The Project is located between Atikokan and Mine Centre in northwestern Ontario, north and south of Provincial Highway 11. Favorable infrastructure exists on the Project including extensive forestry road networks, power transmission lines and rail networks, as well as nearby population centres with exploration services and personnel.

The Project area occurs along the structural boundary between the Wabigoon and Quetico Sub-provinces of the Archean Superior Province. The Wabigoon Subprovince includes volcanic and metasedimentary belts and surrounding felsic plutonic batholiths and is transected by several major east-west to northeast striking deformation zones. The Quetico Subprovince is dominated by sedimentary migmatite gneissic rocks and felsic plutonic rocks, with major deformation zones parallel to the subprovince boundary.

The Project area has potential for several mineralisation styles. The volcanic greenstone belts and structures north of the Seine River and Quetico faults are favourable settings for Au orogenic Au vein and disseminated sulphide hosted deposits, nearby significant orogentic style deposits include Hammond Reef and the deposits at Mine Centre. South of the Quetico fault there are several nearby occurrences of platinum group elements associated with mafic intrusive rocks, as well as actively explored pegmatites associated with evolved granites.

The area has seen exploration, primarily for gold, since the late 1880’s however work has been focused on the past producing orogenic deposits and volcanic rocks of the Mine Centre area. Within the Project boundaries limited drilling totalling 60 holes have been completed. Geochemical work is limited to three lines of 1km spaced till sampling. The majority of the Project has not seen systematic geochemical surveys or high-resolution geophysical surveys.

Since staking of the Project in April 2023, Kenorland has completed the compilation and digitization of historical exploration data within the Project area. A LIDAR survey was flown by Kenorland in the summer of 2023 to aid in surficial geological interpretation and planning of systematic geochemical surveys.