Stallion Uranium Corp. (TSX-V: STUD) has completed an expanded ground gravity survey at its flagship Coyote target, identifying five high-priority drill areas within the Moonlite project. Located in Saskatchewan’s Athabasca Basin, the project is being advanced as part of a joint venture agreement with Atha Energy Corp. The survey results have significantly extended the prospective strike length of the Coyote exploration corridor, providing a more comprehensive view of the structural architecture controlling potential uranium mineralization in the district.

The latest survey represents a material expansion of the company’s previous geophysical footprint. While the 2025 gravity survey was largely confined to the western portion of the property, this expanded program provides coverage across the entire interpreted conductive corridor. By integrating this new gravity data with existing MobileMT, ground TDEM, and magnetic surveys, the team has updated its three-dimensional exploration model. This model now features five distinct priority target areas, labeled A through E, where gravity lows coincide with interpreted fault intersections and conductive horizons.

"Through every step of this exploration program we continue to strengthen our confidence in the Coyote corridor. The expanded gravity survey has materially increased the number of high-priority drill targets while further validating the geological model we have been building over the past several years. As we continue integrating each dataset, we're seeing a larger and more compelling exploration system emerge."

"The integration of multiple independent geophysical datasets continues to refine drill targeting while systematically reducing geological risk across the Coyote Corridor."

— Matthew Schwab, CEO

In the Athabasca Basin, these gravity lows are often interpreted as markers of hydrothermal alteration and structural disruption, which are classic indicators of potential uranium deposits when found alongside graphitic conductors. The current data integration confirms that several of these features extend beneath the unconformity at favorable fault intersections, effectively refining the technical foundation for future operations.

Stallion Uranium holds a significant land position in the region, encompassing approximately 1,700 square kilometers of exploration ground. The company plans to incorporate these newly identified gravity targets into its upcoming drill planning for the project. By focusing on areas where high-resolution gravity lows align with established conductive corridors, the explorer aims to systematically test these priority opportunities in the next phase of work.

The technical data for this program was processed by Convolutions Geoscience using industry-standard 3D inversion techniques. By creating a voxel product of subsurface density anomalies, the company has enhanced its structural interpretation of the basement rocks and sandstone cover. These results represent the highest-priority drill opportunities identified on the corridor to date and are expected to guide the next phase of drilling as the joint venture continues to evaluate the broader potential of the Moonlite project area. The geological model remains a living document that the team continues to refine as additional datasets are integrated, ultimately aiming to reduce geological risk prior to mobilizing drills for the next campaign.

Read the full announcement: Stallion Uranium Identifies Multiple New High-Priority Uranium Drill Targets At Coyote from Integrated Geophysics