Ascot Resources Ltd. announced the remaining assay results from the 2021 drill program at the Company's Premier Gold Project located in the Golden Triangle of northwestern British Columbia. These drill holes targeted areas of early stopes at the Big Missouri deposit with the aim of refining stope geometry and orientation as well as expanding stope shapes where possible and gathering additional grade information. The drill holes intercepted gold mineralization at or near defined stope shapes with numerous high-grade assays as high as 184.5 g/t gold.

27.52 g/t Au and 11.40 g/t Ag over 8.00m from a depth of 68.4m in hole P21-2379, including 66.70 g/t Au and 14.20 g/t Ag over 2.00m 36.36 g/t Au and 24.1 g/t Ag over 4.65m from a depth of 56.4m in hole P21-2373, including 184.50 g/t Au and 80.50 g/t Ag over 0.90m. The interval is carried by the high-grade assay, but the width of the mineralized zone has been selected considering base metal and sulfide content in addition to gold and silver. 10.04 g/t Au and 15.91 g/t Ag over 7.00m from a depth of 139.8m in hole P21-2358, including 14.70 g/t Au and 22.33 g/t Ag over 4.00m 7.25 g/t Au and 4.57 g/t Ag over 6.00m from a depth of 212.1m in hole P21-2363, including 19.00 g/t Au and 6.10 g/t Ag over 2.00m.

This release summarizes the assay results from 36 surface drill holes for a total of 6,010 metres at the Big Missouri deposit which were drilled in September and October 2021. The location of six drill pads around the S1 pit at Big Missouri. 2 shows a 3D cross section illustrating the general results of the definition drilling.

Gold was intercepted at or close to the expected elevations which is critical for correct planning of the development drifts. Gold grades vary from bonanza grade to highly anomalous which is an expected result in a coarse gold system where some drill holes do not intercept coarse gold particles. The mineralized zones are indicated by the presence of quartz breccia or stockwork with highly anomalous gold grades and anomalous amounts of associated base metals such as lead and zinc. These new drill holes tighten the drill spacing in these areas and provide additional pierce points from which to refine the stope shapes.

The orientation and exact geometry of the stopes will be modified in some areas as new wire frames and block models are being generated to fine tune the mine plan for the start of production.