Stallion Uranium Refines Coyote Target with Highly Conductive Anomalies from Ground EM Survey, Mobilizes Stone Island VTEM Survey

Core Viewpoint - Stallion Uranium Corp. has successfully completed a ground-based Step-Wise Moving Loop (SWML) Time-Domain Electromagnetic (TDEM) survey at the Coyote Target on its Moonlite Property, enhancing confidence in drill targeting for uranium exploration in the Athabasca Basin [1][2]. Survey Completion - The SWML TDEM survey was conducted by Abitibi Geophysics and has defined multiple high-quality conductors at the Coyote Target, with nine conductors identified, seven of which exhibit strong conductance levels [1][2][3]. - The survey significantly extends the existing electromagnetic grid, improving coverage and resolution across the Coyote Target area [3]. Conductor Identification - Nine discrete electromagnetic conductors were identified, including six strong conductors with conductance values exceeding 10 Siemens, which are significant for basement-hosted uranium exploration [5][6]. - The conductors are interpreted to be structurally controlled, with significant lateral and vertical offsets indicating faulting and structural disruption [3][5]. Structural Insights - The complexity of the conductor network occurs within a broader gravity-low anomaly, suggesting enhanced structural disruption favorable for uranium deposition [3][8]. - Electromagnetic modeling has provided improved constraints on conductor geometry, depth, and orientation, which will aid in precise drill collar placement [3][9]. Future Exploration Plans - Stallion Uranium has mobilized an airborne VTEM survey over its Stone Island Target, marking the first geophysical survey conducted on the Moonlite Project since the claims were staked [16][17]. - The VTEM survey aims to identify electromagnetic conductors and structural features beneath the Athabasca sandstone cover, which may be associated with uranium mineralization [17][18].