Toogood Gold Signs Binding LOI to Acquire the Table Mountain Project, a District-Scale, Undrilled Low-Sulphidation Epithermal Gold-Silver System in Nevada
Toogood Gold pivots to Nevada district-scale acquisition while validating high-grade Newfoundland discovery

The most recent news (March 2, 2026) announces a binding Letter of Intent (LOI) for Toogood Gold to acquire a 100% interest in the Table Mountain Project in Nevada. This is described as a district-scale, undrilled low-sulphidation epithermal gold-silver system. Key features include a 4 km by 2 km alteration cell and outcropping veins. The deal involves a 3% NSR (with buyback options) and follows a period of aggressive expansion and successful drilling at the company's flagship Newfoundland project.
The impact is Material - Positive. While the company's flagship remains the Toogood Project in Newfoundland, the move into Nevada provides a secondary "district-scale" catalyst in a Tier-1 jurisdiction. - Strategic Diversification: Moving into Nevada reduces jurisdictional risk and provides a year-round exploration window compared to Newfoundland's seasonal constraints. - Exploration Potential: The "undrilled" nature of a large alteration cell in a known gold-producing state (near the past-producing Atlanta mine) offers high-reward discovery potential. - Validation of Strategy: The partnership with Orogen Royalties (implied by the CEO quote) suggests a high-quality project generation source. - Cost of Entry: The deal structure is an option, allowing the company to preserve cash while conducting Phase 1 surface work to "de-risk" the asset before committing to heavy drilling.
Toogood Gold Corp. (formerly Smithe Resources) is focused on the Toogood Gold Project on New World Island, Newfoundland. The project covers 118 sq. km in the Exploits Subzone. - Flagship Status: The Quinlan Zone has returned high-grade intercepts (e.g., 14.48 g/t Au over 3.35m). - Recent Discovery: The "Melange Contact" trend extends over 15 km and returned gold in all three initial test holes, suggesting a much larger system than previously mapped.