Benz Confirms Major High Grade Gold Extensions to Zone 126 and Discovery of New Lens 5

Core Insights - Benz Mining Corp has confirmed significant high-grade gold extensions at Zone 126 and the discovery of a new Lens 5 at the Glenburgh Gold Project in Western Australia, with the deepest intercept recorded at over 150 grams per meter [1][3][10]. Group 1: Zone 126 Developments - Ongoing drilling at Zone 126 has revealed a major down-dip extension, with hole 25GLR117 returning 15 meters at 12.7 grams per ton (g/t) gold from 850 meters, marking a 200-meter step-out from previous drilling [5][10]. - Lens 4 has shown significant growth, with a new intercept of 20 meters at 5 g/t gold from 676 meters, extending the lens further to the west [5][11]. - All lenses from 1 to 5 remain open at depth, indicating substantial potential for further high-grade gold additions [7][14]. Group 2: New Discoveries and Future Targets - The new Lens 5 discovery has been confirmed with an intercept of 2 meters at 16.8 g/t gold from 528 meters, suggesting thicker and higher-grade mineralization may be found down-dip [5][13]. - The NE3 and Hurricane targets have been identified as the next high-grade discovery corridors, with NE3 interpreted as an opposing fold limb to Zone 126 and Hurricane presenting a 1 km long gold-in-soil anomaly [8][16]. - Both targets have shown potential for discoveries comparable in size and scale to the Zone 126 trend, with historical drilling intersecting high-grade mineralization near the surface [9][17]. Group 3: Geological Insights and Project Potential - The Glenburgh Gold Project is emerging as a new frontier gold district with multi-million-ounce potential, featuring a mineralized corridor of 18-20 kilometers [36][37]. - The combination of thick, bulk-style gold mineralization and multiple high-grade underground lenses positions Glenburgh as a unique opportunity in the Australian gold sector [37][41]. - The project is supported by advanced geological techniques and a deep understanding of the geological framework, which is expected to enhance exploration success [42][34].