An axial gap rotary electric machine, comprising: a stator in which a plurality of core units, the core units having a core, a winding disposed in an outer periphery of the core, and a bobbin disposed between the core and the winding, are arranged in an annular shape about a rotation shaft, at least one rotor which faces an end surface of the core in an axial direction through a gap; wherein the rotation shaft is configured to rotate together with the rotor; and a housing in which the stator and the rotor are stored, wherein a plurality of wiring fixing members (600, 601, 602) are provided on an axial end surface of the stator, each wiring fixing member including an outer wall on the outer side in radial direction extending along an inner circumferential surface of the housing and an inner wall on the inner side in the radial direction extending parallel to said outer wall and along said axial end surface of the stator, the stator includes a crossover wire to which a lead wire led out of each winding is electrically connected, the crossover wire is disposed between the outer wall and the inner wall of the wiring fixing member, at least a part of an axial end surface of the inner wall facing the stator in the axial direction abuts on the bobbin, characterized in that: the wiring fixing members (600, 601, 602) are arranged in the circumferential direction without an interval except near a lead portion from which the crossover wire is led out of the housing and have different circumferential lengths, wherein a circumferential length of the one wiring fixing member which is disposed adjacent to the lead portion from which the crossover wire is caused to be led out of the housing is shorter with regard to circumferential lengths of the other wiring fixing members (600, 601). a stator in which a plurality of core units, the core units having a core, a winding disposed in an outer periphery of the core, and a bobbin disposed between the core and the winding, are arranged in an annular shape about a rotation shaft, at least one rotor which faces an end surface of the core in an axial direction through a gap; wherein the rotation shaft is configured to rotate together with the rotor; and a housing in which the stator and the rotor are stored, wherein a plurality of wiring fixing members (600, 601, 602) are provided on an axial end surface of the stator, each wiring fixing member including an outer wall on the outer side in radial direction extending along an inner circumferential surface of the housing and an inner wall on the inner side in the radial direction extending parallel to said outer wall and along said axial end surface of the stator, the stator includes a crossover wire to which a lead wire led out of each winding is electrically connected, the crossover wire is disposed between the outer wall and the inner wall of the wiring fixing member, at least a part of an axial end surface of the inner wall facing the stator in the axial direction abuts on the bobbin, characterized in that: the wiring fixing members (600, 601, 602) are arranged in the circumferential direction without an interval except near a lead portion from which the crossover wire is led out of the housing and have different circumferential lengths, wherein a circumferential length of the one wiring fixing member which is disposed adjacent to the lead portion from which the crossover wire is caused to be led out of the housing is shorter with regard to circumferential lengths of the other wiring fixing members (600, 601).