Oxide Summit

The Oxide Summit Project, located in the Toodoggone gold camp, BC, encompasses multiple epithermal and potential porphyry-style mineral occurrences (e.g., Oxide Peak, Mount Gordonia area), targeting Au, Ag, Cu, with secondary Pb, Zn, Mo.

Strong indicators at Oxide Peak (094E 181) with monzodiorite porphyry assaying 0.137% Cu and sheeted quartz-chalcopyrite veins; ED (094E 023) hosts monzonite dikes with gossan; Falcon A1 features epidote-chlorite-altered monzonite porphyry dikes. Widespread propylitic alteration supports deeper porphyry systems.

Best Results: High-grade assays include

22.61 g/t Au, 16.6 g/t Ag, 0.723% Cu at Joanna East (094E 174 )Chip Sample;
21.75 g/t Au, 38.2 g/t Ag, 0.321% Cu from EHL (094E 036) Chip Sample;
5.65 g/t Au, 15.3 g/t Ag, 0.61% Cu at Joanna West (094E 175) Grab Sample;
2.74% Cu, 26.2 g/t Ag at Falcon A1 (094E 184) Chip Sample.
1.61% Cu, 0.324 g/t Au, 52.6 g/t Ag at Falcon A2 (094E 185) Grab Sample.

TDG GOLD CORP. Work Program

Oxide Creek (Target #1)

Oxide Creek is a porphyry Cu-Au target at Oxide Peak, identified by coincident soil geochemistry, alteration mapping (QSP/advanced argillic), breccias with chalcopyrite veins, and geophysics. In 2022, TDG completed high-resolution ground magnetics and maiden drilling (2 holes, 1,021.5 m), intersecting broad low-grade Cu (avg. 0.04% Cu) with higher
intervals (e.g., 0.23% Cu over 13 m) and porphyry-style veining/alteration in peripheral zones.


TDG Gold drilled two oriented HQ diamond holes from the same pad, totaling 1,021.5 m:

OP22-001:

480.0 m depth; broad anomalous Cu (avg. ~0.04% Cu over hole), including 0.23% Cu over 13.0 m (194–207 m) within 0.06% Cu over 282 m. Porphyry-style veining (chalcopyrite, pyrite, minor bornite) with QSP alteration.

OP22-002:

541.5 m depth; similar broad low-grade Cu (~0.04% avg.), with 0.10% Cu over 6.0 m (294–300 m) within 0.05% Cu over 207 m. Comparable mineralization/ alteration.

Results indicate peripheral/distal porphyry-style mineralization; higher-grade potassic core remains untested.