Results and evidence

See the result, context and source together.

Each package shows what changed, what was measured, why it matters and where to find the issued release.

Four key updates

Results with the context needed to compare them.

These pages summarise issued releases. The attached PDF is the formal record, and selected intervals remain distinct from dataset-wide summaries.

CURRENT DRILLING PACKAGE · 8 SEPTEMBER 202601

8 September 2026: from-surface grade and the first RC results at depth

What changed
The package adds 139 auger holes and the first seven reported RC holes, totalling 146 holes and 1,299 assayed metres.
Reported result
MAV_AD_0375 returned 15 metres from surface at 1.15% TREO; MAV_RC_0012 returned 29 metres from 31 metres to the 60-metre EOH at 0.58% TREO.
Why investors care
The first RC assays extend the drill-derived dataset below auger depths and quantify a heavy rare-earth component in selected intervals.
How to read it
Head-grade drilled intervals only. True thickness, continuity below EOH, recovery, mineral resources and economics remain unestablished. MAV_RC_0012 includes a 30-31 metre no-recovery gap.
HISTORICAL DRILLING PACKAGE · 16 JUNE 202602

June 2026: 253-hole averages put the selected interval in context

What changed
The update added 1,856 metres of original drill-interval samples across 253 holes.
Reported result
Disclosed length-weighted averages were 3,640 ppm TREO and 800 ppm MREO; selected MAV_AD_0200 returned 10 metres from surface at 9,736 ppm TREO and 2,407 ppm MREO.
Why investors care
The broader dataset provides a stronger basis for geological modelling and future resource work.
How to read it
The averages cover the 253-hole June dataset; selected intervals remain separate from dataset-wide statistics.
DIAGNOSTIC METALLURGY · 21 OCTOBER 202503

October 2025: selected samples showed a diagnostic solution response

What changed
Selected trench material was tested for 30 minutes in 0.5 M ammonium sulphate.
Reported result
Primary leach solution contained up to 667 mg/kg DREO and 278 mg/kg MREO under that test.
Why investors care
The response warrants representative mineralogy, recovery, impurity and mass-balance work.
How to read it
Representative recovery, variability and mass balance are the next tests.
SPATIAL EVIDENCE · 17 MARCH 202604

March 2026: three reported areas describe different exploration work

What changed
The record distinguishes a drill-result footprint, a mapped geological unit and an earlier exploration zone.
Reported result
These boundaries show where different exploration evidence exists and how the work expanded.
Why investors care
Keeping the boundaries separate prevents exploration area from being mistaken for scale or tonnage.
How to read it
Each area measures a different part of the exploration record; resource definition establishes tonnage and grade.

From assay to revenue

Five measures from rock to revenue.

Five separate measures sit between finding rare earths and earning revenue from a qualified product.

  1. 01

    Head grade

    What the original solid sample contains.

  2. 02

    Diagnostic solution

    What dissolved under one stated test.

  3. 03

    Extraction percentage

    The fraction transferred into solution with a mass balance.

  4. 04

    Flowsheet recovery

    The fraction reaching a defined product after every process stage.

  5. 05

    Payable recovery

    The portion a customer would pay for after specifications and deductions.

Issued releases

The complete archive, newest first.

Historical releases remain available. Where the record changes, the newest authoritative disclosure controls.

LATEST RELEASE
8 September 2026 first RC and auger results

Selected head-grade drilled intervals are not a mineral resource, reserve, recovery estimate or economic result. True thickness has not been determined. MAV_RC_0012 includes a documented 30-31 m no-recovery interval, and no composite crosses that gap. The separate Drill-Hole and Assay Results Annex referred to in the release is not included in this website package.

Read the update
HISTORICAL RELEASE
16 June 2026 drilling update

Selected results are head-grade drilled intervals. The release provides no mineral resource, recovery estimate, economics, production guidance or development decision. The later 8 September 2026 disclosure expands the reported drilling record.

Read the update
HISTORICAL RELEASE
20 May 2026 formation update

The disclosure describes the corporate structure and intended pathway as of its publication date.

Read the update
HISTORICAL RELEASE
17 March 2026 drilling update

The spatial areas are exploration-evidence boundaries, not a mineral-resource boundary or proof of continuity.

Read the update
HISTORICAL RELEASE
26 January 2026 drilling update

Later disclosures supersede the size of the reported dataset and earlier study timing.

Read the update
HISTORICAL RELEASE
2 December 2025 first drill assays

Later tables contain small reconciliation differences for some early composites; later disclosure controls.

Read the update
HISTORICAL RELEASE
21 October 2025 diagnostic screening

The narrative thorium shorthand conflicts with the numerical table. The website uses the Table 2 values reconciled against SGS certificate GQ2509212. Solution concentrations are not recovery percentages, a representative flowsheet, a project-wide radiological profile or evidence of economic extraction.

Read the update
HISTORICAL RELEASE
14 October 2025 programme update

Historical target dates and promotional descriptors are not current website claims.

Read the update
HISTORICAL RELEASE
9 October 2025 drilling commencement

An activity milestone is not a technical result; original schedules have been superseded.

Read the update
HISTORICAL RELEASE
6 October 2025 discovery announcement

The exploration zone is not a resource, reserve, title or drill-defined boundary. Later project data supersede the early dataset.

Read the update

Rare earth education

Know what sits inside the TREO number.

The Rare Earth Matrix explains the properties and common uses of all 17 elements.

MREO is defined as Nd₂O₃ + Pr₆O₁₁ + Dy₂O₃ + Tb₄O₇. The economic question is how much of that basket can ultimately become a payable product.

What the evidence must prove next

Follow the next decision points.

See how drilling, modelling and representative metallurgy build toward the resource and PEA targets.