Grade Control Drilling at Moss Main Zone Defines Higher Grade Corridors Intersecting 78.4m of 1.44 g/t Au from 15.6m

Gold X2 Mining Inc. has released the third batch of assay results from its ongoing grade control drilling program at the Moss Gold Project in Northwest Ontario, reporting encouraging results that continue to validate the company's geological model. The program consists of nineteen shallow holes targeting marginal to core shears within the Main Zone, with the standout result being 78.4 meters grading 1.44 grams per tonne gold starting from 15.6 meters depth.

The grade control drilling program is designed to provide higher density drilling data that will help define higher grade zones within the deposit. According to CEO Michael Henrichsen, the results demonstrate long continuous broad intervals of gold mineralization that align with the geological model, while higher grade internal intervals show good continuity between drill holes. This continuity is crucial for understanding the geometry of high-grade mineralization within the deposit structure.

The results are particularly significant as they provide critical data for optimizing the economic performance of the Moss Gold Project moving forward. The identification of higher grade corridors through systematic grade control drilling represents an important step in the project's development, as it could potentially enhance the overall grade profile and economics of the deposit. The systematic approach to understanding mineralization geometry through higher density drilling is essential for future mine planning and resource optimization.

For Gold X2 Mining, these results reinforce the company's exploration strategy and provide valuable technical data that will inform future development decisions at the Moss Gold Project. The continuation of broad gold mineralization intervals with identifiable higher grade zones suggests the deposit maintains good potential for economic extraction, which should support the company's ongoing efforts to advance the project through the development pipeline.