Aldoro Resources Limited announced that the final data processing and imagery refinement of the helicopter-borne VTEMTM Max survey conducted over the Narndee Project, has been completed by UTS Geophysics Pty Ltd. During November 9 - 21, 2020, Geotech Airborne Pty Ltd. Australia and UTS Geophysics Pty Ltd, carried out a helicopter-borne electromagnetic geophysical survey over the Narndee Project area in Western Australia, utilising their VTEMTM Max system. The area covered by the survey comprised 155 km2 of the southern region at the greater Narnedee Igneous Complex. Initial processing of 1035 line/km of data revealed the location of 16 major targets, comprising 7 type-1 bedrock conductors associated with magnetic features, and 9 deeper anomalies, located in the core area of the NIC. The Company noted that many of the anomalies detected corresponded well with areas of historic surface geochemical results, with the rest untested by historic work. As announced on November 24, 2020, the Company presented only preliminary images of the survey data whilst awaiting final processing of data and refinement of geophysical imagery. The compilation of Resistivity Depth Images by UTS, both in 3D format and resistivity depth slices will now enable The Company to undertake a more detailed interpretation of the data, which will help dictate follow-up work programs. Whilst the formal interpretation of these VTEM data is yet to be completed by Southern Geoscience Consultants, the refined data and imagery released to date support the presence of conductive zones at depths from 50-300m across the entire property. These zones have the appearance of sub-horizontal layers and lense-like bodies reminiscent of a layered, magnetic ultramafic intrusion. Follow-up analyses in the form of EM anomaly picking and magnetic vector inversions to enhance the spatial correlation between the bedrock conductors and related magnetic bodies are being considered for the major anomalies of interest. In addition, the Company has considered applying a range of multi-disciplinary ground-based geophysical applications, such as gravity, EM, magnetics, as well as supplementary soil geochemistry programs, to further delineate priority targets for potential drill-testing. To this end, as announced on December 21, 2020, the Company has scheduled a High-Power Fixed Loop ground EM survey to commence during the month of January. The FLTEM survey will be carried out by HPEM Geophysical Services, who will incorporate those targets that have been interpreted and selected as high priority by SGC.