An inkjet recording device, comprising: a plurality of heads (1, 2); and a controller, configured to control ink ejection of the plurality of heads (1, 2), wherein, in each of the plurality of heads (1, 2), a plurality of nozzle rows (11a to 11d) each consisting of a plurality of nozzles arranged in a first direction is lined up in a second direction intersecting with the first direction, in at least one set of two heads of the plurality of heads (1, 2), positions of a portion of nozzles of one head in the first direction overlap positions of a portion of nozzles of the other head, and the controller controls the two heads (1, 2) such that (i) with respect to overlapping nozzles, ink is ejected from the nozzles of any one head (1, 2), and (ii) with respect to a set of at least one pair of nozzles from the heads (1, 2) included in the overlapping nozzles and disposed at same position or at close positions in the first direction, the head (1, 2) that ejects ink onto an ink ejection object is switched depending on the position in the second direction, characterized in that: (iii) at least one head of the two heads (1, 2) does not perform ejection from nozzles included in the overlapping nozzles and disposed at an end of the nozzle rows (11a to 11d), and (iv) the controller controls the two heads (1, 2) such that: the areas that are recorded by the overlapping nozzles of one head of the two heads (1, 2) are continuous in the first direction, and the areas that are recorded by the overlapping nozzles of the other head are continuous in the first direction. a plurality of heads (1, 2); and a controller, configured to control ink ejection of the plurality of heads (1, 2), wherein, in each of the plurality of heads (1, 2), a plurality of nozzle rows (11a to 11d) each consisting of a plurality of nozzles arranged in a first direction is lined up in a second direction intersecting with the first direction, in at least one set of two heads of the plurality of heads (1, 2), positions of a portion of nozzles of one head in the first direction overlap positions of a portion of nozzles of the other head, and the controller controls the two heads (1, 2) such that (i) with respect to overlapping nozzles, ink is ejected from the nozzles of any one head (1, 2), and (ii) with respect to a set of at least one pair of nozzles from the heads (1, 2) included in the overlapping nozzles and disposed at same position or at close positions in the first direction, the head (1, 2) that ejects ink onto an ink ejection object is switched depending on the position in the second direction, (i) with respect to overlapping nozzles, ink is ejected from the nozzles of any one head (1, 2), and (ii) with respect to a set of at least one pair of nozzles from the heads (1, 2) included in the overlapping nozzles and disposed at same position or at close positions in the first direction, the head (1, 2) that ejects ink onto an ink ejection object is switched depending on the position in the second direction, characterized in that: (iii) at least one head of the two heads (1, 2) does not perform ejection from nozzles included in the overlapping nozzles and disposed at an end of the nozzle rows (11a to 11d), and (iv) the controller controls the two heads (1, 2) such that: the areas that are recorded by the overlapping nozzles of one head of the two heads (1, 2) are continuous in the first direction, and the areas that are recorded by the overlapping nozzles of the other head are continuous in the first direction. (iii) at least one head of the two heads (1, 2) does not perform ejection from nozzles included in the overlapping nozzles and disposed at an end of the nozzle rows (11a to 11d), and (iv) the controller controls the two heads (1, 2) such that: the areas that are recorded by the overlapping nozzles of one head of the two heads (1, 2) are continuous in the first direction, and the areas that are recorded by the overlapping nozzles of the other head are continuous in the first direction. the areas that are recorded by the overlapping nozzles of one head of the two heads (1, 2) are continuous in the first direction, and the areas that are recorded by the overlapping nozzles of the other head are continuous in the first direction.