Etruscus Resources Corp. announced the completion of the Company's 2022 field exploration program at its 100% owned Rock & Roll Property located in the prolific Golden Triangle in northwestern British Columbia, Canada. The Program included an expanded 14.25 line km induced-polarization survey focussed on the Discovery and Heather Targets.

These surveys test resistivity and chargeability to better outline the depth potential of a mineralized system and are used within exploration as the final step in advancement to delineated drill targets. 2022 Exploration Program Highlights: Geological mapping at the Discovery target has extended Quartz-Sericite-Pyrite (or "QSP") porphyry style alteration 700 m to the east of the initial target area; An additional 3 lines were added to the original survey for a total of 14.25 line-km completed across both the Discovery and Heather targets; and A total of 128 soil samples, 70 rock samples, and 10 samples for near-infrared spectroscopy were taken across the Property. At the Discovery target, geological mapping was able to identify high level porphyry indicators such as epidote and jasper as well as QSP "porphyry style" alteration that has extended the system to over 1 km in length.

This new mapping led to an additional 3 line-km to the east of the originally planned grid to fully assess the width and depth of the system. Additionally, 45 soil samples were taken down slope of the main showing along with 10 rock samples collected for hyperspectral imaging. This information will help the team better understand where the mineralized system lies relative to the surface so it can properly advance to a drill ready stage.

Geological mapping of the surrounding stratigraphy has also highlighted the proximity to the Jurassic-Triassic boundary that is commonly associated to many of the major porphyry discoveries in the Golden Triangle. At the Heather target where previous high grade rock samples of up to 25.4 g/t Au have been taken, a 3.75 line-km IP survey grid has now been completed across an extensive soil anomaly.  Focused rock sampling also took place at a newly identified polymetallic quartz-carbonate vein zone containing chalcopyrite, sphalerite and galena.

Additionally, a total of 71 soil samples were collected to further extend the 300 m by 350 m copper-gold-molybdenum anomaly identified last year.