Elevate Uranium Angela Project Drill Results Confirm High-Grade Uranium

Elevate Uranium validates Angela’s high-grade resource with fresh drill results

Elevate Uranium Angela Project high-grade uranium drill results validation is at the centre of the company’s latest update, with new diamond drilling reinforcing confidence in the existing resource model. Moreover, all three holes intersected uranium mineralisation within the current wireframes, supporting the integrity of Angela’s geological interpretation.

Elevate Uranium said the program targeted the Angela Uranium Project in the Northern Territory, around 25 km south of Alice Springs. According to the company, the work was designed not only to test a deeper conceptual target, but also to verify whether the historical model accurately predicted mineralised zones.

That distinction matters. While the drilling did not deliver a brand-new discovery beyond the known deposit, it did confirm that mineralisation sits where the model suggested it should. As a result, investors may view the announcement as a positive technical validation rather than a resource expansion event.

Why this announcement matters now

The three-hole program was designed to test deep seismic reflectors identified in a 2022 2D seismic survey beneath Angela. However, even though the main Deep Reflector target did not return new mineralisation where drilled, the campaign still delivered useful outcomes.

First, the drilling confirmed uranium mineralisation inside Angela’s existing resource wireframes. Second, it improved understanding of how seismic reflectors relate to oxidation boundaries, which the company believes are important controls on uranium deposition.

Furthermore, this combination of validation and geological learning can be significant. A resource that continues to match its geological model is generally seen more favourably than one that requires repeated reinterpretation. In uranium markets, technical certainty often plays an important role in investor confidence.

As Managing Director Murray Hill said, “With 30.8 Mlb at 1,310 ppm U3O8, Angela is a high-grade deposit by any measure, and these results reinforce that.” He added that the drilling confirmed “good grade uranium within the resource wireframes” and provided “a better framework for designing any future survey work across the tenement”.

Key drill results confirmed high-grade intervals

All three drillholes intersected mineralisation, with notable higher-grade sub-sections above 2,800 ppm U3O8. These results were reported from downhole gamma logging as eU3O8, or equivalent uranium oxide grade.

In practical terms, these holes were not framed as step-out discoveries. Instead, they confirmed mineralisation within the known deposit envelope. Therefore, the Elevate Uranium Angela Project high-grade uranium drill results validation story is more about strengthening trust in the existing resource than proving new tonnage.

The ASX release also referenced additional intersections above 100 ppm U3O8. Even so, the market is more likely to focus on the stronger intervals within the resource wireframes, especially the sub-sections nearing 3,000 ppm U3O8.

Angela’s existing resource remains central to the investment case

Angela currently hosts an Inferred Mineral Resource of 10.7 million tonnes at 1,310 ppm U3O8 for 30.8 Mlb U3O8. That makes it a standout asset within Elevate Uranium’s wholly owned Australian portfolio.

This resource is notable not only for its size, but also for its grade. In addition, company data shows Angela carries both the largest contained uranium inventory and the highest grade among the Australian resources highlighted in the announcement.

Grade alone does not determine economics. However, higher-grade resources can support more favourable mining and processing outcomes if future development studies justify advancement. That is why Elevate Uranium Angela Project high-grade uranium drill results validation remains relevant for investors following project quality.

What the deeper seismic test actually showed

Some investors may focus on the fact that the principal Deep Reflector target did not produce new mineralisation. Nevertheless, the technical result appears to have been more useful than a simple miss.

The drilling helped clarify that the seismic reflector associated with the Angela resource corresponds with oxidation boundaries. According to the company, these boundaries are important geological controls on uranium mineralisation at the project.

Four important takeaways

The recent campaign appears to have supported the following conclusions:

• the key seismic reflector aligns with oxidation boundaries
• those oxidation boundaries are important controls on mineralisation
• seismic remains a potentially useful targeting tool at Angela
• the Deep Reflector may consist of discrete lens-shaped highs rather than one continuous horizon

Consequently, future targeting could become more efficient. Even if a deep conceptual hole does not lead to an immediate discovery, improved geological interpretation can still create value by refining survey design and drill placement.

What is a uranium resource wireframe?

A resource wireframe is a three-dimensional geological model outlining where mineralisation is interpreted to exist underground. It is built using drilling, geological logging, geophysical data and interpretation.

For non-specialist investors, the concept is straightforward. If later drilling intersects mineralisation where the wireframe predicted it, confidence in the model generally improves. That, in turn, can lift confidence in the broader Mineral Resource Estimate.

Why does a wireframe matter?

A stronger wireframe can help by:

• supporting confidence in the resource estimate
• improving future drill targeting
• reducing the chance of spending capital on lower-priority areas

Another term in the announcement is eU3O8. This refers to equivalent uranium oxide estimated from gamma logging rather than laboratory assay. In uranium exploration, gamma logging is widely used because it measures natural radiation and can provide a practical estimate of grade.

Angela’s place in Elevate Uranium’s broader portfolio

Angela sits within a wider uranium portfolio across Australia and Namibia. The company’s resource summary indicates a total attributable base of 163.4 Mlb U3O8, including 57.0 Mlb U3O8 in Australia and 106.4 Mlb U3O8 in Namibia.

This broader footprint matters because investor exposure to Elevate Uranium is not reliant on one project alone. However, that same optionality can affect timing, since management must weigh Angela against other opportunities when allocating capital.

The company explicitly said future work at Angela will be assessed in light of capital allocation priorities. Therefore, technical quality is only one part of the equation. Project sequencing across the portfolio may also shape the pace of next steps.

What investors should watch next

The latest update points to several areas worth following over the coming months. While none were presented as guaranteed near-term catalysts, each could influence Angela’s next phase.

Key items to monitor

• integration of the latest drilling into historical datasets
• updated interpretation of oxidation boundaries and seismic reflectors
• possible redesign of future seismic survey work
• follow-up drilling based on the refined model
• broader portfolio capital allocation decisions

Together, these factors create a constructive, if measured, picture. The program did not unlock a major new discovery at depth, but it did appear to strengthen confidence in Angela’s existing resource and sharpen the technical framework for future exploration.

Why this update deserves investor attention

This is not a resource upgrade or a development approval milestone. Even so, it offers several practical signals for investors evaluating Elevate Uranium.

The first is resource confirmation. Angela’s 30.8 Mlb at 1,310 ppm U3O8 remains a core Australian asset, and the new drilling supported the wireframe model.

The second is grade. Fresh sub-intervals up to 2,974 ppm U3O8 reinforce the company’s description of Angela as a high-grade deposit.

The third is technical learning. Although the Deep Reflector target did not convert into a new mineralised zone, the work improved understanding of how seismic responses connect with oxidation boundaries and uranium deposition.

Finally, the portfolio context matters. Angela forms part of a broader 163.4 Mlb U3O8 attributable resource base, giving Elevate multiple assets to prioritise as market conditions evolve.

For investors tracking ASX uranium equities, the main takeaway is clear. Elevate Uranium Angela Project high-grade uranium drill results validation has strengthened confidence in Angela as an established, high-grade uranium asset. While it does not guarantee future resource growth, it does support the current model and may improve exploration efficiency in future campaigns.

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