Highlights

  • Aldoro Resources reported two significant drill intersections from the Kameelburg Project, including 318.3 metres grading 1.51% TREO, 4.90% SrCO₃ and 0.21% Nb₂O₅ in hole DD008G.
  • The Phase II drilling campaign has now been completed, comprising 15 holes and 7,190 metres, with an updated Mineral Resource Estimate expected shortly.
  • The latest results continue to demonstrate mineralisation continuity across multiple directions and depths, supporting the scale of the Kameelburg rare earth, strontium and niobium system.

Aldoro Resources Ltd (ASX:ARN) remains a closely watched junior critical minerals company on the Australian Securities Exchange as investors assess the resource potential of its flagship Kameelburg Rare Earth Elements (REE), Strontium and Niobium Project in Namibia. The company’s latest drilling update, released on 12 June 2026, has added further geological data supporting the size and continuity of mineralisation at the project.

On 12 June 2026, Aldoro shares traded at AUD 0.37, down 2.63% for the session. Despite the daily decline, market attention remains focused on the company’s ongoing exploration success and the anticipated updated Mineral Resource Estimate (MRE), which could represent a significant milestone for the project.

The latest announcement detailed assay results from diamond drill holes DD008G and DD005D, providing additional evidence that Kameelburg hosts extensive rare earth, strontium and niobium mineralisation across multiple zones and depths.

DD008G Delivers One of the Most Significant Intersections to Date

The standout result from the latest update came from drill hole DD008G, which the company described as one of the strongest holes drilled at Kameelburg so far.

Using a 1% Total Rare Earth Oxide (TREO) cut-off, DD008G returned a composite intercept of 318.3 metres grading:

  • 1.51% TREO
  • 4.90% strontium carbonate (SrCO₃)
  • 0.21% niobium pentoxide (Nb₂O₅)
  • 174 ppm molybdenum

The thickness of the intercept is notable because it demonstrates sustained mineralisation over a substantial interval rather than isolated high-grade zones. Such continuity can play an important role in future resource modelling.

The drill hole was designed to test mineralisation from a different orientation compared with previously reported hole DD008D. Together, the two holes provide valuable three-dimensional geological information that helps define the eastern section of the carbonatite system.

Management indicated that the combined dataset from DD008G and DD008D is expected to make a meaningful contribution to the upcoming resource update.

DD005D Confirms Mineralisation at Depth

The second major result came from DD005D, which targeted the southern margin of the Kameelburg carbonatite.

The hole returned a near-surface intercept of 136.3 metres grading 1.97% TREO and 5.21% SrCO₃ from surface. This result reinforces previous observations that high-grade rare earth mineralisation occurs consistently within the central portions of the system.

Beyond the rare earth results, DD005D also highlighted substantial niobium mineralisation.

The hole intersected a 52-metre interval grading 0.24% Nb₂O₅ within the upper layer and a deeper 210.8-metre zone averaging 0.40% Nb₂O₅ in the lower layer.

Within this broader interval, higher-grade sections included:

  • 47 metres grading 0.51% Nb₂O₅
  • 14 metres grading 0.55% Nb₂O₅

These results suggest that niobium mineralisation extends well below the upper rare earth zones and remains open at depth in parts of the system.

For investors, the presence of multiple commodities within the same geological structure may provide additional strategic significance as the project advances.

Multi-Commodity Potential Continues to Emerge

One of the defining characteristics of Kameelburg is its multi-commodity nature.

While rare earth elements remain a primary focus, the project has consistently demonstrated meaningful concentrations of strontium and niobium. The latest drilling campaign continues this trend.

Management highlighted that strontium mineralisation carries independent economic significance, with grades in some intervals approaching levels that may contribute materially to future project development considerations.

The coexistence of rare earths, niobium and strontium within a large carbonatite system potentially differentiates Kameelburg from projects that rely on a single commodity stream.

From a geological perspective, the company believes the results support a concentric zonation model, with higher-grade rare earth zones occurring within broader niobium-bearing envelopes.

The growing understanding of these mineralisation patterns is expected to improve future resource modelling and exploration targeting.

Upcoming Resource Estimate Represents Key Catalyst

The completion of the Phase II drilling programme marks a significant stage in the project's evolution.

A total of 15 holes covering 7,190 metres have now been completed. With assay results continuing to be received and interpreted, the company is preparing an updated Mineral Resource Estimate.

Resource updates are often important milestones for exploration companies because they provide a more comprehensive assessment of contained mineralisation based on available drilling data.

The upcoming estimate is expected to incorporate the results from the expanded Phase II programme and provide a clearer picture of the overall scale of the Kameelburg system.

Investors will likely focus on any changes in resource size, grade distribution and confidence categories when the updated estimate is released.

Positioning Within the Critical Minerals Sector

Global interest in critical minerals has remained elevated as governments and industries seek secure supply chains for materials used in advanced technologies.

Rare earth elements continue to attract attention due to their importance in permanent magnets, electric vehicles, wind turbines and defence applications. Meanwhile, niobium remains an important specialty metal used primarily in steel strengthening applications.

Kameelburg's location in Namibia also places it within a mining jurisdiction that has attracted increasing international investment in critical minerals exploration and development.

As resource definition progresses, Aldoro's ability to demonstrate scale and continuity could influence its positioning within the broader critical minerals landscape.

Conclusion

Aldoro Resources' latest drilling update reinforces the growing geological confidence surrounding the Kameelburg Project. The substantial intercept reported in DD008G, combined with the deep niobium continuity demonstrated by DD005D, provides additional support for the project's emerging scale. While the company's share price experienced a modest decline on the day of the announcement, investor attention is likely to remain centred on the forthcoming Mineral Resource Estimate and the broader implications of a multi-commodity rare earth, strontium and niobium deposit. As the Phase II programme concludes, Kameelburg continues to evolve from an exploration target toward a more clearly defined critical minerals asset.