TDG Gold Corp. provided a further targeting update from ongoing analysis and interpretation of geophysical data from TDG's 100% owned Mets mining lease located in the Toodoggone District of north-central B.C. Within this news release are the second set of images from TDG's 2023 high-resolution geophysical program conducted at Mets. The high-grade mineralization within the A-Zone appears to be coincident with a magnetic susceptibility low and a conductive feature.

These geophysical features are interpreted to extend for at least ~680 metres ("m") to the south of the Mets A-Zone, following a distinctive topographic linear which remains open to the south. The opportunity at Mets therefore is to evaluate the potential extensions of the thicker, high-grade gold from the A-Zone by targeting the geophysical anomalies, stepping out potentially to both the north and south. In combination, the Mets A-Zone with its potential northern and southern extensions1, form anomalous geophysical features that appear to extend for ~1,480 m, of which only the A-Zone has been intensively drilled historically (and only to shallow depths); with confirmation drilling successfully completed by TDG in 2023.

Potential Southern Extension: The potential southern extension1 appears geophysically to be on strike and continuous south of the A-Zone, displaying a Very Low Frequency Electromagnetic ("VLF-EM") response utilizing the 24.8 kHz frequency with Karous-Hjelt ("KH") filter and associated magnetic susceptibility low. The VLF-EM model presents a steep dipping conductive zone with increasing charge density developing at depth coincident with a developing magnetic susceptibility `deep low'. These coincident features have similar characteristics to the A-Zone where higher-grade gold (Au) mineralization was intercepted.