A liquid ejection head, comprising: a nozzle (281, 481, 581, 681, 781) including a nozzle opening through which liquid is ejected, and a nozzle communication channel communicating at one end thereof with the nozzle opening; a liquid chamber which communicates with another end of the nozzle communication channel; a pressurizing element which is provided on the liquid chamber, the pressurizing element configured to pressurize liquid in the liquid chamber; a plurality of circulation outlets (226A, 227A, 426A, 427A, 526A, 527A, 626A, 627A, 726A, 727A) which are formed at the nozzle; a plurality of individual circulation channels (226, 227, 426, 427, 526, 527, 536, 537, 626B, 626C, 626D, 627B, 627C, 627D, 726, 727) which communicate with the nozzle via each of the plurality of circulation outlets; and a common circulation channel (228, 628B, 628C) at which a plurality of communication ports respectively communicating with the plurality of individual circulation channels are formed, wherein the nozzle has a structure where the plurality of circulation outlets are arranged symmetrically with respect to a nozzle axis which passes through a barycenter of the nozzle opening and is perpendicular to a nozzle opening surface, and the plurality of individual circulation channels respectively communicating with the plurality of circulation outlets further communicate with a same common circulation channel, and the circulation outlets have a structure where flow rates of liquid respectively passing through the circulation outlets when the liquid in the nozzle is circulated to the common circulation channel are equal to each other, characterised in that a channel length of the common circulation channel communicating with a plurality of communication ports formed at the same common circulation channel communicating with a plurality of communication ports formed at a same nozzle via the plurality of individual circulation channels respectively communicating with the plurality of communication ports formed at the same nozzle is less than a channel length of the common circulation channel which connects a communication port closest to a communication port formed at the same common circulation channel communicating with other nozzle among the plurality of communication ports to a communication port formed in the same common circulation channel communicating with the other nozzle. a nozzle (281, 481, 581, 681, 781) including a nozzle opening through which liquid is ejected, and a nozzle communication channel communicating at one end thereof with the nozzle opening; a liquid chamber which communicates with another end of the nozzle communication channel; a pressurizing element which is provided on the liquid chamber, the pressurizing element configured to pressurize liquid in the liquid chamber; a plurality of circulation outlets (226A, 227A, 426A, 427A, 526A, 527A, 626A, 627A, 726A, 727A) which are formed at the nozzle; a plurality of individual circulation channels (226, 227, 426, 427, 526, 527, 536, 537, 626B, 626C, 626D, 627B, 627C, 627D, 726, 727) which communicate with the nozzle via each of the plurality of circulation outlets; and a common circulation channel (228, 628B, 628C) at which a plurality of communication ports respectively communicating with the plurality of individual circulation channels are formed,