Australian Mines Unlocks Exceptional Near-Surface Scandium Discovery at Flemington

Australian Mines Unlocks Exceptional Near-Surface Scandium at Flemington Project

Australian Mines Limited (ASX: AUZ) has delivered impressive drilling results from its Flemington Project, with aircore drilling confirming exceptional near-surface scandium grades that significantly exceed the existing resource estimate. The results demonstrate clear expansion potential and position the company to advance what could become a strategic scandium asset in the global energy transition.

Furthermore, this Australian Mines near-surface scandium discovery represents a significant breakthrough in critical minerals exploration. The shallow mineralisation offers compelling economic advantages whilst positioning the company strategically within the growing scandium market.

Outstanding Drilling Results Exceed Expectations

The latest drilling programme has delivered standout intercepts that showcase the project's exceptional grade profile. The 30-hole aircore programme, totalling 604 metres, has confirmed broad, high-grade scandium mineralisation from surface level.

Moreover, these results significantly outperform existing resource estimates, demonstrating the potential for substantial resource expansion. The drilling targeted specific geophysical anomalies with remarkable success.

Notable High-Grade Intercepts:

These results are particularly impressive when compared to the 2025 Mineral Resource Estimate (MRE) grade of 446ppm Scandium. Several intercepts delivered 25-38% higher grades than the resource average, confirming exceptional mineralisation quality.

Additionally, the drilling delivered exceptional peak grades, including a maximum 1m assay of 1,262 ppm Sc. This demonstrates the high-grade potential within the deposit and validates the exploration strategy.

"These aircore results confirm broad, high-grade scandium mineralisation from surface and demonstrate clear potential to expand beyond the current resource footprint. With SRK now engaged to update the 2017 scoping study and phase 2 drilling restarting in late February we're focused on advancing Flemington's position as a strategic scandium asset." – CEO Andrew Nesbitt

Resource Expansion Potential Confirmed

The drilling programme specifically targeted a large geophysical anomaly adjacent to the established scandium resource footprint. Consequently, the results have confirmed expansion potential both to the North and East of current resource boundaries.

Key Expansion Indicators:

• Drilling extends mineralisation beyond current resource limits
• Broad, high-grade scandium mineralisation confirmed from surface
• Geophysical anomalies continue to show prospective signatures
• Follow-up drilling scheduled for end-February 2026

The Australian Mines near-surface scandium discovery presents significant advantages for future development. Mineralisation occurring at shallow depths could reduce potential extraction costs whilst improving project economics substantially.

Understanding Scandium: A Critical Metal for the Energy Transition

What is Scandium?

Scandium is a rare earth metal with unique properties that make it highly valuable for advanced manufacturing and energy storage applications. This silvery-white metal occurs naturally in very small quantities, making it one of the rarest elements on Earth.

When added to aluminium alloys in tiny amounts (typically 0.1-0.5%), scandium creates materials that are both lighter and stronger than traditional alloys. This transformation makes scandium-aluminium alloys ideal for aerospace applications, automotive manufacturing, and renewable energy infrastructure.

Why It Matters to Investors

High-value commodity: Current scandium oxide prices around US$1.5 million per tonne

Limited global supply: Few operating scandium mines worldwide

Growing demand: Essential for lightweight alloys and emerging hydrogen storage technologies

Strategic importance: Critical mineral for energy transition and advanced manufacturing

The Flemington Project's lateritic-hosted scandium occurs in iron oxide minerals, primarily goethite. This is amenable to conventional processing techniques, presenting a potentially more straightforward processing pathway compared to complex rare earth mineral deposits.

Market Context

Global scandium production remains extremely limited, with most supply coming as a by-product from other mining operations. Primary scandium deposits like Flemington are rare, creating potential supply security advantages for companies that can bring such projects into production.

However, this scarcity also creates significant market opportunities for successful developers. The Australian Mines near-surface scandium discovery could position the company favourably within this constrained supply environment.

SRK Consulting Engaged for Updated Study

Australian Mines has engaged SRK Consulting to complete an Updated Study that will leverage the expanded resource base and current market conditions. This represents a significant step forward from the 2017 scoping study.

2017 Scoping Study Highlights:

The Updated Study will utilise the latest MRE of 6.3Mt @ 446ppm Sc (at 300ppm cut-off). This represents a doubling of the resource base compared to the 3.1Mt used in the original study.

This substantial increase in resource confidence, combined with the exceptional drilling results, could significantly improve project economics. Furthermore, current market conditions suggest even stronger fundamentals for scandium projects.

