SQX Resources has reported outstanding gold assay results from systematic channel sampling at its Red Bird Gold Project in Arizona, confirming high-grade continuity and promising bulk-tonnage potential. The company’s maiden drilling program is complete, with assay results expected soon.
- High-grade gold assays up to 38.5g/t over significant widths
- Systematic channel sampling replicates historical results
- Potential for bulk-tonnage, near-surface open-pit resources
- Maiden 25-hole RC drilling program completed, results pending
- Geophysical surveys planned to target deeper and strike extensions
Spectacular Assay Results Confirm Historical Gold Grades
SQX Resources Limited has delivered a compelling update from its Red Bird Gold Project in Arizona, revealing spectacular gold assay results from a systematic channel sampling program. The sampling, conducted across multiple shallow underground levels, has returned high-grade gold intercepts including standout results such as 13.7 metres at 16.0 grams per tonne (g/t) gold and 6.7 metres at 18.3 g/t gold. These results not only confirm but closely replicate historical assays conducted by Homestake Mining in the 1980s, reinforcing the reliability of the sampling methodology and the continuity of the mineralisation.
Implications for Bulk-Tonnage Open-Pit Potential
The assay data reveal a robust high-grade core within the epithermal gold system, associated with fault and hydrothermal breccias and characteristic alteration minerals. Surrounding this core are extensive lower-grade mineralised halos, with intercepts such as 18.3 metres at 1.2 g/t gold, which suggest the potential for bulk-tonnage, near-surface open-pit mining scenarios. This combination of high-grade continuity and wide mineralised zones is encouraging for resource definition and future development.
Maiden Drilling Program Completed, Awaiting Results
Complementing the channel sampling, SQX’s US-based subsidiary AM6 Mining LLC has completed a maiden reverse circulation drilling program comprising 25 holes totalling 2,509 metres. These drill holes targeted mineralisation in and around the historical workings and included step-out holes to test extensions along strike and at depth. Samples have been dispatched to ALS laboratories in Tucson and Reno, with assay results expected progressively over the coming weeks. These results will be critical to confirming the resource potential indicated by the channel sampling.
Next Steps: Geophysical Surveys and Further Exploration
Looking ahead, SQX is planning high-definition magnetic and induced polarisation (IP) geophysical surveys to refine targets at depth and identify additional mineralised zones beyond the main workings. Further underground geological mapping and sampling, particularly at deeper levels, are also planned to enhance understanding of the structural controls on mineralisation. This multi-pronged exploration approach aims to build a comprehensive resource model and unlock the full potential of the Red Bird Gold Project.
Strategic Positioning in North America
Red Bird is part of SQX’s broader North American portfolio, which includes the Williams Gold–Silver Project in Montana, another historically productive precious-metal system. SQX’s disciplined exploration strategy, combining modern techniques with historical data, positions the company well to advance these assets in tier-one mining jurisdictions. The recent results at Red Bird underscore the potential for significant value creation as the company progresses towards resource definition and development.
Bottom Line?
With drilling results imminent and geophysical surveys underway, SQX’s Red Bird project is poised for a pivotal phase that could reshape its resource profile and market standing.
Questions in the middle?
- Will the upcoming drilling assays confirm the high-grade continuity suggested by channel sampling?
- How extensive are the deeper and strike extensions indicated by planned geophysical surveys?
- What timeline and capital investment will SQX pursue to advance Red Bird towards resource declaration?