Shallow Gold Mineralisation at Weebo Raises Questions on Resource Scale and Grade Upside
Magmatic Resources has reported encouraging Phase 2 reverse circulation drilling results at its Weebo Gold Project, confirming shallow gold mineralisation along a 5 km strike at the Ockerburry and Scone Stone prospects. The results reinforce the exploration model and set the stage for upcoming air-core drilling outcomes.
- Phase 2 RC drilling confirms shallow gold mineralisation at Ockerburry and Scone Stone
- Significant intersections include 8m at 1.42 g/t Au and 1m at 19.4 g/t Au at Ockerburry
- Scone Stone delivers up to 10m at 1.13 g/t Au with multiple zones of mineralisation
- Project strategically located near major multi-million-ounce gold mines in Norseman-Wiluna Belt
- Further air-core drilling results expected by end of January 2026
Exploration Success at Weebo
Magmatic Resources Limited has released promising results from its recent Phase 2 reverse circulation (RC) drilling program at the Weebo Gold Project in Western Australia. The drilling has confirmed the presence of shallow gold mineralisation at two key prospects, Ockerburry and Scone Stone, both situated along a 5-kilometre prospective corridor within the Norseman-Wiluna Greenstone Belt.
At the Ockerburry Prospect, 17 holes totaling nearly 2,000 metres intersected multiple zones of gold mineralisation, including standout hits such as 8 metres at 1.42 grams per tonne (g/t) gold from 55 metres depth and a high-grade 1 metre intercept at 19.4 g/t from 93 metres. These results validate the presence of both supergene and primary mineralised structures, suggesting a robust mineral system that remains open along strike and at depth.
Confirming the Exploration Model at Scone Stone
The Scone Stone Prospect, drilled over a strike length of approximately 800 metres, also delivered encouraging results. Ten holes drilled along the trend yielded significant gold intersections, including 10 metres at 1.13 g/t and 5 metres at 2.18 g/t gold. The mineralisation is associated with quartz-pyrite-arsenopyrite veining within a porphyry host rock, confirming the company’s exploration model and providing a clear target for higher-grade zones.
Magmatic’s Managing Director, David Richardson, highlighted the significance of these findings, noting that the results not only confirm the geological model but also provide confidence in the potential for further discoveries along the 5 km corridor. He emphasised the importance of the upcoming air-core drilling results, which are expected to test additional regional targets and could expand the known mineralised footprint.
Strategic Location and Next Steps
The Weebo Gold Project is strategically positioned near several multi-million-ounce gold mines operated by major players such as Northern Star Resources and Bellevue Gold. This proximity to established mining operations underscores the project’s potential to host economically viable gold deposits.
Phase 2 air-core drilling, comprising 115 holes and nearly 6,000 metres, is underway across multiple prospects including Ockerburry 1, 2, 3, 4, and others. Results from this program are anticipated by the end of January 2026 and will be critical in refining targets and guiding follow-up exploration efforts.
Overall, the Phase 2 RC drilling results represent a meaningful step forward for Magmatic Resources, reinforcing the prospectivity of the Weebo Gold Project and supporting the company’s strategy to delineate new gold resources in a highly prospective region.
Bottom Line?
Magmatic’s latest drilling success at Weebo sets the stage for a pivotal phase of exploration, with upcoming air-core results poised to shape the project’s future trajectory.
Questions in the middle?
- Will the upcoming air-core drilling confirm extensions of the mineralised zones at Ockerburry and Scone Stone?
- How might these results influence Magmatic Resources’ plans for resource estimation and potential development timelines?
- What is the potential for discovering higher-grade gold zones within the broader 5 km strike corridor?