McLaren Minerals Confirms Consistent Drill Results at McLaren Titanium Project

McLaren Minerals Delivers Another Round of Standout Drill Results, Reinforcing Deposit Consistency at McLaren Titanium Project

McLaren Minerals Limited (ASX: MML) has reported another batch of assay results from its 2026 drilling program at the wholly owned McLaren Titanium Project in Western Australia, with the latest data covering 68 holes and 1,432 metres of completed sampled intervals. According to the ASX update, the results continue to confirm broad heavy mineral mineralisation from surface, with grades and thicknesses remaining consistent across the drilled area.

For investors following mineral sands developers, this matters because the 2026 program is aimed at increasing confidence in the existing resource, refining the geological model, and supporting future Ore Reserve work and the ongoing Bankable Feasibility Study (BFS). In the update, McLaren stated that the latest assays reinforce a repeatable heavy mineral profile along strike and across successive drill traverses.

The Numbers That Stand Out Across 68 Holes

In the report, McLaren highlighted that no heavy mineral (HM) cut-off was applied to the reported intervals. That means the company has disclosed the complete sampled interval for each hole rather than selecting only higher-grade sections.

On that basis, the 68 holes returned a length-weighted average grade of 3.76% HM across an average sampled thickness of 21 metres, with mineralisation commencing from surface. The company also noted that all holes reported to date display mineralisation from surface.

The grade distribution across the 68 holes is set out below:

Thickness results were also consistent:

These figures are relevant because mineral sands projects are often assessed not only on grade, but also on the continuity and thickness of mineralised zones. Broad mineralisation from surface can be an important feature when companies move into mine planning and feasibility work.

Selected Drill Holes Show Both Grade and Thickness Potential

While the broader theme in this drilling update is consistency, several individual holes reported in the ASX announcement show stronger-grade zones within that broader mineralised package.

Selected higher-grade intervals included:

• MAC238: 12m from surface at 5.95% HM, including a maximum 9.3% HM from 6m to 7m
• MAC233: 24m from surface at 5.44% HM, including a maximum 9.3% HM from 15m to 16m
• MAC239: 21m from surface at 5.28% HM
• MAC241: 16m from surface at 5.33% HM
• MAC199: 22m from surface at 5.16% HM, including a maximum 7.9% HM from 6m to 7m
• MAC232: 24m from surface at 5.08% HM, including a maximum 8.4% HM from 4m to 5m
• MAC201: 18m from surface at 4.04% HM, including a maximum 10.0% HM from 8m to 9m

The report also pointed to thicker mineralised intervals, including:

• MAC185: 36m from surface at 2.77% HM
• MAC218: 29m at 4.07% HM
• MAC200: 27m at 4.17% HM

These results suggest that, within the overall consistent mineralised profile, there are areas where both thickness and grade are elevated. For resource modelling, that can help define zones of variability while still supporting the broader continuity story described by the company.

What Does the Managing Director Say?

"I'm going to sound repetitive, but that's because these results continue to tell the same story. We're consistently intersecting broad mineralised intervals from surface with repeatable grades and thicknesses across the deposit," said Simon Finnis, Managing Director.

"The focus of this program has always been on increasing confidence in the Resource and improving our understanding of the continuity of mineralisation."

Why No Cut-Off Grade Reporting Matters

One of the more important technical points in the ASX update is that no HM cut-off grade has been applied. This is worth explaining because it affects how investors interpret drilling data.

A cut-off grade is the minimum grade threshold used when reporting a drill interval. If a cut-off is applied, lower-grade sections may be excluded, which can make reported intervals appear stronger than the full mineralised package.

In this case, McLaren reported the complete sampled interval for each hole. Average grades are length-weighted averages across those full intervals, while the "maximum grade" refers to the highest individual one-metre assay in each hole.

That has several implications:

1. The results provide a fuller picture of the mineralised zone rather than selected higher-grade portions.
2. Comparability improves, because all holes are being presented on the same unfiltered basis.
3. Continuity can be assessed more clearly, which is useful for geological modelling and future mine planning.

