West Cobar Metals Lines Up October Scandium Drilling at Salazar Critical Minerals Project
Key Takeaways
- West Cobar Metals has scheduled its first scandium-focused air core drill programme at the Salazar Critical Minerals Project for October 2026, with Wallis Drilling already engaged as contractor.
- The programme targets higher-grade scandium zones within shallow saprolite — a lower-cost drilling and processing environment — as well as extensions to the existing REE and TiO2 resource footprint.
- The Benriach scandium prospect, located approximately 10km south-west of the main deposit, will be tested for the first time as part of this campaign.
- Key readiness milestones are substantially complete: heritage survey done, Programme of Work submitted to the WA Department of Mines, Petroleum and Exploration, and contractor engaged.
- Drill results will feed directly into concurrent metallurgical testwork, where a low-cost atmospheric leaching pathway for scandium extraction has already been demonstrated at Salazar.
Salazar scandium drill program locked in for October as preparations reach final stage
West Cobar Metals (ASX: WC1) is preparing to launch its first scandium-focused drill campaign at the Salazar Critical Minerals Project in Western Australia, with preparations well advanced and drilling scheduled to commence in October 2026.
The air core programme is designed to test for higher-grade scandium resources in shallow saprolite, as well as extensions to the project’s existing rare earth element (REE) and titanium dioxide (TiO2) resources.
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What the drill program is targeting
The programme has two primary technical objectives: defining higher-grade scandium zones within the shallow saprolite horizon, and testing extensions to the known REE and TiO2 resource footprint.
Importantly, the programme will also test the Benriach scandium prospect, located approximately 10km to the south-west of the main deposit area. Figure 1 in the company’s announcement (the Newmont REE and TiO2 Inferred Resource areas with scandium mineralisation outline) highlights untested potential to the south-west, where the planned 2026 air core collars are designed to infill along existing drill lines and probe that under-explored corridor.
The drill programme also complements concurrent metallurgical testwork on scandium and REE extraction, referenced in the company’s 10 August 2026 ASX release.
The October drilling is designed to work in concert with concurrent metallurgical testwork; a low-cost scandium extraction pathway using atmospheric leaching has already been demonstrated at Salazar, meaning higher-grade drill results could feed directly into a simplified processing flowsheet.
Key programme readiness milestones are as follows:
- Heritage survey completed (report pending)
- Programme of Work (PoW) submitted to the Western Australian Department of Mines, Petroleum and Exploration
- Wallis Drilling engaged as air core contractor
- Drilling scheduled for October 2026, subject to approvals and final operational arrangements
Why scandium matters, and why this drill program is significant
Scandium is a critical mineral with a small but strategically important range of applications. It is used in solid oxide fuel cells, aerospace-grade aluminium alloys (where it acts as a strengthening agent), and high-performance sporting equipment. Despite its relatively niche profile, scandium commands strong pricing interest precisely because primary production is limited globally.
From an exploration standpoint, shallow saprolite-hosted scandium deposits carry practical advantages. Saprolite refers to the chemically weathered rock layer near the surface, which is generally easier and cheaper to drill and process than hard-rock mineralisation below. Targeting shallow zones reduces drilling costs and can simplify potential extraction pathways if the grade proves economic.
For investors, the significance here is clear. Identifying higher-grade zones within an already-established resource footprint can materially improve a project’s economics and lift resource confidence in future estimates. If the October programme returns strong results, it could reshape how the market values the Salazar project’s scandium potential.
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MD’s perspective — confidence in the geological setting
Matt Szwedzicki, Managing Director
“Given what we know about the Salazar deposit’s geological setting, we are excited to begin our first scandium focused drilling campaign at Salazar. … The program will target further shallow, higher-grade scandium resources while testing extensions to the existing REE and TiO2 resources. It also complements our current metallurgical testwork on scandium and REE extraction.”
The company has indicated that further programme details will be released once the necessary approvals have been received and a commencement date is confirmed.
Investors wanting the broader strategic context behind this drilling decision will find our deep-dive into West Cobar’s Salazar project acceleration covers the supply chain dynamics driving urgency around scandium development timelines and how Salazar is positioned within that landscape.
Ready to Learn More About the Salazar Critical Minerals Project?
West Cobar Metals is advancing its first scandium-focused drill campaign at Salazar, targeting higher-grade zones within shallow saprolite that could materially improve the project’s economics ahead of October 2026. With heritage surveys completed, a Programme of Work submitted, and Wallis Drilling already engaged, the programme is firmly on track.
Discover how this drilling campaign fits into West Cobar’s broader scandium and REE strategy by exploring the full West Cobar Metals project profile on Discovery Alert, where you can track the latest developments as approvals and commencement details are confirmed.