White Gold Corp. Intersects Multiple Zones of Gold Mineralization and Expands the High-Grade Core at Golden Saddle Intersecting 3.23 g/t Gold over 56.1 m and Intersects High Grade Gold on the Arc Deposit Significantly Extending Gold Mineralization by 100m
District-Scale Yukon Explorer Hits High-Grade Continuity as Maiden PEA Looms

The most recent news (Feb 26, 2026) reports final assay results from the 2025 diamond drilling program at the Golden Saddle and Arc deposits. Key intercepts include 3.23 g/t Au over 56.10m at Golden Saddle and 2.73 g/t Au over 4.35m at Arc. These results confirm the expansion of the high-grade core at Golden Saddle and extend mineralization at Arc by 100m down-plunge. Crucially, the company confirmed that all material for the maiden Preliminary Economic Assessment (PEA) has been collected, with the study on track for release in Q2 2026.
The news is Material - Positive for several reasons: - Resource De-risking: The 56.1m intercept of 3.23 g/t Au is a significant "hit" that confirms the continuity of the high-grade core, which is essential for the upcoming PEA's economic viability. - Growth Potential: Demonstrating that the Arc deposit remains open across its 1.5km strike length below 120m depth suggests the current 1.26M oz Inferred resource has substantial room to grow. - Strategic Execution: The company is successfully transitioning from a pure exploration play to a development-track story. The 2026 program is slated to be the largest in company history, funded by the $23M raise in late 2025. - Corporate Catalyst: This news bridges the gap to the Q2 PEA and the proposed spin-out of critical mineral assets, which aims to unlock "hidden" value in their non-gold portfolio.
White Gold Corp. owns a district-scale land package (305,102 hectares) in the Yukon's White Gold District. - Flagship Project: White Gold Project (Golden Saddle, Arc, Ryan’s Surprise, and VG deposits). - Resource: 1,732,300 oz Au Indicated (1.53 g/t) and 1,265,900 oz Au Inferred (1.22 g/t). - Status: 99% of the resource is near-surface and open-pittable.