Collective Mining Discovers High-Grade Subzones in Apollo and Drills the Best Hole Ever, Intersecting 150.55 Metres at 6.16 g/t AuEq Within 534.40 Metres at 2.70 g/t AuEq

In This Article:

  • The hole was successfully drilled orthogonally across the Apollo system to test, for the first time, the potential of newly modelled broad high-grade subzones within the system.

  • Two additional holes to test the newly modelled high-grade subzones have been completed. Both holes intersected the projection of the newly modelled subzones and cut significant sulphide mineralization over broad intervals with assay results expected in early Q1, 2025.

  • Drilling in 2025 will systematically test the vertical extent of the new modelled high-grade subzones, which cover more than 1,000 vertical metres, as they have the potential to significantly increase the overall grade profile of the Apollo system.

TORONTO, Dec. 16, 2024 /CNW/ - Collective Mining Ltd. (NYSE: CNL) (TSX: CNL) ("Collective" or the "Company") is pleased to announce initial assay results for the first of a planned series of orthogonally drilled holes designed to test the potential of newly modeled broad and high-grade subzones within the Apollo system ("Apollo"), located within the Company's multi-target Guayabales Project in Caldas, Colombia. The Company currently has four drill rigs operating as part of its fully funded and on-schedule 40,000-metre drilling program for 2024. A fully funded 60,000-metre drill program is planned for 2025, which will be the largest drilling campaign in the history of the Company.

Ari Sussman, Executive Chairman commented: "This is a remarkable result for which our Colombian technical team deserves much credit. Internal deposit modelling led to the realization that most of the prior drilling from the south was not directly orthogonally across the system and that we should start drilling from the northern side of Apollo in a southerly pattern. As a result, drill Pad17 was constructed, and the hypothesis was tested with hole APC104-D1. 2025 is going to be an exciting year for the Company as we focus drilling on chasing laterally and vertically both the high-grade subzones and Ramp Zone as part of our fully funded, 60,000-metre drill program."

To watch a video of David Reading, Special Advisor to the Company and QP under NI43-101 explain today's results please click on the link here.

Details (see Table 1-2 and Figures 1-5)

  • APC104-D1 was drilled southwest from mother hole APC-104D (collared from new Pad17) to intercept, orthogonally, multiple newly modeled high-grade subzones within the Apollo system with assay results as follows:

  • 534.40 metres @ 2.70 g/t gold equivalent from 107.10 metres including:

      • 150.55 metres @ 6.16 g/t gold equivalent from 107.10 metres which includes, 

        • 39.55 metres @ 10.60 g/t gold equivalent and,

      • 37.75 metres @ 5.04 g/t gold equivalent from 358.20 metres which includes,

        • 18.75 metres @ 7.85 g/t gold equivalent

  • APC104-D1 is the largest grade accumulation intercepted to date at Apollo at 1,440 g/t gold equivalent on a gram x metre basis. For context, the grade accumulation in APC104-D1 at 1,440 g/t gold equivalent is 38% higher than the average of 1,055 g/t gold equivalent for the prior fourteenth grade accumulation intercepts at over 1,000 g/t gold equivalent drilled by the Company.

    APC104-D1 is the first hole within a newly designed large drilling program aimed at delineating and extending the high-grade subzones to depth at Apollo. Visual logging of recently completed additional drill holes, APC104-D2 and APC104-D3, indicate that both holes have intersected the same styles of mineralization and sulphide levels as reported in APC104-D1.