Torque Metals’ Ritz gold project: deep HHH intercepts and design notes for mine engineers
Reviewed by Tom Sullivan

First reported on Australian Mining
30 Second Briefing
Torque Metals has recorded its deepest intercept at the HHH deposit within the Ritz gold project, with diamond hole 26HRCDD151 returning 8.9m at 17.50g/t gold from 344m, including 3m of higher-grade mineralisation. The company is using a combination of diamond and reverse circulation drilling across multiple lodes at HHH to test down-dip and along-strike extensions. Results point to resource-growth potential at depth, with implications for underground mine design, geotechnical characterisation of deeper host rocks, and future drilling density requirements.
Technical Brief
- Drilling at HHH is targeting multiple stacked lodes rather than a single discrete vein.
- Program combines diamond coring for structural and geotechnical data with faster RC for broader coverage.
- Deeper intercepts indicate mineralisation continuity well below historical open-pit limits at Ritz.
- Structural information from oriented core will be critical for future underground stope and access design.
- Increased depth of interest implies longer hole lengths, higher deviation risk, and tighter survey control needs.
- Denser drilling at depth will be required to convert inferred ounces to indicated for mine planning.
Our Take
An 8.9m intercept grading 17.5g/t Au at the HHH deposit places Ritz at the higher-grade end of Australian gold exploration results in our database, which can materially improve early-stage project economics even at modest tonnages.
The depth of the reported intercept (from around 344m) suggests Torque may be delineating an underground-style target at Ritz, which typically implies higher unit mining costs but can be attractive if continuity of similar grades is demonstrated at depth and along strike.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
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