OZ Minerals, through the Breena Plains Alliance, is farming-in to the Breena Plains +1,200km tenement package adjacent the Eloise and Jericho joint venture tenements. Breena Plains is the subject of a recent acquisition by Minotaur1 where, at completion, full ownership will reside with Minotaur. The Alliance's funding arrangements and earn-in phases are detailed below. Minotaur's role is to conceive and develop exploration targets and manage program delivery. The Alliance has been seeking Cannington style and Eloise/Jericho style polymetallic base metals mineral systems within the broader JV project area using deep-penetrating SQUID EM geophysical techniques. A new basement interpretation geology model published by Karen Connors2 from the Sustainable Minerals interpreted D2-age thrusts (faults) transect favourable stratigraphy. Minotaur views D2-age faults as key to mineralisation at the Jericho Cu-Au deposit, 30km north, discovered by Minotaur under the Eloise JV with OZ Minerals in 2017, using systematic ground EM surveys along a favourable fault corridor. EM surveys were recently completed over the Murphy's Tank and Garnet Creek areas, targeting Eloise/Jericho Cu-Au style mineralisation. The Garnet Creek survey yielded 3 conductive anomalies. has modelled plate conductivity thickness values ranging 1,000-5,500 Siemens and depth extents in excess of 500m. conductor lies immediately adjacent and parallel to an interpreted D2 thrust cutting the interpreted Mount Norna Quartzite, the same stratigraphic unit hosting Jericho. The anomaly is covered by younger sediments, however historic drilling in the general area (none into the anomaly), indicates the cover is likely less than 30m thick. The Gap is a compelling drill target and will initially be investigated with up to 5 x 200m RC drill holes. D2 thrust position and is 3km long, generally has lower conductance than The Gap and an historical drill hole indicates the presence of graphitic basement rocks could be the source of this anomaly. Similarly at Bond, the conductance of the EM plate model is only modest and an adjacent historic drill hole intersected graphite. However, that hole reported a 2m zone containing 2.4% Zn. Both Maxwells and Bond conductors will be assessed for further attention. Minotaur is preparing for a maiden drill program to investigate The Gap EM target. Landholder meetings and NT Clearances are being arranged, with drilling anticipated in October-November.