A motor control apparatus that is configured to perform a power distribution control on three-phase coils (U, V, W) of a brushless motor and that is configured to perform a rotation control of a rotor, the motor control apparatus comprising: a plurality of switching elements (UH, UL, VH, VL, WH, WL) that are arranged to be capable of switching a current which is allowed to flow through the coils; a plurality of sensors (3U, 3V, 3W) that are configured to detect a rotation position of the rotor; and a control part that is configured to output a drive signal (CWH, CWL, CVH, CVL, CUH, CUL) for controlling a power distribution pattern of each switching element according to a position detection signal (Huc, Hvc, Hwc) which is obtained by correcting a position detection signal (Hu, Hv, Hw) as an output of the plurality of sensors (3U, 3V, 3W) by using a predetermined correction coefficient, characterized in that the control part is configured to add a correction angle that corresponds to a difference between the position detection signals before and after correction of a predetermined sensor among the plurality of sensors (3U, 3V, 3W) to a setting value of an advance angle of the power distribution control; and select an output pattern that includes a plurality of the power distribution patterns and that is used when selecting the power distribution pattern, from a plurality of the different output patterns (954, 955) in accordance with the advance angle to which the correction angle is added and a power distribution angle of the power distribution control, and wherein the power distribution pattern is controlled in synchronization with a timing of rising or falling of the position detection signal, and the plurality of output patterns (954, 955) include a first output pattern that does not include a power distribution pattern which makes the switching element be continuously in the same power distribution state throughout three or more timings and a second output pattern that includes the power distribution pattern which makes the switching element be continuously in the same power distribution state throughout three or more timings. a plurality of switching elements (UH, UL, VH, VL, WH, WL) that are arranged to be capable of switching a current which is allowed to flow through the coils; a plurality of sensors (3U, 3V, 3W) that are configured to detect a rotation position of the rotor; and a control part that is configured to output a drive signal (CWH, CWL, CVH, CVL, CUH, CUL) for controlling a power distribution pattern of each switching element according to a position detection signal (Huc, Hvc, Hwc) which is obtained by correcting a position detection signal (Hu, Hv, Hw) as an output of the plurality of sensors (3U, 3V, 3W) by using a predetermined correction coefficient, characterized in that the control part is configured to add a correction angle that corresponds to a difference between the position detection signals before and after correction of a predetermined sensor among the plurality of sensors (3U, 3V, 3W) to a setting value of an advance angle of the power distribution control; and select an output pattern that includes a plurality of the power distribution patterns and that is used when selecting the power distribution pattern, from a plurality of the different output patterns (954, 955) in accordance with the advance angle to which the correction angle is added and a power distribution angle of the power distribution control, and wherein the power distribution pattern is controlled in synchronization with a timing of rising or falling of the position detection signal, and the plurality of output patterns (954, 955) include a first output pattern that does not include a power distribution pattern which makes the switching element be continuously in the same power distribution state throughout three or more timings and a second output pattern that includes the power distribution pattern which makes the switching element be continuously in the same power distribution state throughout three or more timings. a first output pattern that does not include a power distribution pattern which makes the switching element be continuously in the same power distribution state throughout three or more timings and a second output pattern that includes the power distribution pattern which makes the switching element be continuously in the same power distribution state throughout three or more timings.