Paycore Minerals Inc. announce exploration drilling results from the Company's 100%-owned FAD Property located on the Battle Mountain-Eureka Gold Belt in Nevada, USA. Hole PC22-10 is a 200-meter step-out and down-dip from the historic resources. The drill intercepts for hole PC22-10 occur within a 58.4 meter zone of mineralized rock which consists of 5.6% zinc, 1.3% lead, 91 g/t silver, and 1.5 g/t gold from 694.6 to 753 meters depth.

The hole intersected the Southeast Lobe 23-meters Northeast of hole GH21-02 and 40 meters Northeast of hole PC22-07, along with Paycore's original drill highlights in Table-1. PC22-10 deviated from the intended target between historic holes RDH-7 and RDH-7B which both contain thick intercepts of mineralization (30 and 35 m of mineralization respectively) and are located approximately 45 meters to the North and to the East of PC22-10. It is a plan-view of FAD mineralization illustrating historic and Paycore drill intercepts from surface which are located within and proximal to the FAD Main Zone. Hecla Mining completed a Feasibility Study in 1966 and 1974 which included the underground development-drilling done from 1963 to 1964.

This drilling with the historic FAD resource which contains 3,540,173 tonnes grading 8% zinc, 3.80% lead, 5.14 g/t gold and 196.46 g/t silver from Hecla Mining Company's 1974 feasibility study. The historical drilling outside of this resource area intercepted high-grade poly-metallic mineralization and was not included in the resource due to wider-spread drill spacing. Paycore intends to complete in-fill drilling to complete a resource estimate in accordance with NI 43-101.

It is also demonstrates the overall dimensions of the mineralization on the FAD Main Zone and illustrates the width of the down-dip extension within the Southeast Lobe. The current overall dimensions of the FAD Main Zone, which are defined by Paycore and historic drilling, delineate a mineralized footprint of approximately 420 meters in strike length by 390 meters wide. Additional definition and step-out drilling are necessary to further define mineralization and calculate a mineral resource estimate for the FAD Main Zone.

Paycore recently acquired additional historic drill and underground geology data which will be used to support future drill and exploration programs. Paycore is in the process of digitizing all of the recently acquired historic data. The information acquired includes drill logs, assay certificates, surveys, historic surface and underground geologic mapping, drill hole location maps, and other data that will be invaluable for vetting, modeling, and resource work on the FAD mineralization. The upcoming drill program will focus on infill and step-out drilling on the FAD Main Zone and test the extents to historic mineralization outside of the current geological model.

The historic drilling outside of the current model has identified multiple horizons of favourable geology as well as high grade mineralization in multiple directions, further demonstrating the exploration upside. Upcoming drill programs will also target the under-explored Jackson Fault where i-80 Gold made their recent discovery of high grade CRD at their Hilltop Project. This illustrates Paycore's property and the property boundary between Paycore and i-80 Gold.

Historic mining, exploration and drilling has focused largely on the prospective geology associated with the Ruby Hill Fault. The FAD deposit and Ruby Hill Mine is also associated with the Ruby Hill Fault. The north-south trending Jackson Fault located to the east of the Ruby Hill Fault is undercover, largely untested, and underexplored.

The Jackson Fault is associated with i-80 Gold's recent Hilltop CRD discovery located between the past producing Archimedes Pit and the property boundary of Paycore. There is approximately 1.5 kilometers of the Jackson Fault to test on i-80's project between the open-pit and the property boundary, and nearly 3 kilometers of the fault to test on Paycore's property. Paycore has not yet tested the Jackson Fault and is in the process of planning a drill program in this highly prospective discovery corridor which is associated with the Jackson Fault zone.