Waratah Consols gold system expansion: resource and mine planning notes for engineers
Reviewed by Tom Sullivan
First reported on Australian Mining
30 Second Briefing
Waratah Minerals has extended gold mineralisation at the Consols Gold Zone in New South Wales, with five new drill holes enlarging the mineralised footprint along the northern, eastern and western margins of the Spur project. The latest intersections confirm high-grade continuity at depth, indicating that the system remains open both laterally and vertically. For resource modellers and mine planners, the results point to a larger, more continuous orebody, likely requiring updated block models and revised pit or underground development scenarios.
Technical Brief
- New holes targeted step-out positions on northern, eastern and western margins rather than infill locations.
- Waratah’s current work programme is focused on defining the lateral limits of the Consols system.
- Depth extensions are being tested explicitly to inform potential underground access geometry and level spacing.
- Drill data density is now sufficient in several panels to begin preliminary geotechnical domaining.
- Structural continuity indicated by the new intersections will influence stope orientation and sequencing options.
- Expanded mineralised extents will require revised assumptions for haulage distances and waste–ore segregation on any future mine plan.
- For comparable intrusion-related gold systems in New South Wales, such step-out success has typically preceded maiden resource estimates.
Our Take
Within our 429 gold-tagged items, New South Wales features far less frequently than Western Australia and Queensland, so the Consols Gold Zone work stands out as one of the more active greenfields-style gold exploration efforts in that state.
The addition of five new drill holes at Consols, on top of the deep test IDD001 reported on 29 September 2026, suggests Waratah is now testing both depth and lateral continuity, which is typically the prelude to a maiden resource or at least a more formal exploration target for the Spur project.
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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