Goldshore Intersects 25.3m of 0.92 g/t Au, Including 3.15m of 5.15 g/t Au from 391.85m, Proving Continuity of Shears Between the Main and Southwest Zones

Goldshore Resources Inc. has released encouraging drilling results from the Golden Gate Zone at its Moss Gold Project in Northwest Ontario, demonstrating successful expansion of mineralization in a previously undrilled area between the Main and Southwest zones. The company intersected 25.3 meters grading 0.92 g/t gold, including a higher-grade interval of 3.15 meters at 5.15 g/t gold from 391.85 meters depth, proving the continuity of mineralized shear structures across this critical gap area.

The drilling program consisted of 1,380 meters completed underneath a saddle area within the conceptual open pit design, with the strategic objective of expanding the mineral resource beneath the current proposed pit boundaries ahead of an updated mineral resource estimate. According to CEO Michael Henrichsen, the program successfully identified numerous mineralized shears in an area previously modeled as having limited structural continuity between the neighboring zones.

The technical significance of these results extends beyond the individual intercepts, as the proven continuity of shear-hosted mineralization should enable the conversion of previously classified waste material to mineralized resource in the updated geological model. This development potentially allows for the consolidation of the Southwest and Main Zone conceptual open pits into a single, more efficient mining operation with reduced waste stripping requirements.

For the broader gold mining sector in Northwestern Ontario, these results demonstrate the continued prospectivity of shear-hosted gold systems and highlight the value of systematic infill drilling programs in optimizing pit designs and resource classifications. The ability to connect previously separate mineralized zones through targeted drilling represents a cost-effective approach to resource expansion that could influence similar projects across the region.