While conventional NAXC/NAKE approximations are not able to account for dispersion interactions and rely on D3-type corrections, by combining the non-local rVV10 xc functional with the non-local LMGP kinetic-energy functional , the potential-energy curves of non-covalently bonded complexes can be reproduced accurately, including in cases in which the interaction is dominated by dispersion. With rVV10/LMGP, interaction energies across the S22-5 test set (which includes both equilibrium and displaced structures) are accurate within 1 kcal/mol. This impressive accuracy is preserved when combining the semilocal PBE functional with the GGA-level non-decomposable NAKE SMP, which mimics the nonlocal LMGP functional . Note that in this case the NAXC does not account for dispersion interactions and, therefore, the excellent agreement observed in Ref. 61 must be due to error cancellation between the NAXC and NAKE functionals.