Kin Mining NL reported outstanding wide, high-grade assay results from the initial Reverse Circulation and diamond Resource Definition drilling program at the Cardinia Hill deposit at its 100%-owned Cardinia Gold Project (CGP), near Leonora in Western Australia. The Cardinia Hill prospect, located 2km from the proposed processing plant site, was discovered in early 2020 and was targeted with an initial shallow RC and DD drilling program, resulting in the estimation of an Inferred Mineral Resource totalling 1.2Mt at 1.66g/t for 61,000 ounces of gold in December 2020. The Resource Definition program, which commenced in February 2021, comprises approximately 8,300m of RC and DD drilling in 47 holes, is designed to extend the Mineral Resource to approximately 200m below surface and in-fill the near surface portion of the Mineral Resource to a nominal 25m by 25m spacing as the foundation for an upgrade of the Mineral Resource classification. This announcement reports 14 drillholes and 1,561m of drilling, approximately 30% of the planned program. Kin Mining Managing Director, Andrew Munckton, said: "This is a great way to close-out the first quarter, with the first batch of assays from the Resource Definition drilling program at Cardinia Hill well and truly coming up with the goods! The results have exceeded expectations and upgraded the potential of this deposit, as well as understanding of, and growing confidence in, the emerging Eastern Corridor which hosts Cardinia Hill and numerous other recently defined targets. Geological Summary: The alteration assemblage through the dolerite at Cardinia Hill is widespread with a carbonate-sericite assemblage that is zoned from outer chlorite towards inner carbonate-sericite-fuchsite-pyrite. The carbonate shows mixtures of calcite, ferroan dolomite and siderite, as wall rock replacements and veins. Overprinting the carbonate-sericite-fuchsite-pyrite alteration zones are discrete breccia veins of quartz- ankerite-albite-pyrite-fahlore sulphosalts. These are associated with high-strain shear zones, that are oriented with north-south strike and moderate to steep dips towards the east and west. Pyrite associated with this assemblage is very fine-grained "dusty" pyrite occurring both within the vein cement and as clouds of disseminations within altered wall rock. The "dusty" pyrite is present whenever high-grade gold is found. The recently collected ground gravity survey has highlighted the controlling stratigraphy as well as delineating controlling structures of the Eastern Corridor mineralisation. Haines Gravity have been engaged to expand on the survey area with the follow up survey designed to cover other apparent fault systems that host mineralised positions further to the west and north within the CGP. The Eastern Corridor survey completed in late 2020 was successful at identifying the dominant mafic stratigraphy, the position of the Helens and Cardinia ill Faults and porphyry intrusions associated with the faults at the Helens and Cardinia Hill deposits. Eastern Corridor RC Drilling program: The Eastern Corridor is an attractive area of structural features and consists of a series of targets similar in style to the Cardinia Hill and Helens high-grade deposits. The Eastern Corridor covers a substantial area approximately 5km long by 2km wide and contains the Rangoon, Fiona, East Lynne and Collymore prospects in addition to the Helens and Cardinia Hill deposits. A number of the targets are marked by shallow, historical and recent AC drilling intersections and extensive anomalous soil geochemistry. The Eastern Corridor targets lie at attractive structural positions associated with the Helens and Cardinia Hill Fault system adjacent to porphyry intrusions defined in the gravity survey completed by Haines Gravity in late 2020. The initial testing with RC drilling has commenced in the Eastern Corridor in parallel with RC and DD drilling program currently being undertaken at Cardinia Hill. The initial program will systematically test seven targets and comprises 5,600m of drilling in 53 holes.