Fairchild Gold Advances Toward Drilling at Nevada Titan as Geophysics Sharpens Porphyry Targeting

Fairchild Gold Corp. (TSXV: FAIR) (OTCQB: FCHDF) ("Fairchild" or the "Company") is pleased to provide an exploration update on its Nevada Titan Project in the historic Goodsprings Mining District of southern Nevada, where independent geophysical interpretation has materially advanced the Company's drill-targeting strategy and identified five priority exploration targets for further refinement prior to drill testing. The recently completed integrated interpretation, prepared for Fairchild by independent geophysical consultant Wave Geophysics, LLC, combined multiple geological, geochemical and geophysical datasets, including regional geology, soil and rock geochemistry, high-resolution UAV magnetics, CSAMT resistivity, legacy Titan-24 induced polarization/resistivity data and regional gravity and magnetic information. The work represents an important step in Fairchild's ongoing effort to answer what management believes is the central geological question at Nevada Titan: What was the source of the extensive high-grade copper and polymetallic mineralization historically mined across the Goodsprings district? Fairchild's exploration model is that the numerous historical mines, workings and mineralized occurrences observed across the district may represent near-surface expressions of a much larger concealed mineralizing system. The latest independent geophysical work provides additional technical support for that hypothesis. Three-dimensional magnetic susceptibility modelling has identified a large, deep, low-susceptibility body interpreted as a possible porphyritic intrusion, while integrated resistivity, chargeability and geochemical datasets have defined several areas where multiple independent exploration indicators overlap. Five priority targets have now been identified, with Targets 1 and 2 emerging as the highest priority areas for continued refinement and potential Phase 1 drilling. Nevada Titan Priority Exploration Targets Figure 1. Nevada Titan target summary map showing the five exploration priority target areas (1 to 5). Source: Wave Geophysics integrated interpretation summary, July 2, 2026. Data Integration and Geophysical Results The interpretation incorporated multiple complementary datasets: regional geological compilations soil and rock geochemistry mineral occurrence databases UAV magnetic survey CSAMT survey legacy Titan-24 IPRES survey regional gravity and magnetic datasets The UAV magnetic survey provided significantly higher-resolution information than available regional datasets. Three-dimensional magnetic susceptibility modeling identified a large, deep, low-susceptibility body interpreted as a possible porphyritic intrusion. This feature represents one of the most significant exploration indicators identified during the study. Two-dimensional CSAMT section models and 2D IPRES plan horizontal depth slices were gridded into 3D volumes that characterize resistivity and chargeability patterns within the survey areas. These physical-property volumes reveal several zones where elevated resistivity and chargeability coincide spatially with anomalous geochemistry and favorable geological settings. Such relationships are commonly associated with mineralized hydrothermal systems and provide an effective framework for exploration targeting. Priority Exploration Targets Target 1 elevated copper values in both soil and rock samples; strong and coincident chargeability and resistivity anomalies; and a position directly above the large low-susceptibility body interpreted as a possible intrusive center. Target 2 elevated copper values in rock samples, including exoskarn; coincident chargeability and resistivity anomalies; and a position above what has been interpreted as a possible intrusive apophysi...