Dundas Minerals Limited announced its initial analysis from two detailed high resolution geophysical surveys that were recently completed across its Dundas project area. The surveys were a SkyTEM airborne combined electromagnetic and magnetics survey (AEM), and a ground gravity survey. Although the processing and analysis of the survey data has only recently commenced, early results are very encouraging. From the newly acquired geophysical datasets several coincidental gravity-magnetic-AEM anomalies have been identified that may represent mafic/ultramafic intrusive bodies and hence may be permissive for nickel-copper-platinum group elements (Ni-Cu-PGE) mineralization. Three target areas have been identified for immediate in-fill gravity surveys. Arrangements are being finalized to complete this work as quickly as possible, either prior to year-end or early in the new year. The Dundas project area is predominantly overlain by tertiary to recent sand, calcrete and immature sedimentary rocks (including lignite) that varies in thickness from 5-30m. The underlying bedrock is interpreted as predominantly Proterozoic-aged felsic to mafic intrusives, with rare sub crop of monzogranite dated by GSWA as Archean. As previous exploration was limited to soils and calcrete sampling, and shallow drilling that barely penetrated the regolith (average depth of historic drilling is ~25m), there is considerable uncertainty as to the underlying bedrock and mineralization potential is fundamentally untested. Mallee is the dominant vegetation across the project and previous explorers (2012 and prior) reported that ground-based exploration activities were often challenging due to the thick cover. Two bush-fire events post 2012 have greatly improved access, which assisted with the ground gravity survey and will be advantageous for Dundas in future exploration programs. Geophysical surveys such as electromagnetics, gravity and magnetics are an effective and cost-efficient primary method to elucidate bedrock geology and identify first-pass exploration targets. When these targets are identified, targeted drilling campaigns are undertaken to test for mineralization. A SkyTEM 312-HP (high power) airborne electromagnetic (AEM) survey was flown by SkyTEM Australia Pty Ltd. in August 2021. Approximately 2,192 line km of AEM and magnetic data were acquired. Flight lines were spaced at 400m with infill of 200m over a higher priority area. The aim of the survey is to provide a geological base and to locate late-time conductive anomalies that may be related to Ni-Cu-PGE sulphide mineralization. From the initial analysis of the survey data several discrete conductivity anomalies are evident, including the Jumbuck anomaly which was previously identified by Dundas when it re-processed historical EM survey data. Final data have been received, processing and interpretation is ongoing. The SkyTEM AEM data will be combined with newly acquired tenement-wide gravity data, magnetics data, and geological and assay information gleaned from the upcoming Jumbuck and Kokoda drilling campaign. These new data sets will drive prospectivity analysis, exploration target generation and provide the foundation for future workflow. Details of new exploration targets and workflow will be announced as they evolve. In late October 2021, a ground gravity survey across Dundas's entire 1,106km project area was completed. The survey comprised 2,000 gravity station readings at 500 metre intervals along 1km spaced lines. Interpretation of this newly acquired data has commenced and initial analysis is already providing a significantly improved understanding of underlying structure. Of particular interest are several well defined gravity highs coincidental with EM and magnetic anomalies that may represent mafic/ultramafic intrusive bodies or complexes that could be permissive for Ni-Cu-PGE mineralization. Three high priority target areas have been identified and arrangements are currently being finalized for in-fill (close spaced) gravity surveys to be completed in these areas as soon as possible. This first-ever tenement wide detailed gravity survey was feasible largely because of bush fire events in 2012/13 and 2019/20. These dry lightning initiated fires burned much of the mallee across a majority of the tenements. Consequently a large proportion of the company's tenure is now far more accessible for ground based exploration compared to 2012 and prior.