Modern Geophysical Survey Reveals Untapped Potential at Historic Nevada Titan Copper-Gold Project

Fairchild Gold Corp. (TSX.V: FAIR) (OTCQB: FCHDF) has completed a high-resolution drone magnetic survey at its Nevada Titan project, revealing eight discrete subsurface targets that confirm a vertically developed mineral system. This modern geophysical approach is reframing the understanding of the historic Goodsprings Mining District, located approximately 26 miles southwest of Las Vegas, which hosts more than 100 past-producing mines and workings from the late 1800s to mid-1900s. While historical operations confirmed widespread copper mineralization, they were limited to shallow depths, leaving deeper potential unexplored until now.

The survey identified a particularly compelling steeply oriented Pipe Target where surface geology, magnetic anomalies, and skarn-related mineralogy align. This correlation strengthens the geological case for a porphyry copper source at depth, suggesting that the historic mining activity merely scratched the surface of a larger mineralized system. The transition from exploring visible surface deposits to investigating subsurface anomalies represents a significant shift in mineral exploration strategy, moving from what the company describes as "ghost mines to geophysical clarity."

Fairchild's recent uplisting to the OTCQB market expands its visibility to U.S. investors as the company advances toward drill readiness at Nevada Titan. The project's location in a well-known mining district with established infrastructure adds to its potential viability. The latest news and updates relating to FAIR are available in the company’s newsroom at https://ibn.fm/FAIR. This press release was disseminated on behalf of Fairchild Gold Corp. and may include paid advertising, with full terms of use and disclaimers available at https://RocksAndStocks.news/Disclaimer.

The implications of these findings are substantial for the mining industry and investors. Successfully identifying a deeper porphyry system could significantly increase the project's resource potential and economic value, transforming a district known for historical small-scale mining into a modern exploration target. This approach of re-evaluating historic districts with advanced technology is becoming increasingly important as easily discoverable surface deposits become scarce, making the reinterpretation of known areas with new data a critical path for resource discovery.