Toogood Gold Corp. has announced the definition of significant, kilometre-scale geophysical gold targets along epithermal vein corridors at its Table Mountain Gold-Silver Project in Lincoln County, Nevada. These compelling targets were identified by integrating results from recent ground gravity and drone magnetic surveys, alongside initial data from ongoing controlled-source audio-frequency magnetotelluric (CSAMT) surveying.
The overlapping geophysical anomalies highlight priority drill targets across three major structural corridors: Widowmaker, Pacifico, and the ENE-WSW trend. These targets possess strong geological backing, directly coinciding with major mapped faults, extensive epithermal quartz veins, intense silicification, and hydrothermal breccias. According to CEO and Director Colin Smith, the convergence of multiple independent datasets on the same areas provides a clear and highly encouraging focus for the company's upcoming maiden drill program, showcasing depth potential far beyond the shallow zones initially targeted.
The ground gravity survey successfully revealed a broad positive anomaly measuring approximately four by two kilometres, which closely aligns with the project's previously mapped hydrothermal alteration footprint. Meanwhile, the drone magnetic survey outlined pronounced magnetic lows and gradients along the key structural corridors. This specific combination of gravity highs and magnetic lows is a recognized exploration signature for low-sulphidation epithermal gold-silver systems, reflecting increased rock density from silica addition and the hydrothermal destruction of magnetite.
Furthermore, initial CSAMT results are effectively defining these critical corridors at depth by revealing prominent resistive features and sharp resistivity contrasts. As Toogood Gold awaits pending rock and soil assays, the company is actively advancing its Bureau of Land Management Notice of Intent process with SWCA Environmental Consultants.
With targets clearly defined, the company is rapidly preparing for its maiden drilling program to test the significant subsurface potential at Table Mountain.
