District Metals has intersected 154.8 metres of graphitic alum shale in the first drill hole targeting a new geophysical anomaly at its Viken property in Sweden, providing further geological evidence for the exploration target. The significance for uranium and associated critical metals remains subject to laboratory assay results.
Drill hole VIK-26-001 reached a total depth of 299.5 metres, intersecting the shale sequence from 43.7 metres to 198.5 metres downhole. Recorded radioactivity ranged from approximately 240 to 625 counts per second. The hole was drilled at Target A, one of several anomalies identified through the company’s airborne geophysical programme. District Metals plans further drilling across Targets A and B to investigate the extent of the prospective geological system.
Drilling Tests Extensions Beyond the Existing Viken Model
The intersection confirms that the conductive geophysical anomaly corresponds to a substantial alum-shale sequence outside the better-defined portion of the Viken property. The result does not establish additional mineral resources. No new laboratory grades for uranium, vanadium or other metals have been reported from VIK-26-001. Radioactivity measurements provide an indication of the geological characteristics encountered but cannot replace chemical assays needed to determine metal concentrations.
The latest drilling programme is intended to establish whether the prospective mineralised footprint extends materially beyond the areas already incorporated into the project’s existing work.
Polymetallic Potential Includes Uranium and Associated Metals
The Viken project is being evaluated as a large polymetallic system containing uranium alongside vanadium, molybdenum, nickel and copper. The potential recovery of several metals from the same ore could be relevant to the project’s eventual economics. District Metals has already advanced its work on Viken to the preliminary economic assessment stage. The current exploration programme is intended to test the broader extent of the system beyond the areas covered by the existing assessment.
The new intersection strengthens the geological interpretation of the target, but its contribution to the project’s resource base will depend on whether laboratory analyses establish significant uranium and associated metal grades across the shale interval.
Sweden’s Revised Uranium Framework Supports Renewed Assessment
The project has gained additional relevance following Sweden’s reopening of the regulatory route for uranium mining in 2026, allowing developers to reassess deposits that had effectively been excluded from commercial development. For District Metals, the next key results will come from laboratory assays of the newly intersected 154.8-metre alum-shale interval. Significant grades could provide evidence that the mineralised system extends beyond the existing model, while weaker results would leave the intersection as geological confirmation without demonstrating resource expansion.
