Home » Significant Gold Results up to 16g/t Au Received from Cork Tree Well Geotechnical Drilling

Significant Gold Results up to 16g/t Au Received from Cork Tree Well Geotechnical Drilling

Significant Gold Results up to 16g/t Au Received from Cork Tree Well Geotechnical Drilling

HIGHLIGHTS

The metallurgical and geotechnical drilling campaign, conducted in Q1, represents the first diamond holes drilled at Cork Tree Well by Brightstar, with analyses of gold mineralisation now underway after the recent completion of geotechnical logging and sampling. Geotechnical parameters are being strengthened by the knowledge gained from this recently completed program.

Today’s results continue to reinforce our view that the gold mineralisation at Cork Tree Well is structurally hosted, with gold mineralisation returned in CTWGT007 and CTWGT008 being positioned within a chert-breccia horizon in the sedimentary package underneath the historically mined shallow open pit.

The sixteen Geotechnical drillholes (CTWGT001 – CTWGT016) were drilled into the current optimised $2,750/oz pit- shell(s) generated in the 2023 Scoping Study3 with CTWGT007 and CTWGT008 designed by Brightstar’s independent geotechnical consultants targeting structural and rock mass data. Both CTWGT007 and CTWGT008 were drilled perpendicular to the orebody and thus reported intersections represent estimated true widths of significant mineralised intercepts.

Given the calibre of the assays received from the drilling to date, Brightstar continues to see strong potential to build on the existing 303koz @ 1.4g/t Au Mineral Resource4 both at depth with high-grade plunging shoots and strike extensions targeting the structurally-controlled mineralised trends. The high-grade results returned to date are significantly higher than the current 1.4g/t Au head grade of the Mineral Resource and 1.85g/t mine grade from the 2023 Scoping Study, representing significant upside to both metrics.

We look forward to updating shareholders with more information on our diamond program, which forms the basis for metallurgical and geotechnical test work within our Pre-Feasibility Study underway.”

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