Canada One Mining begins 2025 fieldwork at Copper Dome

Executive Summary

• Canada One Mining Corp. has launched its 2025 field work program at the Copper Dome project, prioritizing the newly defined Boundary zone copper‑gold soil anomaly.
• Historical rock samples from the Boundary zone returned exceptional assays up to 43 % Cu, 28.16 g/t Au and 18.19 g/t Pd, driving a data‑driven target matrix for future drilling.
• Follow‑up mapping and sampling will be performed on Friday Creek, Combination and Haul Road zones, with historic drill intercepts highlighted (e.g., 42.5 m @ 0.28 % Cu, 0.70 g/t Au).

Key Details

• Program Scope: Detailed geological mapping, systematic rock geochemistry, alteration mapping, and core relogging/reinterpretation across the Boundary zone and adjacent targets.
• Boundary Zone Target: 1 km × 2 km Cu‑Au soil anomaly; historic rock assays up to 43 % Cu, 28.16 g/t Au, 18.19 g/t Pd.
• Follow‑up Zones & Historic Drill Results:
• Friday Creek (FC) – DDH FC‑01: 8.0 m @ 0.55 % Cu, 2.8 g/t Au;
  DDH FC‑02: 15.0 m @ 0.32 % Cu, 0.98 g/t Au;
  DDH FC‑12: 42.5 m @ 0.28 % Cu (incl. 6.0 m @ 1.5 % Cu, 0.70 g/t Au);
  DDH FC‑10‑17: 19.5 m @ 0.71 % Cu (incl. 2.0 m @ 4.08 % Cu);
  DDH FC‑18: 102.7 m @ 0.14 % Cu (incl. 20.0 m @ 0.64 % Cu).
• Core Program: Relog, catalogue and reinterpret historical core around key intercepts to refine target definitions.
• Objective: Produce a ranked, data‑driven target matrix to guide the next phase of drill targeting toward copper‑gold porphyry centres.
• Infrastructure & Permit: Project sits adjacent to Hudbay’s Copper Mountain mine; five‑year drill permit already in place.
• Historical Work Summary: 51 km IP geophysics, ~50 % airborne magnetic/EM coverage, 2,253 soils, 378 rocks sampled, >8,900 m diamond drilling, >1 km trenching.

Notable Quotes

“We are excited to kick off our 2025 fieldwork at Copper Dome. The Boundary zone… will anchor our systematic mapping and geochemistry.” – Peter Berdusco, President & CEO

Materiality Assessment: Material – Positive (significant exploration update with high‑grade historic assays that could materially affect future resource potential).