McLaren Minerals has reported robust initial assay results from its 13,000m drilling campaign at the McLaren Titanium Project, confirming extensive heavy mineralisation and continuity of mineralised strands that underpin resource upgrades.
- 334 holes completed for 6,036m in ongoing drilling campaign
- 55% of intersections grade above 4% heavy minerals
- Continuity of upper and lower mineralised strands confirmed
- Drilling productivity recently accelerated to 250m per day
- Groundwater indications found warranting further investigation
Strong Assay Results Validate McLaren Geological Model
McLaren Minerals Limited (ASX:MML) has delivered encouraging early assay results from its ongoing resource upgrade drilling at the McLaren Titanium Project in Western Australia. With 334 holes completed totaling 6,036 metres, initial data confirm broad zones of heavy mineralisation, including multiple thick near-surface intersections. Notably, 55% of reported drill intersections returned grades exceeding 4% heavy minerals (HM), with an average grade of 5.54% HM, while 87% graded above 2% HM. These figures reinforce the deposit’s potential and support the company’s geological model.
Continuity of Mineralised Strands Boosts Resource Confidence
The drilling campaign has successfully confirmed the continuity of both upper and lower mineralised strand systems within the targeted area. This continuity was a key geological question, and its validation provides a stronger foundation for McLaren’s Mineral Resource Upgrade strategy. The presence of a well-developed upper strand and preserved lower strand across the drilling grid underlines the deposit’s extensive footprint and scale potential, critical for upcoming resource modelling and reserve estimation.
Accelerated Drilling Rates Maintain Data Quality
After a cautious start focused on maintaining dry sampling conditions to ensure high-quality data, drilling productivity has recently surged. Over the five days before the announcement, McLaren completed 1,254 metres, averaging approximately 250 metres per day, while still upholding stringent sample recovery and geological standards. This acceleration is expected to help complete the 13,000-metre campaign by early July 2026, providing a robust dataset to underpin the next resource update and Bankable Feasibility Study (BFS).
Ancillary Geological Insights Highlight Groundwater Potential
Beyond mineralisation, the drilling has identified moist sediments at depth in several locations, suggesting potential groundwater presence. While groundwater assessment is not a primary objective of this phase, these findings offer valuable ancillary information and highlight areas that may require further hydrogeological investigation post-drilling. Understanding groundwater distribution will be important for future operational planning and environmental management.
Next Steps Include Continued Drilling and Metallurgical Testing
McLaren plans to continue drilling in the resource area while awaiting heritage clearance for the eastern shoreline target, which will unlock further drilling opportunities. Metallurgical samples have also been dispatched for test work, a crucial step towards defining processing parameters. These activities align with the company’s strategy to increase resource confidence ahead of BFS and eventual reserve declaration.
Bottom Line?
McLaren’s initial drilling results strengthen confidence in the McLaren deposit’s scale and grade continuity, setting the stage for resource upgrades and feasibility studies, though groundwater findings introduce a new variable to monitor.
Questions in the middle?
- How will the confirmed continuity of lower mineralised strands influence the upcoming resource classification?
- What impact could the identified groundwater zones have on mining operations and environmental approvals?
- Will the accelerated drilling pace maintain sample quality through to campaign completion in July?