Aeris Resources Limited provided an update on exploration activities at the Constellation deposit, located within the company's 100% owned Tritton tenement package in New South Wales. Diamond drilling at the Constellation deposit has continued with a further five holes completed since the previously reported diamond drill results. All five drill holes intersected copper sulphide mineralization. The key drivers of the size of mineral deposits within the Tritton tenement package is the strike and down plunge lengths. The Tritton deposit, which is between 25 to 30Mt, is the largest deposit and has a maximum strike length of 300m and a down plunge length of approximately 2km (still open). The next largest deposit, Murrawombie, is between 10 to 15Mt in size. Mineralization at Murrawombie is defined within multiple stacked sulphide bodies with a maximum strike length of 300m and a down plunge length of approximately 1km (still open). In comparison, from drilling data to date, Constellation has been traced to date 200m along strike and 850m down plunge. Recently completed DHEM surveying has identified two large (75m x 350m) moderate to strong conductance (1,500S to 2,000S) EM plates which extend approximately 300m further down plunge. Including the modelled EM plates, the mineralized system is continuous 1,150m down plunge. Importantly mineralization remains open along strike (south) and down plunge. Drill hole TAKD020 tested the mineralized system 80m along strike (south) from drill hole TAKD0191 which intersected an approximate 60m thick sulphide envelope. Drill hole TAKD020 intersected an approximate 1.3m thick copper sulphide interval (assays pending) from 120.7m downhole. Drill hole TAKD021 tested the mineralized system 80m down plunge from drill hole TAKD020 and intersected an approximate 13m thick sulphide horizon (assays pending) from 137m downhole. Sulphide textures include zones of banded massive sulphides containing both pyrite and chalcopyrite. Drill hole TAKD022 was designed to test the mineralized system 50m along strike (south) from TAKD0052 (2.5m at 6.10% Cu) and TAKD0062 (5.85m at 4.60% Cu). TAKD022 intersected an approximate 20m thick sulphide interval (assays pending) from 228.6m downhole. Massive sulphide lenses are prevalent throughout the sulphide interval. Drill hole TAKD023 was designed to test the mineralized system along the interpreted thicker "core" of the mineralized system and 80m down plunge from TAKD00734 (24.60m at 1.45% Cu). TAKD023 intersected an approximate 20m thick sparsely disseminated sulphide package from 340m downhole (assays pending). Toward the bottom of the mineralized intersection a 4.5m thick massive sulphide lens (assays pending) is abruptly terminated along a fault structure. Drill hole TAKD024 was designed to test the mineralized system 80m down plunge from TAKD022. TAKD024 intersected an approximate 22m thick sulphide package (assays pending) from 285.8m downhole. Mineralization textures are dominated by lenses of banded massive sulphides and disseminations containing pyrite and chalcopyrite. Drill holes TAKD0125 and TAKD0145 had targeted mineralization at depth toward the base of the current drilling footprint. Down hole EM surveying was completed on both drill holes with two large, moderate to strong conductance EM plates being detected, extending approximately 300m down plunge from the deepest drill hole completed to date (TAKD0156 - intersected an approx. 18m thick sulphide package). Both modelled EM plates are orientated parallel to the mineralized system. The southern EM plate has not been drill tested yet and will become a priority target when diamond drilling resumes testing depth extensions.