Legend Mining Limited announced initial results of diamond drilling at the Octagonal and Magnus prospects within the Rockford Project, Fraser Range, Western Australia. Regional exploration comprising diamond and aircore drilling commenced in August 2021 at the Rockford Project over tenements E28/1716 and E28/1717. These tenements contain the advanced Octagonal and Magnus prospects, which are both characterised by "eye" shaped aeromagnetic features and the presence of highly favourable mafic/ultramafic intrusive host rocks. Both prospects lie within the same NE-SW trending structural corridor which hosts the Silver Knight and Nova-Bollinger Ni-Cu deposits some 110km and 150km to the southwest respectively. Diamond Drillhole OCDD001: Legend's first drillhole into the Octagonal Intrusion, OCDD001, was drilled targeting FLTEM and DHTEM plates. The drillhole intersected a folded hanging wall sequence of metasedimentary country rocks comprising pelitic gneisses, sulphidic meta-BIF, and carbonate units to 492.0m downhole before entering the chilled margin norite sequence of the Octagonal intrusion to 522.0m. The drillhole then intersected a coarse grained norite with large, disseminated Ni-Cu sulphide blebs from 535.0m before grading to a more leuconorite unit with matrix sulphide at 541.6m.From 544.3m the hole intersected a more ultramafic assemblage with heavy disseminated sulphide and a zone of semi-massive sulphide between 545.2m and 545.4m. The norite and ultramafic package continued to 565.0m with large blebby sulphide present before intersecting a norite unit heavily contaminated with metasediment, interpreted to have been assimilated by the intrusion through to 568.9m. The drillhole then entered an interleaved mafic and ultramafic assemblage of norites and olivine websterites, variably mineralised and contaminated with metasediments to 604.0m finishing in intrusive to the end of hole at 687.2m. The FLTEM and DHTEM conductors targeted with OCDD001 are clearly associated with Ni-Cu sulphide mineralisation. DHTEM completed on OCDD001 confirms a series of complex conductors over a 40m wide zone, with modelling indicating potential for extension beyond the conductor plates currently modelled. The DHTEM data fits the current geological understanding from the limited drilling completed at Octagonal, that the eastern contact of the Octagonal intrusion hosts a significant strike length of Ni-Cu sulphide mineralised intercepts. This drillhole is confirmation that Octagonal is a large, fertile, orthomagmatic Ni-Cu intrusive system, akin to the known deposits of Nova-Bollinger and Silver Knight in the Albany-Fraser Belt. Further work programmes will interrogate the DHTEM from OCDD001 and target mineralisation across the Octagonal intrusion and at depth, with the aim to define an economic Ni-Cu sulphide accumulation. Diamond Drillhole MGDD001: Diamond drillhole MGDD001 is the first ever diamond drillhole into the Magnus intrusion. It was designed to target a gravity feature and test below anomalous aircore geochemistry into what was believed to be a large mafic-ultramafic intrusion. The drillhole intersected highly prospective mafic and ultramafic assemblages from 173.65m downhole to 597.3m end of hole. Lithologies ranged from taxitic leuconorites, gabbronorites, troctolites, and higher MgO olivine gabbronorites. Minor variable disseminations of Ni-Cu sulphides were identified over narrow zones throughout the drillhole. The fractionated assemblages encountered, especially significant thicknesses of troctolite, suggest the drillholes intersected the upper zone of a large intrusive body. DHTEM completed on MGDD001 did not identify any off-hole conductors. Given the drillhole did notintersect a basal contact, the Magnus intrusion is interpreted to extend at depth, potentially below the levels of EM detectability. Although not economic accumulations, the presence of Ni-Cu sulphides in the first diamond drillhole into the intrusion confirms that Magnus contains prospective host rocks of an orthomagmatic system akin to Voisey's bay, and indeed Nova-Bollinger, Silver Knight, Mawson and Octagonal. Future work programmes will focus on testing for economic accumulations of Ni-Cu sulphide at depth and marginal locations around the intrusion.