We use the notion that symmetry can be evaluated on a continuous scale for the quantitative chirality analysis of tris-chelated metal complexes. After reviewing the Continuous Symmetry Measures methodology and its resulting Continuous Chirality Measure, we analyze the chirality of these complexes in terms of the specific contributions from the innermost ML 6 shell and from the ligand shells. The chirality behavior of seven families of tris(chelate) complexes was analysed. The results of the analysis point to a universal behavior and were found to be consistent with those for a molecular model. The maximum expected chirality for the octahedral to trigonal-prismatic route is at a twist angle of 23 o and, remarkably, we found a complex that occupies this point, and have thus identified the most chiral hexacoordinated complex: (AsPh 4 ) 2 [W(S 2 C 6 H 4 ) 3 ].