Torque Metals’ Ritz gold hits: resource growth and lode geometry notes for engineers
Reviewed by Joe Ashwell

First reported on Australian Mining
30 Second Briefing
Torque Metals has reported new high-grade gold intersections at its Ritz project in Western Australia, including 1.1m at 89.64g/t Au from 308.7m depth in diamond drill hole 26HRCDD179 at the HHH deposit. The interval contains a 0.2m section grading 398g/t Au, located outside the current HHH mineral resource envelope. Results point to down-dip and along-strike extensions with potential to upgrade resource tonnage and grade, prompting closer targeting of deep lode structures in upcoming drilling.
Technical Brief
- New data will refine structural models for lode orientation, plunge, and shoot continuity at Ritz.
- Resource geologists can now tighten variogram ranges and search ellipsoids for updated block modelling.
- High-grade, narrow intercepts imply possible shift towards selective underground stoping rather than bulk open-pit.
- Metallurgical testwork on such coarse, high-grade intervals will be critical for gravity–CIP circuit design.
Our Take
The Ritz project’s ultra-high-grade intercepts at depth echo Torque Metals’ earlier deep hit at the HHH deposit (8.9m at 17.5g/t from 344m in hole 26HRCDD151), suggesting the system may have vertical continuity that supports an underground development concept rather than a shallow open pit only.
Within our gold project coverage, Western Australian assets with sub-400m high-grade intersections have tended to attract early-stage corporate interest or JV discussions once continuity is demonstrated, so follow-up drilling at Ritz will be important for Torque Metals’ strategic options.
Compared with other high-grade gold stories such as Aureka’s Victorian assets, Ritz’s depth profile in Western Australia implies different cost and permitting dynamics, with WA’s established underground mining services sector potentially offsetting the higher development complexity at >300m depths.
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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