A liquid discharge head, comprising: a plurality of individual channels each including a nozzle and a pressure chamber communicating with the nozzle; an actuator facing the pressure chamber in a facing direction; a supply channel communicating with a storage chamber configured to store a liquid and an inlet port (20a1) of the plurality of individual channels, the supply channel being configured to supply the liquid from the storage chamber to the plurality of individual channels, and extending in an extending direction orthogonal to the facing direction; and a return channel communicating with an outlet port (20a2) of the plurality of individual channels and the storage chamber, the return channel being configured to return the liquid from the plurality of individual channels to the storage chamber, and extending in the extending direction and arranged along with the supply channel in a array direction which is orthogonal to the extending direction and the facing direction, wherein for each of the plurality of individual channels, the return channel is arranged at one side of the nozzle in the array direction, and the supply channel is arranged at the other side of the nozzle in the array direction, an end of the pressure chamber at the one side in the array direction is positioned between the nozzle and an end of the return channel at the one side in the array direction, and a center of the return channel in the array direction is positioned between the nozzle and the outlet port (20a2); characterized in that both the return channel and the pressure chamber are arranged at said one side of the nozzle in the array direction, each of the plurality of individual channels includes a joining channel including the outlet port (20a2) and joining the pressure chamber and the return channel, and the joining channel is extended in a direction intersecting the array direction. a plurality of individual channels each including a nozzle and a pressure chamber communicating with the nozzle; an actuator facing the pressure chamber in a facing direction; a supply channel communicating with a storage chamber configured to store a liquid and an inlet port (20a1) of the plurality of individual channels, the supply channel being configured to supply the liquid from the storage chamber to the plurality of individual channels, and extending in an extending direction orthogonal to the facing direction; and a return channel communicating with an outlet port (20a2) of the plurality of individual channels and the storage chamber, the return channel being configured to return the liquid from the plurality of individual channels to the storage chamber, and extending in the extending direction and arranged along with the supply channel in a array direction which is orthogonal to the extending direction and the facing direction, wherein for each of the plurality of individual channels, the return channel is arranged at one side of the nozzle in the array direction, and the supply channel is arranged at the other side of the nozzle in the array direction, an end of the pressure chamber at the one side in the array direction is positioned between the nozzle and an end of the return channel at the one side in the array direction, and a center of the return channel in the array direction is positioned between the nozzle and the outlet port (20a2); characterized in that the return channel is arranged at one side of the nozzle in the array direction, and the supply channel is arranged at the other side of the nozzle in the array direction, an end of the pressure chamber at the one side in the array direction is positioned between the nozzle and an end of the return channel at the one side in the array direction, and a center of the return channel in the array direction is positioned between the nozzle and the outlet port (20a2); characterized in that both the return channel and the pressure chamber are arranged at said one side of the nozzle in the array direction, each of the plurality of individual channels includes a joining channel including the outlet port (20a2) and joining the pressure chamber and the return channel, and the joining channel is extended in a direction intersecting the array direction.