Independence Gold Hits Three New Gold Discoveries With More Assays Pending
CEO.CA Aug 10, 2026 7:20
Summary
Independence Gold's 10,000-metre spring program found three new gold-silver veins at 3Ts, with at least 10 major structures still untested.
The Balrog, Goofy and Dixie veins sit under at least 30 metres of glacial till that conventional exploration would not have flagged.
Base metals hit at depth on Dixie suggest the deposit runs past surface gold and silver, which the CEO calls epithermal-style mineralization.
Scaling from roughly 750,000 ounces toward one million gold-equivalent ounces is what draws neighbour and mid-tier company interest.
A large assay batch lands between late August and September, feeding a late-fall drill program built partly on new AI-generated targets.
Mr. Randy Christopher Turner B.Sc., P.Geo.'s takeaways
- Top takeaway Turner argues the completed 10,000-metre drill program at 3Ts was a real, significant success in establishing new resources, converting three geophysically indicated targets into new discoveries named Balrog, Goofy and Dixie.
- He points to the Dixie vein as the standout result, with gold and silver grades similar to Balrog and Goofy plus base metals at depth that he interprets as epithermal-type mineralization.
- He argues his combination of geophysics, geochemistry and geological compilation can keep finding 'blind' structures that at least 30 metres of glacial till hides from conventional exploration, and says at least 10 untested major structures remain on the property.
- He expects a heavy news flow, with a large batch of assays due from late August into September 2026, a follow-up drill program targeted for late October or November, and targets from a newly completed AI study of the property still under review.
- He says adding ounces at 3Ts raises the chance of interest from neighbours and other mid-tier companies, supporting the one-million-ounce gold-equivalent goal he has stated before, and that the company is in good shape financially while it sizes the late-fall program.