Ballymore Resources has reported its strongest Torpy’s intersection yet, with shallow drilling returning 580.4g/t silver, 25.88% lead, 10.08% zinc and 8.7g/t indium over 2 metres. The result extends mineralisation 40 metres up-dip and supports the company’s emerging high-grade shoot model, although the project remains at the exploration stage.
- 2m at 580.4g/t silver, 25.88% lead and 10.08% zinc in BTPRC013
- Mineralisation extended 40m up-dip from earlier drilling
- Individual 1m samples reached 898.0g/t silver and 39.59% lead
- Assays remain pending from the broader 22-hole programme
- Drone magnetic survey planned across the greater Torpy’s district
BTPRC013 Delivers Torpy’s Strongest New Intersection
Ballymore Resources Limited (ASX:BMR) has produced a particularly eye-catching result at its Torpy’s discovery in North Queensland, where hole BTPRC013 returned 2 metres at 580.4g/t silver, 25.88% lead, 10.08% zinc and 8.7g/t indium from 46 metres. The interval sits inside a broader 7-metre zone grading 170.0g/t silver, 7.60% lead, 3.27% zinc and 2.9g/t indium.
The result is not an isolated spike in an otherwise barren hole. BTPRC013 also delivered 3 metres at 391.1g/t silver, 17.45% lead, 7.43% zinc and 6.7g/t indium, while individual 1-metre samples reached up to 898.0g/t silver, 39.59% lead and 10.35% zinc. Those grades are reported from downhole intervals, not confirmed true widths; Ballymore says true widths may ultimately be up to 50% shorter.
Up-Dip Drilling Strengthens the Shoot Interpretation
BTPRC012 and BTPRC013 were drilled 40 metres up-dip of the earlier BTPRC010 and BTPRC011 holes. BTPRC012 returned 20 metres at 43.0g/t silver, 1.80% lead, 1.05% zinc and 1.0g/t indium from 38 metres, including 2 metres at 247.8g/t silver, 9.16% lead and 0.97% zinc.
Taken together, the holes extend significant shallow mineralisation and provide further support for Ballymore’s interpretation that high-grade shoots form along major fault structures. The company’s earlier drilling campaign established the initial high-grade system, while the latest results add continuity up-dip rather than simply identifying a separate mineralised occurrence. That distinction matters at this stage, because the exploration case depends on whether the strong grades persist across enough strike and depth to support a future resource.
Near-Miss Holes Add Geological Information
Not every hole landed in the high-grade zone. BTPRC014, BTPRC015 and BTPRC016 did not return significant high-grade mineralisation, but each intersected alteration or weaker mineralisation similar to the geological halo around stronger intervals. BTPRC014, for example, encountered broad silica-chlorite alteration and 15 metres at 0.53% zinc, while BTPRC016 returned a 1-metre interval at 21.6g/t silver, 0.56% lead, 1.65% zinc and 2.7g/t indium.
Ballymore describes these holes as potential “near-misses” that should help refine the geological model. That is useful exploration information, but it also highlights the current uncertainty: the system appears structurally controlled and the spacing required to define its geometry and continuity has not yet been established. The company states that Torpy’s has no Mineral Resource or Ore Reserve at present.
More Assays and Magnetic Survey Remain Ahead
The latest results cover holes BTPRC012 to BTPRC016 from a 22-hole, 2,609-metre programme completed across Torpy’s and Little Torpy’s. Assays are still pending for further holes, including several that recorded preliminary visual estimates of galena and sphalerite. Those observations are not laboratory assays and should not be treated as equivalent evidence of grade.
The next technical step is a detailed drone magnetic survey across the greater Torpy’s district, alongside the remaining assay results. Ballymore says the survey is intended to help identify additional drill targets, while its wider exploration work has already highlighted targets beyond the immediate discovery. The key test will be whether the pending assays and follow-up drilling convert a handful of impressive intersections into a coherent, repeatable mineralised footprint.
Bottom Line?
The headline grades are compelling, but Torpy’s next value inflection depends on continuity: pending assays and follow-up drilling must show that the high-grade shoots extend beyond isolated downhole intervals.
Questions in the middle?
- Do the pending assays from holes BTPRC017 to BTPRC031 confirm continuity of high-grade mineralisation across Torpy’s and Little Torpy’s?
- How closely do the reported downhole widths approximate true widths once the geometry of the shoots is better understood?
- Can the planned drone magnetic survey identify additional targets that reproduce Torpy’s high-grade silver-lead-zinc-indium signature?