Metals Australia Ltd. announced that it has commissioned an airborne geophysical program at the Company's 100%-owned Eade Copper-Gold Project located in Quebec, Canada. The airborne geophysical program will commence in the coming days with results expected within the next six weeks. The airborne survey will focus on better defining copper-gold mineralised targets which are characteristic of the Lac Guyer Greenstone Belt, which is host to numerous high-grade Au-Cu and base metal discoveries. In addition, the airborne geophysical program will highlight high-priority exploration targets which will be followed up by the Company in the field during this upcoming exploration season. The Airborne Magnetic (MAG) and Time-Domain Electromagnetic (TDEM) survey is expected to refine the historic EM anomalies at the Eade Copper-Gold Project, detect new conductive anomalies, and identify resistive zones within otherwise conductive host units. Data from the survey will be used to model the size, orientation and depth of any conductive sources with detail suitable for direct drill targeting. Prospectair has been engaged to complete an airborne Magnetic (MAG) and Time-Domain Electromagnetic (TDEM) survey over the Eade Copper-Gold Project, located in Quebec, Canada. The surveys will be carried out with traverse lines oriented N090 in order to properly map the dominant geological strike, and with a 50m line spacing. Control lines will be flown with a N000 azimuth and spaced every 500m. The total survey distance for the MAG and TDEM surveys is 748 line-km. The 2020 field exploration program completed by the Company demonstrated highly anomalous gold, copper, silver, zinc and lead mineralisation which supports the understanding that there is a potentially significant mineralised system under cover. The results of the field program were consistent with and significantly improved upon the historical sampling that was undertaken at the Eade, Pontois and Felicie projects confirming the presence of not only gold mineralisation, but also copper, lead, silver, nickel and zinc within these BIF structures. This is an important discovery for the Company because the polymetallic nature of the mineralisation is indicative of the broader Lac Guyer Greenstone Belt and demonstrates that the Company is exploring the right geological structures in the right geological environment. High grade gold and polymetallic mineralisation has been identified and sampled in localised zones. Significantly, the Company has also demonstrated that gold and polymetallic mineralisation has also been identified and sampled over considerable strike lengths indicating the potential for larger mineralised bodies to be discovered.