Unique Strategic Synergy: Mine-to-Technology Integration

Australian Mines has developed a compelling strategic advantage through its proprietary scandium-doped metal hydride hydrogen storage technology. This creates the potential for vertical integration from mine to end-product.

Strategic Benefits:

This mine-to-technology synergy positions Australian Mines uniquely in the scandium market. It potentially reduces dependence on volatile commodity pricing whilst creating multiple revenue streams.

The company's recent success with its proprietary scandium-doped metal hydride compositions demonstrates strong potential. These applications focus on safe, efficient and low-cost hydrogen storage solutions.

Hydrogen Storage Technology Explained

Metal hydrides are materials that can absorb and release hydrogen gas through chemical processes. When scandium is added to these metal hydride compositions, it enhances their hydrogen storage capacity.

Additionally, it improves the speed at which hydrogen can be absorbed and released. This technology could prove crucial for hydrogen fuel cell vehicles and renewable energy storage systems.

The Australian Mines near-surface scandium discovery provides the raw material foundation for this integrated approach. This vertical integration strategy could prove highly valuable as hydrogen economies develop globally.

Upcoming Catalysts and Timeline

Immediate Catalysts (Q1 2026)

End-February 2026: Phase 2 drilling programme commences

Q1 2026: Updated study results from SRK Consulting

Ongoing: Geophysical anomaly testing west of current resource

Medium-Term Milestones

Updated resource estimate incorporating new drilling results

Feasibility study advancement building on SRK work

Integration planning for scandium-hydrogen storage technology

Potential partnerships for technology development

The exceptional drilling results provide a solid foundation for these development milestones. The shallow mineralisation could potentially accelerate project timelines compared to deeper deposits.

Investment Thesis: Strategic Scandium Asset with Technology Upside

Key Investment Drivers

Resource Quality: Exceptional near-surface grades exceeding resource average by 25-38%

Expansion Potential: Clear extension opportunities North and East of current resource

Market Position: Limited global scandium supply with strong demand fundamentals

Technology Integration: Unique vertical integration opportunity with proprietary hydrogen storage

Study Advancement: SRK engagement signals progression toward feasibility

Financial Metrics: Historical study showed 37.3% IRR with substantial NPV

The combination of high-grade resource expansion, strategic metal exposure, and proprietary technology development creates a compelling investment proposition. This positions the company well within the critical minerals sector.

Risk Considerations

While the results are encouraging, investors should note that scandium markets remain relatively small and specialised. Commercial viability will depend on successful completion of feasibility studies and securing financing for development.

Furthermore, establishing end-user markets for scandium products remains crucial. However, the Australian Mines near-surface scandium discovery provides strong technical foundations for addressing these challenges.

Why Investors Should Follow Australian Mines

Australian Mines has positioned itself as a potential leader in the strategic scandium market. Several key differentiators distinguish it from typical resource exploration companies.

Competitive Advantages

World-class resource: 6.3Mt @ 446ppm Sc with expansion potential

Near-surface mineralisation: Low-cost extraction potential

Proprietary technology: Scandium-doped metal hydride hydrogen storage

Vertical integration opportunity: Mine-to-application value chain

Strategic timing: Critical mineral focus amid energy transition

Investment Tracking Rationale

The convergence of exceptional drilling results, resource expansion potential, and proprietary technology development makes Australian Mines compelling. The company's strategic approach to vertical integration could provide significant competitive advantage in the growing scandium market.

"The combination of high-grade resource expansion and technology integration creates a unique investment opportunity in the critical minerals sector."

Australian Mines has positioned itself as a major player in the strategic scandium market. Significant upside potential exists due to exceptional resource grades, expansion opportunities, and unique technology integration.

With upcoming milestones in Q1 2026, investors should monitor developments at this emerging critical minerals company closely. The Australian Mines near-surface scandium discovery represents more than exploration success.

It demonstrates the potential for Australia to become a significant player in global scandium supply chains. This timing coincides perfectly with increasing demand for these materials in advanced manufacturing and energy storage applications.

Want to Capitalise on the Next Critical Mineral Discovery?

Discovery Alert's proprietary Discovery IQ model provides instant notifications when significant ASX mineral discoveries like Australian Mines' exceptional scandium results are announced, ensuring subscribers identify actionable opportunities before the broader market catches on. Begin your 14-day free trial today to position yourself ahead of emerging developments in critical minerals and strategic resource discoveries across the Australian market.