For non-specialist readers, a length-weighted average simply means each one-metre sample contributes to the overall grade in proportion to its length. In a mineral sands deposit, that approach is standard when reporting broad sediment-hosted mineralisation.

Quick Glossary of Key Mining Terms

What Geological Consistency Means for Project Development

In the update, McLaren said consistent heavy mineral grades are being recorded along strike, while mineralised thicknesses are maintained from one drill traverse to the next. In practical terms, that means the deposit is not showing major swings in grade or thickness across the tested area.

That kind of consistency can be important in several ways. First, it may improve confidence in the updated geological model and future Mineral Resource Estimate, because the interpretation is being supported repeatedly by drilling.

Second, it can help with future mine design and production scheduling, as a more predictable orebody can reduce uncertainty in planning. Third, it may support process-feed planning if metallurgical behaviour is also shown to be consistent through test work.

The company was careful in the announcement to state that these potential development benefits remain subject to completion of the updated Mineral Resource estimate, metallurgical test work, and detailed mining and economic studies. That is an important distinction for investors. Drilling consistency is encouraging, but it is only one part of the path toward project development.

Educational Section: How Mineral Sands Deposits Are Assessed

The McLaren Titanium Project is a mineral sands project, so understanding how these deposits are evaluated helps explain why the latest results matter.

Mineral sands deposits typically contain valuable heavy minerals such as ilmenite, rutile, leucoxene and zircon within sand-rich sediments. In simple terms, the economics of these projects are influenced by several linked factors:

• Grade, or how much heavy mineral is present
• Thickness, or how much mineralised material is stacked vertically
• Continuity, or whether the mineralisation remains consistent across the deposit
• Depth from surface, because shallow deposits can be simpler to access
• Mineral assemblage, which determines how much of the heavy mineral content is made up of saleable products

At the drilling stage, companies often report HM percentage first, because it provides an early indication of how much heavy mineral is present in the sands. Later-stage studies then look more closely at what those heavy minerals actually are, how they can be recovered during processing, and whether the final product may be commercially attractive.

That is why drill results alone do not determine project value. They are a key input, but investors also need to watch for resource updates, metallurgical test work, reserve estimates and feasibility outcomes.

Next Steps Outlined in the ASX Update

McLaren set out a clear sequence of upcoming work in the announcement. The next milestones include the remaining assay batches from the 2026 program and the incorporation of the complete dataset into technical studies.

The company's stated next steps are summarised below:

According to the ASX release, the 2026 drilling program was specifically designed to increase confidence in the company's existing Mineral Resource, support future Ore Reserve estimation, and feed into wider BFS workstreams.

Why the Latest Drilling Matters for Investors

For investors assessing pre-development mineral sands companies, the latest McLaren results strengthen several parts of the current project narrative.

The first is consistency. A large sample of holes reported without a cut-off grade and still averaging 3.76% HM across 21m from surface provides data that can be directly incorporated into geological modelling.

The second is surface mineralisation, which may be favourable for future mining studies because the mineralised sediments begin at surface across the reported holes. The third is technical progression, as these results are tied directly to a defined path toward an updated resource estimate and ongoing BFS work.

Furthermore, McLaren stated in the announcement that it is focused on the development of its McLaren Titanium Project in the western Eucla Basin of Western Australia, while also recently acquiring the zircon-rich Barossa Project in South Australia's eastern Eucla Basin. That provides some broader project exposure within the mineral sands sector, although the current drilling update is centred on McLaren.

Why McLaren Remains One to Watch

This round of assay results does not change the development stage of the company overnight, but it does add more support to the technical case being built at the McLaren Titanium Project. According to the report, grades remain broadly consistent along strike, mineralised thickness is maintained across successive drill traverses, and all reported holes continue to show mineralisation from surface.

For the market, the main question now is how the full 2026 dataset translates into the updated Mineral Resource Estimate and, over time, into Ore Reserve and BFS outcomes. If the remaining assays continue the same pattern described in this release, they may add further confidence to the project's geological continuity and development pathway.

The latest results therefore stand out less for a single exceptional hole and more for what they suggest collectively: a broad, repeatable heavy mineral system that is continuing to perform as the company advances toward its next technical milestones.

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