Starr Peak Mining Ltd. announced that a soil sampling program will be commencing on its NewMetal property ("NewMetal" or "the Property"), located in the Abitibi Greenstone Belt of Quebec near the town of Normetal. This phase of exploration will focus on the westward trend, towards Amex Exploration's Perron Project, of gold and base metal findings from the previous Normetmar 2021 and 2022 drilling phases. The northern part of the property will also be covered in order to do a follow-up and better define 2022 drilling results.

The soil survey will be complementary to the 2021 VTEM survey and allow for a gold investigation in a more systematic and directed approach. The 2022 drilling campaign has shown the potential for base metals and gold mineralization in the northern part of the property and will be further investigated. In addition to better defining the 1 km long VMS horizon, the survey will cover hole STE-22-112 that returned anomalous gold results hosted into the granodioritic Pluton de Normetal, located in the North-East part of the property.

Gold values are estimated by fire assay with finish by atomic absorption. Zinc, Copper and Silver values are estimated by four acid digestion multi elements Inductively Coupled Plasma - Atomic Emission Spectroscopy (ICP-AES), ME-ICP61. Zinc values over 1% and silver values over 100 g/t are estimated by four acid digestion ICP-AES, OG62.

Zinc values over 30% are estimated by potentiometric titration, ZN-VOL50. The Qualified Person has not completed sufficient work to verify the historic information on the Property, particularly in regards to historical drill results. However, the Qualified Person believes that drilling and analytical results were completed to industry standard practices.

The information provides an indication of the exploration potential of the Property but may not be representative of expected results. Although the percentage estimation is a good guide to the concentration of copper and zinc the company can expect from future drill core assays, one must always be cautious about making estimations with respect to metal concentrations and on the basis of visual estimation.