Stallion Uranium Announces the Completion of Coyote Project 3D Gravity Inversion

Core Viewpoint - Stallion Uranium Corp. has reported promising results from the 3D inversion of ground gravity data over the Coyote Target, indicating its potential as a high-priority site for uranium exploration within the Southwestern Athabasca Basin Joint Venture Project with Atha Energy Corp [1][2]. Summary by Relevant Sections Exploration Results - The 3D gravity inversion has identified a significant gravity-low anomaly at Coyote, which is typically associated with substantial uranium mineralization systems in the Athabasca Basin [4]. - The model delineates the depth extent, shape, and continuity of the low-density feature, suggesting the potential for large-scale uranium alteration at the site [4]. Geological Insights - The inversion results indicate a series of at least five compelling targets within an 8.5 km corridor, enhancing the exploration strategy at Coyote [5]. - The gravity anomaly's geometry and intensity suggest prolonged fluid movement and alteration, which are critical indicators for uranium mineralization [5][8]. Technical Methodology - The 3D gravity inversion was conducted by Convolutions Geoscience, utilizing industry-standard techniques to estimate subsurface density variations [11]. - The inversion process involved various data inputs, including free air anomalies, lake bathymetry, and digital terrain models, with a total model block depth exceeding 10 km [12]. Company Overview - Stallion Uranium is focused on uranium exploration across approximately 1,700 square kilometers in the Athabasca Basin, which is known for hosting the largest high-grade uranium deposits globally [16].