Advance Metals delivers standout gold assays at Happy Valley and unveils a detailed 3D geological model, enhancing exploration precision across its Victorian gold projects.
- High-grade gold assays up to 131.5 g/t at Happy Valley
- 3D model reveals three deep quartz veins extending 500m
- Regional exploration along 16km Magpie-Barwidgee trend ongoing
- Beaufort rock chip assays pending, guiding next drill targets
High-Grade Gold Assays Confirmed at Happy Valley
Advance Metals Limited (ASX:AVM) has reported final assay results from its latest drilling campaign at the Happy Valley deposit within the Myrtleford Gold Project in Victoria. The standout intercept includes a narrow but blistering 0.2-metre section grading 131.5 g/t gold within a broader 1.8-metre interval at 15.2 g/t from 132.3 metres downhole. Another hole returned 1.3 metres at 4.65 g/t from 324 metres. These results underscore the presence of high-grade shoots within the deposit, reinforcing Happy Valley’s potential as a significant gold target.
New 3D Geological Model Enhances Targeting Precision
Crucially, the completion of a new 3D geological model has provided Advance with a much clearer understanding of the structural controls on gold mineralisation at Happy Valley. The model identifies three principal gold-bearing quartz veins plunging sub-vertically to the southeast and extending at least 500 metres below surface. These veins are offset by late-stage faults, creating discrete high-grade shoots where they intersect. This refined structural framework is expected to improve drill targeting, particularly for extensions and repetitions of the known mineralised system.
Broader Myrtleford Exploration Targets District-Scale Potential
Beyond Happy Valley, Advance is advancing a regional exploration program along the 16-kilometre Magpie-Barwidgee trend, a corridor peppered with historic gold workings that have not been tested by modern drilling. The company is conducting detailed mapping and rock chip sampling to define maiden drill targets at priority sites such as Sunday, Magpie, Tubal Cain, and Barwidgee. These efforts are supported by reprocessed high-resolution LiDAR data and historic production records, aiming to unlock additional high-grade gold deposits across the Myrtleford project area.
Beaufort Project Assays Awaited to Guide Follow-Up
At the Beaufort Gold Project in western Victoria, Advance has completed an initial rock chip sampling program comprising 46 samples targeting quartz veins aligned with major regional faults. Assay results are pending, and the company will use these data to prioritise targets for potential drilling. The Beaufort project complements Advance’s Victorian gold exposure alongside its expanding precious metals portfolio.
Strategic Implications and Next Steps
Advance Metals’ Managing Director Dr Adam McKinnon highlighted that while the high-grade results are encouraging, the real breakthrough lies in the enhanced geological model that will underpin future exploration. The company plans to continue assessing high-grade potential at Happy Valley, advance regional work along the Magpie-Barwidgee trend, and define drill targets at Beaufort once assays are received. This multi-pronged approach positions Advance to systematically unlock value in its Victorian gold assets, with a clearer path to resource definition.
Bottom Line?
Advance Metals’ integration of high-grade drilling with advanced 3D modelling sharpens its exploration edge at Happy Valley, setting the stage for focused follow-up drilling and regional expansion.
Questions in the middle?
- Will the new 3D model translate into a resource upgrade at Happy Valley?
- How will pending Beaufort assays influence the company’s drilling priorities?
- Can regional exploration along Magpie-Barwidgee trend reveal additional high-grade gold zones?