Sugarloaf Peak Drilling Program Confirms Expansion Potential

TORONTO – Arizona Metals Corp. reported on the first round of results from its 2025 reverse-circulation drill program on the Sugarloaf Peak project in Arizona. Highlights of the drilling include: 1) SP-25-09: 195.1 m @ 0.31 g/t Au, including 25.9 m @ 0.61 g/t Au. This was an infill hole in the center of the deposit, demonstrating excellent continuity and mineralization from surface. 2) SP-25-11: 109.7 m @ 0.31 g/t Au, including 16.8 m @ 0.49 g/t Au. This was an infill hole in a 300 x 300 m gap in the north-central part of the deposit; together with holes 12 and 13, this confirms good continuity of mineralization in this area, adding significant volume to the deposit. 3) SP-25-05: 134.1 m @ 0.29 g/t Au and 70.1 m @ 0.32 g/t Au. This was a twin of historic hole WW-9 in the central portion of the deposit. 4) SP-25-12: 73.2 m @ 0.27 g/t Au and 41.1 m @ 0.30 g/t Au. This was an infill hole in a 300 x 300 m gap in the north-central part of the deposit.
Mineralization was intersected in all nine drill holes assayed to date in an area covering 900 m along the strike of mineralization and 800 m in width. These initial drill results are consistent with the drill program goals, as these results demonstrate mineralization in all infill holes and extend mineralization in all step-out holes received to date. In several drill holes, mineralization was also extended at a depth below previous drilling by 40-75 m. Assay results from the remaining 16 drill holes are pending. The total drilling to date on the project, in 2025, comprises 5,186 m drilled in 25 reverse-circulation drill holes.
Duncan Middlemiss, President and CEO, said, “We are pleased to confirm the expansion potential at Sugarloaf Peak. This is a very large mineralized system that our drilling has expanded, not only laterally but within the deposit. In particular, our drilling confirmed excellent continuity of mineralization, a real benefit in a bulk-mining open-pit scenario. We intend to continue to explore Sugarloaf Peak and test its size within the deposit, at depth, and along strike.”