Standard Uranium finalizes 2026 drill plans for Davidson River uranium project
Standard Uranium Ltd (TSX-V:STND, OTCQB:STTDF, FRA:9SU0) announced that it is in the final stages of planning a 2026 drill program at its flagship Davidson River uranium project in Saskatchewan’s southwest Athabasca Basin, marking the company’s first drilling campaign at the property since...
Standard Uranium Ltd(TSX-V:STNDOTCQB:STTDF) View Price & Profile Standard Uranium finalizes 2026 drill plans for Davidson River uranium project
Published: 08:40 07 May 2026 EDT
Standard Uranium Ltd (TSX-V:STND, OTCQB:STTDF, FRA:9SU0) announced that it is in the final stages of planning a 2026 drill program at its flagship Davidson River uranium project in Saskatchewan’s southwest Athabasca Basin, marking the company’s first drilling campaign at the property since 2022.
The company said the upcoming program will focus on the Warrior, Bronco, and Thunderbird conductor corridors, targeting basement-hosted high-grade uranium mineralization along regional structural trends associated with major nearby deposits, including NexGen Energy’s Arrow deposit and Paladin Energy’s Triple R deposit.
Standard Uranium said drill targets have been finalized following the completion of ExoSphere Multiphysics surveys conducted in partnership with Fleet Space Technologies.
According to the company, the surveys combined 3D Ambient Noise Tomography, Horizontal-to-Vertical Spectral Ratio, and ground gravity data to create cover-corrected 3D models of basement structures across the project area.
The company stated that the integration of the new geophysical data with historical drilling, electromagnetic conductors, gravity surveys, and machine-learning targeting tools generated what it considers its highest-confidence drill targets to date at Davidson River.
Standard Uranium plans to deploy two drill rigs simultaneously during the fully funded program. Mobilization to the site is scheduled for May 31, with drilling expected to begin shortly afterward.
The company also confirmed that all required drill permits have been secured and that it has signed an exploration agreement with the Clearwater River Dene Nation, covering exploration activities on traditional territory.
According to Standard Uranium, the Warrior corridor contains wide graphitic structural zones with previously identified elevated radioactivity and alteration features, while the Bronco corridor hosts graphitic structures and reactivated shear zones that have been ranked among the top-priority targets for the upcoming campaign. The Thunderbird corridor has also been elevated to drill-ready status following the integration of the multiphysics data.
The Saint corridor has been identified for additional surveys and could become part of a potential 2027 drill campaign, the company added.
Davidson River spans more than 30,000 hectares across ten mineral claims in the western extension of the Athabasca Basin, one of the world’s most prolific uranium districts.
Standard Uranium said it expects several exploration milestones over the next six months, including the start of drilling, completion of initial drill holes, assay results, and continued target refinement across the project.
"Eight years of disciplined work on Davidson River converges in the next four weeks," Standard Uranium CEO Jon Bey said in a statement.
"We have a permitted, fully funded, drill-ready program on a structural trend that the global uranium market has spent the past decade learning to take very seriously.”
He continued: “For shareholders, the next six months will be defined by drilling and by the steady cadence of news that comes with two rigs turning into our highest-confidence targets ever generated at Davidson River."
Sean Hillacre, vice president of exploration at Standard Uranium, said combining ExoSphere Multiphysics data with previous drilling results, gravity surveys, electromagnetic conductor data, and machine-learning analysis has significantly improved the company’s understanding of the subsurface geology at Davidson River.
“Our methodology mirrors the targeting approach that has led to significant discoveries elsewhere in this district, and we are now bringing that toolkit to more than 70 kilometres of prospective strike that has never been tested with this level of integrated science,” Hillacre said.