• New high-grade silver results returned from six new DD holes
• Standout new intercepts include 0.59m @ 4,216 g/t AgEq and 1.0m @ 754 g/t AgEq
• High-grade silver mineralisation confirmed across multiple drill sections

Rapid Critical Metals Limited (ASX: RCM, RCMO) ('Rapid' or 'the Company') is pleased to announce additional high-grade silver assay results from its recently completed Diamond Drilling (DD) program at the 100%-owned Webbs Silver Project in northern New South Wales (Webbs or the Project). The results relate to the final six DD holes from the recently completed drill program, that further reinforce the strength and continuity of high-grade silver mineralisation at Webbs. The new assays include multiple bonanza-grade silver intersections and provide further support for the presence of additional mineralised structures parallel to the existing Main Lode system. The drilling program comprised 2,057 metres of DD designed to test extensions to known mineralisation and assess the potential for additional lodes within the broader Webbs structural corridor. The newly reported DD holes targeted areas adjacent to, and offset from, the existing Main Lode system at Webbs. Assay results confirm the presence of high-grade silver mineralisation hosted within sulphide-rich zones consistent with previously reported mineralisation styles. These results complement previously released drilling and demonstrate repeated high-grade silver intersections across multiple drill holes and orientations. The spatial distribution of mineralisation supports the Company's evolving geological model that the Webbs system hosts stacked or parallel lodes within a broader mineralised corridor. Further drilling will be required to confirm the geometry, continuity and scale of these structures.

Rapid is progressing plans for an expanded exploration program across its NSW silver portfolio in 2026, including follow-up drilling to test interpreted parallel lodes and extensions at Webbs, ongoing resource growth and discovery drilling across the Webbs-Webbs Consol corridor, and integration of new drilling results into updated geological and resource models.