This　study　aimed　to　explore　the　correlation　among　forging　process,　structure　and　mechanical　performance　of　advanced　2219　aluminum　alloy　forged　ring.　The　microstructure　of　the　alloy　forged　ring　in　tangential,　radial　and　axial　were　analyzed　by　Optical　microscope　(OM),　Scanning　electron　microscopy　(SEM),　Energy　dispersive　spectroscopy　(EDS)　and　X-ray　diffraction　(XRD)　test.　The　results　show　that　the　microstructure　of　2219　aluminum　alloy　forged　ring　is　a　plate-like　structure　and　the　precipitation　phases　distributed　along　the　rolling　direction.　Among　which,　fine　Al2Cu　particles　uniformly　distribute　in　the　grain.　The　hardness　and　tensile　performance　of　the　forged　ring　in　the　tangential,　radial　and　axial　directions　was　tested.　The　results　indicate　that　the　hardness　perpendicular　to　the　axial　plane　is　153.7HV,　and　the　tensile　performance　of　the　alloy　along　the　tangential　direction　is　the　highest.　By　observing　the　microstructure　of　the　fracture,　it　is　founded　that　the　dimple　in　the　tangential　is　deeper　and　smaller,　and　the　elongation　in　tangential　are　higher　than　those　in　the　axial　and　radial.　The　UTS　(ultimate　tensile　strength)　of　the　forged　ring　is　more　than　400　MPa,　and　the　YST　(yield　tensile　strength)　is　more　than　300　MPa.　an　elongation　of　more　than　10%　is　obtained.　No　anisotropy　is　found　on　both　the　microstructure　and　mechanical　performance.　The　results　indicate　that　the　2219　aluminum　alloy　forged　ring　can　be　applied　on　the　multi-directional　bearing　structure　parts.