A composite amorphous alloy axial flux motor. Multiple internal and external teeth of the stator are evenly distributed on the stator yoke in the circumferential direction. The stator core is embedded in the casing, and the DC excitation winding is wound on the external teeth. , The armature winding is wound on the whole of each outer tooth part and the inner tooth part of the inner tooth part. The rotor is assembled on the rotating shaft. The permanent magnet and the first soft magnetic pole are evenly installed on the side of the rotor yoke close to the stator in the circumferential direction. In contact with the first soft magnetic pole, the permanent magnet and the first soft magnetic pole correspond to the circumferential position of the inner tooth portion, the second soft magnetic pole corresponds to the circumferential position of the outer tooth portion, and the second soft magnetic pole is located inside the inner tooth. The permanent magnets are separated by a magnetic isolation zone, and end caps are respectively provided at both ends of the casing, and the rotating shaft of the motor is supported in the center of the end cap through a bearing. The invention not only can inherit the characteristics of high power density, high torque density, high efficiency and the like of the axial flux permanent magnet motor, but also has the advantages of smooth and adjustable air gap magnetic field of the electric excitation motor.
