VANCOUVER, British Columbia – Stallion Uranium Corp. has successfully completed an extension to its ground gravity survey program along the Coyote Corridor, located within the Southwestern Athabasca Basin Joint Venture Project. The company, trading under TSX-V: STUD, OTCQB: STLNF, and FSE: FE0, partnered with Atha Energy Corp. (TSX-V: SASK) for this significant exploration initiative.
Expanding Geophysical Coverage
The recently finished program represents a direct extension of the company's original gravity grid, specifically designed to expand coverage over gravity responses observed along the margins of the initial survey area. This strategic expansion aims to determine whether these edge anomalies form part of a larger, continuous gravity feature associated with the interpreted structural corridor at Coyote.
Data from the expanded survey is currently undergoing comprehensive processing, quality control procedures, and preliminary modeling. The company has committed to providing detailed results once the interpretation phase has been fully completed.
Significant Geophysical Discoveries
The survey extension has revealed several notable findings that have generated considerable excitement within the exploration community:
- A significant gravity low anomaly has been identified, closely resembling the geophysical signatures of NexGen Energy's Arrow Deposit and other major discoveries within the Athabasca Basin region
- Structural and geophysical features align remarkably with those of both the Arrow Deposit and the PCE discovery, reinforcing the potential for Tier-1 uranium mineralization
- The gravity anomaly is situated within a structurally complex corridor characterized by intersecting conductors and breaks, which represent prime geological settings for uranium deposition
- Ongoing 3D inversion of ground gravity data continues to identify the depth and shape characteristics of the gravity anomaly
Executive Perspectives
Matthew Schwab, CEO of Stallion Uranium, emphasized the importance of this development, stating: "The completion of this gravity extension represents a crucial step in systematically advancing the Coyote Target. Expanding the grid ensures we fully evaluate gravity responses identified at the edges of the initial survey and maintain a disciplined, data-driven approach to exploration."
Darren Slugoski, Vice President of Exploration, added further insight: "This extension allows us to properly assess the continuity of gravity features along the structural corridor before finalizing drill targeting. With data processing underway and a potential eastern grid about to commence, we continue to build a comprehensive geophysical dataset across the broader Coyote trend."
Technical Survey Details
The gravity survey extension significantly increases overall coverage across the Coyote structural corridor while enhancing density control along strike and across interpreted conductive breaks. The combined original and extended grid now provides improved resolution of subsurface density variations that may be associated with alteration patterns and basement structural complexity.
This enhanced geophysical dataset represents a substantial advancement in understanding the geological framework of the Coyote Corridor, potentially revealing new insights into uranium mineralization potential within this promising exploration area.
