The present chapter summarizes both the success of contemporary dispersion-inclusive DFT methods for small noncovalent dimers, as well as unresolved discrepancies for larger complexes. For smaller systems, we show that the best DFT methods offer not only sub-kcal/mol accuracy but also reasonable consistency amongst themselves (Section 2), a conclusion that is echoed in other recent work. Interpretative issues with DFT dispersion corrections are more subtle and are tackled in Section 3, where we address the extent to which a genuine dispersion energy can be extracted from a DFT calculation. Comparison to benchmark data for larger systems (Section 4) paints a rather different picture of DFT for vdW complexes, manifesting larger errors and clear differences between methods, albeit not necessarily systematic ones. We conclude with a look to the future in Section 5.