TDG Gold Defines Drill Targets within Potential Southern Extension at Mets

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WHITE ROCK, BC / ACCESSWIRE / January 15, 2024 / TDG Gold Corp. (TSXV:TDG) (the "Company" or "TDG") is pleased to provide 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 (Figure 1a) and a conductive feature (Figure 1b)(news release Jan 08, 2024). 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.

Figure 1. 3D View of Mets A-Zone & Potential Southern Extension1 displaying a) magnetic susceptibility voxel model (left) and b) VLF-EM 24.8 kHz, Karous-Hjelt filtered voxel model (right).

Steven Kramar, TDG's VP Exploration, commented: "The seven historical diamond drillholes to the south of the Mets A-Zone appear to have been situated too far back from the geophysical anomalies picked up by our 2023 magnetics/VLF-EM survey. The fact that these historical holes still showed gold mineralization, including up to 8.1 g/t over 1.0 metre2,3, is encouraging. 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 sequentially 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 (Figure 2), 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 (news releases Sept 07, 2023, Sept 11, 2023, Nov 28, 2023 and Dec 04, 2023).

Figure 2. 3D View of Mets Mining Lease & Potential Extensions1 displaying a) magnetic susceptibility voxel model (left) and b) VLF-EM 24.8 kHz, Karous-Hjelt filtered voxel model (right)

POTENTIAL SOUTHERN EXTENSION1

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 (Figure 3) and associated magnetic susceptibility low (Figure 4).