Weekapaug Lithium Ltd. is set to commence its Phase One exploration program at its 100% owned Nakina lithium property adjacent the rapidly advancing Seymour Lake Lithium program. The comprehensive multi phase plan aims to further determine the Property's economic potential. The Property is road-accessible via the seasonal Maun Lake forest access road.

The Property is located approximately 90 km north of the town of Geraldton and 300 km northeast of Thunder Bay. The Property covers 7,390 hectares over 360 mineral tenures within the Northern Thunder Bay Mining Division. The Property is underlain by a 10 by 13 km granic body (the Maytham-Queenston lakes pegma pluton) of the western Archean Superior Province, noted to contain lithium-bearing pegmates in historical bedrock mapping and minerology reports.

The Property is located within the highly advanced Green Technology Metals Seymour Project area and directly adjacent their Superb Lake Lithium prospect. To date, there has been no industry or systemic exploration coverage over the claim area making for a highly prospecve grassroots project. The Company has engaged Planet X Exploration Services Ltd. (Planet X) to undertake the lithium exploration program.

Phase One is expected to last two months and begin on July 1st, 2023. Inial exploration and mapping will invesgate the mineralizing potential of S-type granites and lithium-cesium-tantalum (LCT) pegmates. Pre-eld work will idenfy priority areas for mineralizaon based on lithological and structural characteriscs.

This stage will involve a detailed review of exisng geological maps and reports, as well as the compilaon of current and historical data. Based on this analysis, areas of focus will be targeted forldwork and necessary perming and logiscal preparaon will be completed. Fieldwork will involve mapping and prospecng to collect geological and geochemical data for occurrenceidencaon, and to delineate pegmates and idenfy LCT targets.

The prospecng phase will be further broken down into reconnaissance, inial sampling, detailed geological mapping, and coverage of prospecve areas with soil and ll geochemical sampling. Collected samples will be analyzed to quanfy the potenal for economic lithium mineralizing.