TSC Limited announced that it has signed a contract with a Xcite New Resolution Geophysics to conduct a helicopter-borne AEM survey over a large part of the Rover Project, focusing primarily on VMS targets. The AEM survey has two main objectives: test known mineralisation for an AEM response and survey the Harmonic & Creasy 2 VMS prospects for conductors that may indicate sulphides at depth or along strike of known mineralisation; and survey over 44km of the Cook Well and Maynard Hills greenstone belts, which are largely under shallow cover but contain several conceptual targets previously identified in an expert study2. Airborne electromagnetic (AEM) data is gathered by transmitting an electromagnetic signal from the system attached to the helicopter, which induces eddy currents in the ground. The systems receiver coils can detect variations in the conductivity of the ground commonly caused by conductive materials such as sulphide minerals, saline water and graphite. AEM is an excellent exploration targeting tool, often used for detection of VMS and nickel sulphide mineralisation. The helicopter AEM survey, which Xcite NRG has been commissioned to conduct, comprises around 500 line kilometers at 300m line spacing. Notably, the regional survey lines will be infilled to 150m around the Harmonic & Creasy 2 VMS prospects, with further infills to be completed depending on the results. Previously, Xcite NRG completed an AEM survey over Cobre's Perrinvale Project in 2019, resulting in 10 conductors being identified4. Significantly, there was a coincident AEM anomaly over the Schwabe prospect where Cobre reported a high-grade VMS drill hole intercept4, further confirming the systems' usefulness in identifying VMS mineralisation. Exploration at the Rover Project is being fast-tracked, with the key items over the next Quarter including: re-assay of selected 1m split samples for the remaining RC drill-holes from the first campaign, which are due back shortly, will be reviewed then released to the market; AEM survey focusing on VMS targets; and conducting the next phase of RC drilling on gold and VMS targets.