Noncovalent interactions (NCIs) are essential to the accurate description of chemistry by electronic structure methods. Extensive quantum-chemical benchmarking has addressed how accurately current methods treat NCIs in the electronic ground state-via dedicated studies on individual benchmark sets and in large, diverse databases, such as GMTKN55, MGCDB84 and BEGDB. The treatment of NCIs in electronic excited states, however, is far less studied but has received recent attention. As the physical contributions to NCIs are likely to change upon electronic excitation, it is relatively unknown how well current computational methods capture NCIs in excited states.