• New high-grade gold intercepts more than 100m below surface at Repeater and south of existing mine workings at Radio
• Results demonstrate excellent down-dip continuity of the Repeater system and potential to grow the global Mineral Resource footprint
• Drilling confirms high-grade mineralization continues south beyond the existing mine development at Radio

Widgie Nickel Ltd has received a further set of strong assay results from its recently completed Reverse Circulation (RC) drilling program at the Radio Gold Project. The new intercepts confirm high-grade mineralization more than 100m below surface at the Repeater prospect and immediately south of existing underground mine workings at Radio. The results demonstrate excellent down-dip continuity of the Repeater system and highlight clear potential to grow the global Mineral Resource footprint at Radio through both depth and strike extensions. Key results include 1m @ 10.11g/t Au from 103m at Repeater Deeps, 1m @ 2.32g/t Au from 125m at Repeater Deeps, and 2m @ 5.21g/t Au from 102m at Radio, located approximately 20m beyond the current 10 Level development. The Repeater intercepts occur at a similar elevation to the base of historic workings at the adjacent Radio Mine, which produced approximately 71,000 ounces of gold at an average grade of 38g/t Au. This correlation supports the interpretation that Repeater represents an along-strike continuation of the main Radio deposit, with potential to contribute additional high-grade ounces to the Radio Gold Project resource inventory. The results from drilling south of the Radio Main deposit also provide compelling evidence that high-grade mineralization continues to the south beyond the limits of historical mine workings, highlighting clear potential to extend the mineable footprint along strike.

The company is working to define a maiden Mineral Resource at Repeater and refine the existing Radio and Radio South models to support mine design and scheduling studies. These technical studies will feed into assessments of near-term restart options for underground mining and potential low-cost open pit opportunities over the largely unmined near surface mineralization.