Western Mines Group Ltd. update shareholders on the commencement of a Moving Loop Electromagnetic survey (MLEM) at the Company's Mulga Tank Ni-Cu-PGE Project. The Mulga Tank Project contains the entire Mulga Tank Dunite Intrusion, a major ultramafic intrusion, 100% owned by WMG and a key feature of the under explored Minigwal Greenstone Belt. Limited historical work shows good evidence for a working sulphide mineral system within the intrusion and the project is considered highly prospective for Ni-Cu-PGE magmatic sulphide mineralisation. WMG is completing a series of high-resolution ground based geophysical surveys (ASX, Geophysical Surveys to Unlock Mulga Tank Ni-Cu-PGE Project, 25 August 2021) aimed at unlocking the project; in order to define and derisk robust drill targets. An extensive MLEM survey has recently commenced at the project. The survey will cover the entire intrusion, of over 28km2, and will explore for buried electromagnetic bedrock conductors that could be associated with deposits of massive Ni-Cu-PGE sulphides. At 200m line spacing, this will be at twice the resolution of previous surveys, and using a high-powered, low frequency system the survey willoffer greater detail and greater potential to detect bedrock conductors than any previous work. The survey will be conducted in three blocks, optimised to the inferred structure of the intrusion, and will offer ongoing news flow from WMG's project over the next 2 months. The Mulga Tank Project comprises exploration licence E39/2132 and exploration licence application E39/2223, covering approximately 113km2 of the southern end of the Minigwal Greenstone Belt, 190km east-northeast of Kalgoorlie. The Minigwal Greenstone Belt, trending NNW over a strike of approximately 50km, is very under explored due to the presence of shallow sand cover. Tenement E39/2132 contains the entire Mulga Tank Dunite Intrusion, a major ultramafic intrusion and a key feature of the area, considered highly prospective for Ni-Cu-PGE magmatic sulphide mineralisation. WMG has designed a high-resolution MLEM survey across the entire Mulga Tank intrusion at 200m line spacing, with 100m station spacing along lines. The Company has engaged GEM Geophysics to undertake the survey using their high-powered, very low frequency system and Jessy Deep HTS SQUID sensor. GEM mobilised to site earlier this week and have now commenced the survey. The line orientation of the survey has been optimised perpendicular to the interpreted structure of the intrusion and will be completed sequentially in three blocks (Figure 2), offering ongoing news flow from WMG's project over the next 2 months. The optimised line orientation of WMG's planned survey should better resolve this untested target, as well as better discern other targets with the high-powered, very low frequency system. WMG's survey will offer greater detail, and greater potential to detect buried electromagnetic bedrock conductors that could be associated with deposits of massive Ni-Cu-PGE sulphides, than all previous work. WMG is entering an active and productive period with a number of exploration programs operating in parallel across the Company's projects.