District Metals hires Expert for MT survey in Sweden
District Metals scales up Swedish uranium hunt as national mining ban officially ends.

The most recent news (February 27, 2026) announces that District Metals has contracted Expert Geophysics Surveys Inc. to conduct a 2,253 line-kilometer helicopter-borne MobileMT survey over its expanded Alum shale properties in Sweden. This follows the official lifting of the Swedish uranium mining moratorium on January 1, 2026. Simultaneously, the company released Q2 2026 financial results (period ending Dec 31, 2025), showing a cash position of $8.817 million. Notably, the VP of Project Development, Jeremy Veszi, is transitioning to a consulting role effective February 28, 2026, shifting the company toward a team-based advisory approach.
The news is Routine - Positive. While the commencement of a large-scale survey is a significant operational step, it is a follow-up to the "Game Changer" news of November 2025 (the repeal of the uranium ban) and the exploration roadmap outlined in January 2026. - Operational: The survey targets the "shallowest and thickest" parts of the Alum shale, which is critical for future open-pit economics. - Financial: The cash balance of $8.8M is healthy for the current phase but will be depleted by the aggressive 2026 program (PEA, drilling, and surveys). - Management: The departure of the VP of Project Development just one month after appointment (hired Jan 20, 2026) to a consulting role is unusual and warrants monitoring, though the company claims it is a strategic transition to an advisory model.
District Metals is a Canadian explorer focused on Sweden. Its flagship is the Viken Property, which the company describes as containing the largest undeveloped mineral resource of uranium in the world. The project is hosted in Alum Shales, which are polymetallic, containing significant Vanadium, Molybdenum, Nickel, and Zinc. Following the January 1, 2026, legislative change in Sweden, the project has moved from a "stranded" resource to a viable development target.