The outer bars in Figure For unscaled DHDFs tested here the MADs in D e range from 2.85 (ωB88PP86) to 8.49 kcal/mol (B2PLYP) and from 0.02 (RSX-QIDH) to 0.15 Å (B2PLYP). All unscaled double hybrids outperform the hybrids tested in our previous study (minimum MADs of D e 9.69 kcal/mol and r e 0.17 Å). Range separation appears to slightly improve the description of D e for the same base functional, or in the case of PBE-QIDH and RSX-QIDH give comparable MADs (4.90 kcal/mol). Of the functionals that have no global counterpart, ωB88PP86 MADs are in line with other RS-DHDFs, while ωPBEPP86 MADs (7.89 kcal/mol; 0.09 Å) are closer to those of global double hybrids due to its tendency to drastically overbind excimers. The effect of range separation is more prominent in its reduction of MADs for r e , which corroborates our previous study giving additional evidence of range separation reducing the errors in TD-DFT description of excimer binding.