The Newnham Lake Zone Extension is Maverick Uranium’s flagship exploration asset. Located along the northeastern margin of the Athabasca Basin, the project covers a highly prospective uranium-bearing structural corridor.
The property targets large-scale, unconformity-hosted and basement-hosted deposits, mirroring the discovery frameworks of the region’s most valuable modern uranium mines.
Northeast Athabasca Basin margin, 10km along strike from the historic Newnham Lake Zone
Uranium (U3O8)
Large, contiguous landholding spanning approximately 295km²
Shallow to moderate basin settings ranging from 150m to 560m depth
Located on the regional Fond-du-Lac Fault corridor within Wollaston Group metasediments
High-grade unconformity-related and structurally controlled basement uranium mineralisation
Target refinement, advanced data integration, and upcoming drill prioritisation
Positioned directly on the Fond-du-Lac Fault, a massive regional fluid conduit hosting nearby high-grade intercepts of 1,000 to 2,000ppm U3O8
Recent geophysical reinterpretation reveals three subparallel electromagnetic (EM) conductor trends running through the project that have never been drill-tested at depth
Shallow basin depths (150m–440m) support fast, low-cost diamond drilling and accelerated exploration news flow
Historic drilling confirmed an active system, intersecting widespread unconformity-style hydrothermal alteration and strong uranium pathfinder halos
The property sits over the northeastern margin of the Athabasca Basin where shallow sandstone cover overlies Proterozoic basement metasedimentary rocks. The primary structural control is the Fond-du-Lac Fault system, which acted as a major regional engine focusing uranium-rich hydrothermal fluids over long distances. High-grade mineralisation is targeted where basement graphitic faults crosscut the sub-Athabasca unconformity. Strong regional gamma-ray spectrometry confirms this fertile uranium signature flows directly southwest into Maverick’s tenements.
Prior programs consistently intersected wide, high-intensity alteration systems featuring elevated hematite, clay, and chlorite zoning
Multi-element anomalism across regional radiometrics, gravity, magnetics, and lake sediment samples define a prominent, fertile uranium corridor
Historical drill tests in the centre of the project were halted early, inadvertently testing shallow conductive basin sediments rather than the high-priority basement conductors at the true unconformity
Proximity to northern regional highways and established winter road networks allows year-round logistical movement
Positioned near northern Saskatchewan’s commercial power corridors, driving down future project footprint and operational energy costs
Served by regional mining service hubs offering a world-class workforce, specialised technical laboratories, and exploration contractors
Deploy field crews to collect rock chip (multielement, SWIR, petrographic) & biochemical samples (soil or black spruce bark)
Interpret & report results, design drill program
Approve 2027 budget, submit drill program applications
