Kin Mining NL reported highly encouraging new drilling results from its Eastern Corridor exploration program targeting the under-explored Rangoon area within its 100%-owned 1.275Moz Cardinia Gold Project (CGP), located near Leonora in Western Australia. The results further reinforce the substantial endowment of the emerging Eastern Corridor at Cardinia and the
potential to define additional resources in this under-explored area. The Eastern Corridor program is aimed at enhancing the geological understanding of a number of prospects
within what has emerged as a large, highly mineralised complex. Mineralisation discovered to date within the
Eastern Corridor extends over an area of approximately 1km by 5km on the eastern side of the CGP, with
outstanding potential to discover new mineralised positions and extend existing deposits at depth. The Eastern Corridor contains a number of exciting exploration and development prospects including Cardinia
Hill, Helens, Fiona and Rangoon, which collectively host in excess of 239koz of Mineral Resources and are
interpreted to be structurally linked as part of a significantly larger mineralised system located on the eastern
side of the CGP. RC drilling was completed in April 2022, comprising 32 RC holes for 3,913m. The drilling was designed to
develop a better understanding of the geology of the area to the east of the Helens Fault which is marked by
the Helens and Rangoon historical workings. At Rangoon, the workings and previous broad-spaced RC and diamond core drilling intersected east-dipping
quartz sulphide lodes. It is interpreted that the east-dipping quartz sulphide lodes link at depth, to the Fiona
Fault located 100m to the east and potentially to the Cardinia Hill Fault located a further 300m to the east.
The Rangoon target therefore represents a potential new structural position away from the historical drilling
locations and surface workings which reinforces the significant prospectivity of the Eastern Corridor as a large mineralised system with several mineralised orientations, where deposits are linked together at depth and
originate from a common source.