A stator for a simultaneous concentrated winding motor, comprising: a core having 3 × m teeth (T1 to T9) which at least include a first tooth, a second tooth, a third tooth, a fourth tooth, a fifth tooth and a sixth tooth, m representing an integer greater than or equal to 2, the core having a central axis; 3 × m windings (C1 to C9) manufactured by winding 3 x m conductive wires, each corresponding to a U phase, a V phase, or a W phase, the windings being arranged on the teeth respectively, the 3 × m windings including at least: a U1 winding and a U2 winding that belong to the U phase; a V1 winding and a V2 winding that belong to the V phase; and a W1 winding and a W2 winding that belong to the W phase, and a plurality of first lead wires (Lai to La6) and a plurality of second lead wires (Lbl to Lb6) that extend from the windings respectively, characterized in that the first lead wires of the U1 winding, the V1 winding, and the W1 winding extending, respectively, from the first tooth, the second tooth and the third tooth on which the U1 winding, the V1 winding, and the W1 winding are arranged, in a direction in which a central axis A extends, the first lead wires of the U2 winding, the V2 winding, and the W2 winding extending, respectively, from the first tooth, the second tooth and the third tooth on which the U1 winding, the V1 winding, and the W1 winding are arranged, in a direction in which the central axis A extends, and a first crossover wire, a second crossover wire, and a third crossover wire extending between different teeth are formed in the stator, the first crossover wire extending from the first tooth to the fourth tooth, the second crossover wire extending from the second tooth to the fifth tooth and the third crossover wire extending from the third tooth to the sixth tooth. a core having 3 × m teeth (T1 to T9) which at least include a first tooth, a second tooth, a third tooth, a fourth tooth, a fifth tooth and a sixth tooth, m representing an integer greater than or equal to 2, the core having a central axis; 3 × m windings (C1 to C9) manufactured by winding 3 x m conductive wires, each corresponding to a U phase, a V phase, or a W phase, the windings being arranged on the teeth respectively, the 3 × m windings including at least: a U1 winding and a U2 winding that belong to the U phase; a V1 winding and a V2 winding that belong to the V phase; and a W1 winding and a W2 winding that belong to the W phase, and a U1 winding and a U2 winding that belong to the U phase; a V1 winding and a V2 winding that belong to the V phase; and a W1 winding and a W2 winding that belong to the W phase, and a plurality of first lead wires (Lai to La6) and a plurality of second lead wires (Lbl to Lb6) that extend from the windings respectively, characterized in that the first lead wires of the U1 winding, the V1 winding, and the W1 winding extending, respectively, from the first tooth, the second tooth and the third tooth on which the U1 winding, the V1 winding, and the W1 winding are arranged, in a direction in which a central axis A extends, the first lead wires of the U2 winding, the V2 winding, and the W2 winding extending, respectively, from the first tooth, the second tooth and the third tooth on which the U1 winding, the V1 winding, and the W1 winding are arranged, in a direction in which the central axis A extends, and a first crossover wire, a second crossover wire, and a third crossover wire extending between different teeth are formed in the stator, the first crossover wire extending from the first tooth to the fourth tooth, the second crossover wire extending from the second tooth to the fifth tooth and the third crossover wire extending from the third tooth to the sixth tooth. characterized in that the first lead wires of the U1 winding, the V1 winding, and the W1 winding extending, respectively, from the first tooth, the second tooth and the third tooth on which the U1 winding, the V1 winding, and the W1 winding are arranged, in a direction in which a central axis A extends, the first lead wires of the U2 winding, the V2 winding, and the W2 winding extending, respectively, from the first tooth, the second tooth and the third tooth on which the U1 winding, the V1 winding, and the W1 winding are arranged, in a direction in which the central axis A extends, and a first crossover wire, a second crossover wire, and a third crossover wire extending between different teeth are formed in the stator, the first crossover wire extending from the first tooth to the fourth tooth, the second crossover wire extending from the second tooth to the fifth tooth and the third crossover wire extending from the third tooth to the sixth tooth.