Open Mineralisation at Gradina Raises Questions on Project Scale and Timing
Strickland Metals has reported multiple thick, high-grade gold intercepts at its Gradina Deposit within the Rogozna Project, reinforcing the deposit’s significant potential ahead of a maiden resource estimate due late 2025.
- Multiple high-grade gold intercepts including 30.1g/t Au over 2m
- Mineralisation remains open in all directions and up-dip towards surface
- Seven rigs active with three focused on Gradina drilling
- Maiden Mineral Resource Estimate targeted for late 2025
- Strong cash position of $52.4 million as of June 2025
Robust Drilling Results at Gradina
Strickland Metals Limited (ASX – STK) has released encouraging assay results from its ongoing diamond drilling campaign at the Gradina Deposit, part of the company’s 100%-owned Rogozna Gold and Base Metals Project in Serbia. The latest drilling has returned multiple thick intercepts of high-grade gold mineralisation, including standout hits such as 39.9 metres at 4.2 grams per tonne gold (g/t Au) and a remarkable 2 metres at 30.1 g/t Au. These results underscore the deposit’s strong potential and add momentum to the company’s exploration program.
Importantly, mineralisation at Gradina remains open in all directions, including up-dip towards surface, suggesting further upside potential as drilling continues. The presence of both high-grade gold zones and broader lower-grade intervals with significant base metals highlights the complex and valuable nature of the deposit.
Strategic Drilling and Resource Development
Currently, seven diamond drilling rigs are active across the Rogozna Project, with three dedicated to the southern end of Gradina. This focused drilling aims to support the delivery of a maiden Mineral Resource Estimate (MRE) by late 2025, a critical milestone for the project’s advancement. The drilling campaign is part of a broader 50,000-metre program designed to expand and define the resource base across the project’s multiple prospects.
Strickland’s Managing Director, Paul L’Herpiniere, emphasised the significance of these results, noting the high-grade tenor and encouraging shallow intercepts that could enhance the project’s economics. The company’s well-funded position, with $52.4 million in cash and liquid assets as of June 30, 2025, provides a solid foundation to continue aggressive exploration and resource development.
Geological Context and Mineralisation Style
The Rogozna Project lies within a prolific geological setting in Serbia, characterised by a large-scale magmatic hydrothermal system hosting skarn-related gold, copper, zinc, silver, and lead mineralisation. The Gradina Deposit features skarn-hosted mineralisation with sulphide assemblages dominated by pyrite, sphalerite, galena, and arsenopyrite, spatially associated with quartz diorite intrusions. This geological complexity supports the potential for discovering additional high-grade zones as drilling progresses.
Previous exploration and metallurgical test work indicate amenability to conventional processing methods, with recoveries for key metals generally ranging between 78% and 86%. These factors contribute positively to the project’s development outlook.
Looking Ahead
With drilling ongoing and further assay results pending, Strickland Metals is poised to refine its understanding of the Gradina Deposit’s scale and grade distribution. The upcoming maiden MRE will be a pivotal event, likely to attract increased market attention and potentially catalyse further investment interest. As the company continues to explore and define its ~7.4 million ounce gold equivalent Rogozna Project, the Gradina results represent a compelling chapter in its growth story.
Bottom Line?
Strickland’s latest high-grade intercepts at Gradina set the stage for a potentially transformative resource update later this year.
Questions in the middle?
- Will upcoming assay results confirm further high-grade zones at Gradina?
- How will the maiden Mineral Resource Estimate impact Strickland’s valuation and project financing options?
- What are the implications of the open mineralisation for potential mine design and development timelines?