content3 – Zorro Breccia: Drilling will test for vertical metal zonation, following surface pathfinder element anomalies within the breccia’s upper cupola toward potential higher grade mineralized zones at depth.

Article content4 – IP Anomaly: Drilling will investigate the source and geological significance of the newly identified conductivity and chargeability anomaly.Ar