Highlights

  • Olsen Well hole OWRC0007 intersected 16 metres at 2.2 grams per tonne gold from 8 metres.
  • The intersection included 4 metres at 6.9 grams per tonne gold from 20 metres.
  • The new hole is approximately 240 metres east of an earlier 12-metre gold intersection.
  • Falcon completed 50 holes totalling 6,499 metres, with assays pending for 36 holes.
  • The Errabiddy programme expanded to 7,500 metres as geological interpretation continues.

Falcon Metals Limited (ASX:FAL) explores for gold in Australia, with activities including the Errabiddy project in Western Australia and exploration interests in Victoria. On 2 November 2026, the company reported a second notable gold intersection at Olsen Well, within Errabiddy. The result adds another point of bedrock mineralisation along a broad surface anomaly, although the relationship between individual intersections and the potential extent of any deposit remains to be established.

What Did the Latest Olsen Well Drilling Show?

Reverse circulation hole OWRC0007 returned 16 metres grading 2.2 grams per tonne (g/t) gold from 8 metres, including 4 metres at 6.9 g/t from 20 metres. Falcon Metals (ASX:FAL) placed the hole about 240 metres east of OWRC0001, which had returned 12 metres at 2.8 g/t gold from surface, including 4 metres at 4.7 g/t from surface, in results announced on 19 October 2026. These figures describe downhole intersections, not true mineralised widths, which remain unknown.

The higher-grade interval in OWRC0007 was identified in fresh biotite gneiss below weathered rock. The company described gold associated with silicification, narrow quartz veins and disseminated pyrite. Four-metre composite samples show variable grades; planned one-metre sampling should clarify their distribution.

How Consistent Are Results Across the Anomaly?

The Olsen Well gold-in-soil anomaly extends approximately 5.8 kilometres at more than 10 parts per billion gold. Within it, a central zone of roughly 2.5 kilometres exceeds 25 parts per billion in soil sampling. Falcon Metals (ASX:FAL) is testing whether the surface geochemical pattern corresponds to connected zones of mineralisation at depth. A soil anomaly does not establish a deposit.

Results from other holes were mixed. OWRC0006, drilled about 60 metres north of OWRC0007, produced low-level anomalous gold. Holes OWRC0008 and OWRC0014 also returned weak values, while a traverse comprising OWRC0009 to OWRC0013 did not establish similarly strong intersections. Falcon Metals (ASX:FAL) therefore has encouraging individual hits alongside less substantial results. Further drilling is required to determine the orientation, thickness and consistency of mineralised structures.

Expanded Programme and Pending Assays

By the 2 November announcement, Falcon Metals (ASX:FAL) had completed 50 holes for a total of 6,499 metres. Assay results had been received for 14 holes, leaving 36 completed holes awaiting laboratory results. The company expanded the planned programme to 7,500 metres, with completion anticipated in mid-November 2026. The outstanding assays limit assessment of the prospect.

Planned work includes a hole approximately 60 metres south of OWRC0007 to investigate possible southerly dip, additional drilling around both stronger intersections and a traverse between them. Falcon also intends to submit one-metre split samples from significant intervals. After receiving and interpreting the remaining results, the company expects to use the dataset to plan further drilling in 2027.

Olsen Well is being explored on licence E09/2457, where Falcon Metals (ASX:FAL) can earn up to a 70% interest, excluding graphite rights. It owns the adjoining E09/2984 licence. The project remains at an exploration stage, and no mineral resource estimate has been reported for Olsen Well.

Key Insights

Falcon Metals (ASX:FAL) has reported a second significant Olsen Well intersection separated from its earlier result by approximately 240 metres. The fresh-rock occurrence supports continued geological investigation, but weaker holes, unknown true widths and numerous outstanding assays limit conclusions about continuity. Expanded drilling and resampling aim to clarify those uncertainties.