Business
Fairchild Gold Corporation Announces Numerous High-Grade Copper Values of up to 34% Cu, and Imminent Geophysical Survey at Nevada Titan Project
Vancouver, British Columbia and Las Vegas, Nevada--(Newsfile Corp. - September 22, 2025) - Fairch...
About this update from Fairchild Gold Corp.
[{"type":"text","content":"Fairchild Gold Corporation Announces Numerous High-Grade Copper Values of up to 34% Cu, and Imminent Geophysical Survey at Nevada Titan ProjectVancouver, British Columbia and Las Vegas, Nevada--(Newsfile Corp. - September 22, 2025) - Fairchild Gold Corporation (TSXV: FAIR) (the \"Company\") is pleased to report on progress with ongoing exploration at its Nevada Titan Project, located in the historic Goodsprings Mining District, Clark County, Nevada. Recent fieldwork has identified numerous high-grade copper values, including assays up to 34.0% Cu (Sample 350436), with associated anomalous molybdenum. A drone magnetic survey will be conducted by MWH Geophysics and is scheduled to commence on September 30, 2025.Exploration Target Figure 1: Targets at Nevada Titan 2025Fairchild's primary exploration target at the Nevada Titan Project is a significant porphyry system with associated skarn mineralization, characterized by potentially high-grade mineralized structural zones. The combination of high values of copper-molybdenum with widespread local anomalous copper in the Wash Zone (Figure 2) samples is consistent with global porphyry-skarn deposit models and highlights the potential scale of the system.Figure 2: 1.5-kilometer trend line with sampled zones 1.5 km Copper CorridorCopper assays define a persistent presence of mineralization across a 1.5 km corridor. High-grade pods are exposed in historic mine workings, with assays reaching up to 34.0% Cu. Meanwhile, sampling in the Wash Zone returned anomalous values ranging from hundreds of parts per million to several percent Cu. This distribution demonstrates that copper mineralization extends beyond the mine exposures, occurring as pods and lenses rather than as a continuous zone.Breccia Pipe Discovery - Significance and Porphyry AffinityFigure 3: New Breccia Pipe Discovery, 2025Geological mapping during the 2025 program has outlined a steeply dipping hydrothermal breccia pipe exposed on the surface in the central part of the property (Figures 1 and 3). The breccia is matrix-supported with angular carbonate clasts and fine-grained hydrothermal material, consistent with magmatic-hydrothermal breccias described in porphyry-related systems.Breccia pipes are recognized as important vertical fluid pathways in porphyry-skarn systems, often marking the connection between intrusive sources a...