A liquid ejecting head comprising: a plurality of individual flow paths, each of which has a pressure chamber and communicates with a nozzle that ejects a liquid in a first axis direction; a first common liquid chamber coupled to the plurality of individual flow paths, and a second common liquid chamber that stores a liquid, wherein when viewed in the first axis direction, the plurality of individual flow paths are arranged in parallel along a second axis direction orthogonal to a first axis to form an individual flow path row, and when two individual flow paths adjacent to each other in the individual flow path row are assumed to be a first individual flow path (Pa) and a second individual flow path (Pb), the first individual flow path includes a fifth local flow path that overlaps the nozzle communicating with the second individual flow path when viewed in the second axis direction, and wherein ends of the plurality of individual flow paths opposite to ends coupled to the first common liquid chamber are coupled to the second common liquid chamber, the first individual flow path (Pa) has a first portion between the first common liquid chamber and the nozzle communicating with the first individual flow path, and a second portion between the nozzle and the second common liquid chamber, and the second individual flow path (Pb) has a third portion between the first common liquid chamber and the nozzle communicating with the second individual flow path, and a fourth portion between the nozzle and the second common liquid chamber. a plurality of individual flow paths, each of which has a pressure chamber and communicates with a nozzle that ejects a liquid in a first axis direction; a first common liquid chamber coupled to the plurality of individual flow paths, and a second common liquid chamber that stores a liquid, wherein when viewed in the first axis direction, the plurality of individual flow paths are arranged in parallel along a second axis direction orthogonal to a first axis to form an individual flow path row, and when two individual flow paths adjacent to each other in the individual flow path row are assumed to be a first individual flow path (Pa) and a second individual flow path (Pb), the first individual flow path includes a fifth local flow path that overlaps the nozzle communicating with the second individual flow path when viewed in the second axis direction, and wherein ends of the plurality of individual flow paths opposite to ends coupled to the first common liquid chamber are coupled to the second common liquid chamber, the first individual flow path (Pa) has a first portion between the first common liquid chamber and the nozzle communicating with the first individual flow path, and a second portion between the nozzle and the second common liquid chamber, and a first portion between the first common liquid chamber and the nozzle communicating with the first individual flow path, and a second portion between the nozzle and the second common liquid chamber, and the second individual flow path (Pb) has a third portion between the first common liquid chamber and the nozzle communicating with the second individual flow path, and a fourth portion between the nozzle and the second common liquid chamber. a third portion between the first common liquid chamber and the nozzle communicating with the second individual flow path, and a fourth portion between the nozzle and the second common liquid chamber.