Legend Mining Limited (Legend) announced results from the December 2019 downhole electromagnetic (DHTEM) survey from diamond drillhole RKDD007 at the Mawson Prospect, Fraser Range, Western Australia. Modelling of DHTEM survey data from the recent diamond drilling programme at Mawson has now been completed. This modelling incorporated all geological and structural data to assist with the EM plate interpretation and provide geological context/control to the modelling. Multi-loop interpretations were necessary to overcome issues related to conductive overburden and the close proximity of large stratigraphic conductors (previously identified moving loop EM conductors D1, D7 and D8) with the potential to mask mineralisation. RKDD007 returned significant DHTEM results with an inhole feature associated with the 14.9m main sulphide mineralisation intersection and a strong down dip offhole conductor located to the southwest. The inhole conductor is a localised feature associated with the previously reported Ni-Cu sulphide intersection of 14.9m @ 1.07%, 0.75% Cu, 0.06% Co from 114m and is hosted within a mafic/ultramafic intrusive. The modelled offhole conductor is considered a high priority drill target given its strong conductance of 6,000-8,000S and its interpreted position down dip of the sulphide mineralisation intersected in RKDD007. The offhole feature is located "below" the hole trace 80m down dip to the southwest of the sulphide mineralisation and interpreted to be hosted within the same mafic/ultramafic intrusive. A 300m diamond drillhole is proposed to test the offhole conductor and underlying basal contact between the mafic/ultramafic intrusive and metasediment. An additional three lower priority inhole/offhole conductors were also identified between 170-230m in RKDD007 associated with footwall metasediments below the main mineralised mafic/ultramafic intrusive. The 3D modelling of Mawson integrating drilling, geological, geochemical and geophysical datasets is continuing. It is envisaged that further diamond drillhole targets will be generated from this work.