An inkjet recording apparatus comprising: an inkjet head including: a plurality of nozzles which are configured to eject ink, a plurality of pressure chambers which are provided in communication with the respective nozzles and are configured to store ink to be ejected from the nozzles, a plurality of pressure generators which are provided so as to correspond to the respective pressure chambers and are configured to apply pressure to ink in the pressure chambers, a plurality of individual communication flow channels which are provided so as to branch from the respective pressure chambers or from respective communication channels between the pressure chambers and the nozzles, and from which ink in the pressure chambers is discharged in operation, and a common flow channel which is connected to the individual communication flow channels and at which ink discharged from the individual communication flow channels merges with each other in operation; and an ink feeder which is configured to generate a circulatory flow of ink from the pressure chambers to the individual communication flow channels, characterized in that a relation between Fn and Fi when ink is ejected from the nozzles satisfies the following expression 1, Fn being an ink amount per unit time which is ejected from a nozzle that ejects a maximum amount of ink per unit time among all the nozzles provided in the inkjet head, and Fi being an average ink flow amount per unit time which is discharged from the individual communication flow channels to the common flow channel, and a relation between Rc and Rt satisfies the following expression 2, Rc being a flow channel resistance of the common flow channel and Rt being a combined resistance of the individual communication flow channels connected to the common flow channel: Fn / Fi ≤ 10 Rc / Rt ≤ 10, and among the individual communication flow channels connected to the common flow channel, the individual communication flow channel connected to a position closer to an exit of the common flow channel has a larger flow channel resistance. an inkjet head including: a plurality of nozzles which are configured to eject ink, a plurality of pressure chambers which are provided in communication with the respective nozzles and are configured to store ink to be ejected from the nozzles, a plurality of pressure generators which are provided so as to correspond to the respective pressure chambers and are configured to apply pressure to ink in the pressure chambers, a plurality of individual communication flow channels which are provided so as to branch from the respective pressure chambers or from respective communication channels between the pressure chambers and the nozzles, and from which ink in the pressure chambers is discharged in operation, and a common flow channel which is connected to the individual communication flow channels and at which ink discharged from the individual communication flow channels merges with each other in operation; and a plurality of nozzles which are configured to eject ink, a plurality of pressure chambers which are provided in communication with the respective nozzles and are configured to store ink to be ejected from the nozzles, a plurality of pressure generators which are provided so as to correspond to the respective pressure chambers and are configured to apply pressure to ink in the pressure chambers, a plurality of individual communication flow channels which are provided so as to branch from the respective pressure chambers or from respective communication channels between the pressure chambers and the nozzles, and from which ink in the pressure chambers is discharged in operation, and a common flow channel which is connected to the individual communication flow channels and at which ink discharged from the individual communication flow channels merges with each other in operation; and an ink feeder which is configured to generate a circulatory flow of ink from the pressure chambers to the individual communication flow channels, characterized in that a relation between Fn and Fi when ink is ejected from the nozzles satisfies the following expression 1, Fn being an ink amount per unit time which is ejected from a nozzle that ejects a maximum amount of ink per unit time among all the nozzles provided in the inkjet head, and Fi being an average ink flow amount per unit time which is discharged from the individual communication flow channels to the common flow channel, and a relation between Rc and Rt satisfies the following expression 2, Rc being a flow channel resistance of the common flow channel and Rt being a combined resistance of the individual communication flow channels connected to the common flow channel: Fn / Fi ≤ 10 Rc / Rt ≤ 10, and among the individual communication flow channels connected to the common flow channel, the individual communication flow channel connected to a position closer to an exit of the common flow channel has a larger flow channel resistance.