Advance Metals is using a new 3D model to define high-grade gold controls at its Happy Valley project in Victoria [1].
This technical shift allows the company to more accurately identify the structural controls of gold deposits. By refining the hunt for repeat gold shoots, the company aims to increase the efficiency of its exploration efforts and reduce the risk of drilling in low-yield areas.
According to final assay results, the project has returned gold concentrations of up to 131.5g/t [1]. The application of the 3D model was designed to sharpen the search for these high-grade shoots across the Victorian site.
The process involves mapping the subterranean geometry of the project area to predict where gold is most likely to accumulate. This approach moves away from traditional two-dimensional mapping, providing a more comprehensive view of the geological structures that host the mineral deposits.
Advance Metals continues to integrate these digital tools to optimize its operational footprint in Victoria. The use of high-resolution modeling is becoming a standard for companies seeking to maximize the output of existing project sites without increasing the total number of drill holes.
“Advance Metals is using a new 3D model to define high-grade gold controls.”
The transition to 3D modeling at the Happy Valley project represents a shift toward precision mining. By utilizing advanced spatial data to locate high-grade gold shoots, Advance Metals is reducing the guesswork associated with traditional exploration, which can lead to lower operational costs and higher success rates in mineral discovery.
