Belmont Resources Inc. announce final drill logging results and interpretation from North Zone of the AJ gold property. The 100% owned AJ gold project situated in the prolific Greenwood mining camp of southern British Columbia. The recently completed 9 hole, 2,000m drill program tested IP anomalies defined by the 2020 IP geophysical survey and coincident with targets defined by surface mineralization and historical workings.

Results of the drill program will be announced as soon as all assays have been received, compiled and verified. North Zone drilling consisted of drill holes AJ 23 0105 for 1,150 meters and involved exploring largely untested, open ground in the northern portion of the property where targets were chosen between the Golden Crown mine situated on the adjacent Golden Crown property and the AthelstanJackpot mines. The North Zone drilling review found a nearconsistent abundance of alteration within several ages and types of bedrock.

With moderate correlation to geophysical anomalies tested, the area did exhibit widespread lowgrade pyrite mineralization, small concentrations of massive sulphides, and several shallow to moderate listwanite zones. Results are pending but this is all characteristic of the known economic deposits in the area and lend to ongoing exploration in the untested portions of the property. Silica, silicacarbonate and phyllic alteration intersected over 100 metre durations in all four diamond drill holes in the South Zone directly beneath and nearby the Athelstan mine.

These mineralized zones appear to be correlative between drill holes and could represent a 100 metre step out, along the strike of the Athelstan gold zone trend. The discovery of multimetre quartz shear and stockwork style vein intersections with all lithologies hosting widespread pyrrhotite and pyrite and lesser chalco and arsenopyrite may potentially be one or more conduits and fracture spaces for deep seated mineralizing hydrothermal fluids and related to the auriferous deposits found in the historic gold mining above.