VANCOUVER, British Columbia, July 07, 2026 (GLOBE NEWSWIRE) -- Stallion Uranium Corp. (the "Company" or "Stallion") (TSX-V: STUD; OTCQB: STLNF; FSE: B76) is pleased to provide an update on its recently completed Versatile Time Domain Electromagnetic ("VTEM") Plus airborne electromagnetic survey and magnetic interpretation over the Stone Island Target, on its Moonlite Project in the Southwestern Athabasca Basin.
The Company has completed its interpretation of the VTEM dataset, integrated with magnetic tilt derivative data, and defined multiple priority conductive trends and structurally controlled target areas for follow-up exploration.
The VTEM Plus survey, completed by Geotech Ltd., consisted of two grids located south of the Company's flagship Coyote Target and was designed to refine conductive structural corridors and identify additional drill targets across the broader Moonlite property.
Matthew Schwab, CEO of Stallion, said, "We are now clearly defining multiple priority target areas at the Stone Island Target through the integration of VTEM and magnetic data. The identification of several discrete targets significantly expands our exploration pipeline and reinforces the broader potential of the Moonlite Project within the Southwestern Athabasca Basin."
Highlights:
Integrated VTEM Plus and magnetic tilt interpretation defines four priority target areas at (A–D) Stone Island.
Strong to moderate Tau responses delineate graphitic basement conductors, consistent with uranium-bearing systems in the Athabasca Basin.
Multiple parallel to sub-parallel conductive trends identified, outlining a broad structural corridor.
Magnetic tilt derivative highlights structural breaks, offsets, and cross-cutting lineaments, enhancing interpretation of fault-controlled architecture.
Priority targets occur along conductor margins and zones of structural disruption, favourable for uranium mineralization.
Plate modelling and inversion are underway to refine conductor geometry, depth, and drill targeting.
Darren Slugoski, Vice President Exploration, added, "The VTEM Plus data has outlined a strong conductive corridor with multiple parallel trends, and magnetic tilt interpretation has highlighted the structural controls on these conductors. Importantly, our first completed drill hole at Coyote intersected graphitic faulting and significant alteration, providing strong validation of our geophysical targeting approach. We are now focused on refining these targets through modelling and advancing them toward systematic drill testing."