Stallion Uranium Refines Coyote Target with Highly Conductive Anomalies from Ground EM Survey, Mobilizes Stone Island VTEM Survey
Stallion Sharpens its Spear: High-Conductance Targets Set the Stage for High-Stakes Winter Drilling.

The most recent news release (January 12, 2026) reports the completion of a ground-based Step-Wise Moving Loop (SWML) Time-Domain Electromagnetic (TDEM) survey at the Coyote Target on the Moonlite Property. The survey identified nine electromagnetic conductors, seven of which are described as high-quality with six exceeding 10 Siemens of conductance. Concurrently, the company has mobilized an airborne VTEM survey over the Stone Island Target to the east. These geophysical results are being used to refine drill hole positioning for the upcoming winter diamond drilling program.
The news is a necessary technical precursor to a discovery but does not constitute a discovery itself. - Conductance Quality: The identification of conductors >10 Siemens is technically significant as it indicates strong, discrete basement structures often associated with graphitic shears, which are primary hosts for uranium mineralization in the Athabasca Basin. - Targeting Precision: The refinement from broad gravity anomalies to specific EM conductors reduces "blind" drilling risk. This moves the project from "conceptual" to "drill-ready." - Strategic Continuity: This follows the January 5 mobilization announcement, showing management is executing the winter program timeline as projected in late 2025. - Market Sentiment: While positive, the market typically waits for "the drill bit" to confirm mineralization. The impact is incremental rather than a "game changer."
Stallion Uranium is a Canadian explorer focused on the Athabasca Basin in Saskatchewan and Alberta. Its flagship is the Moonlite Property, specifically the Coyote Target. The project is strategically located 58km northeast of NexGen Energy’s world-class Arrow deposit. The exploration strategy relies heavily on geophysical anomalies (gravity lows and EM conductors) and proprietary AI targeting technology.