Production method for producing a stator winding of a stator having a plurality of stator teeth which protrude radially outward starting from a connecting structure that extends circumferentially around a central axis of the stator spaced at a radial distance (r') from the central axis of the stator, - wherein bobbins are arranged on an auxiliary element in such a way that the bobbins are spaced at a radial distance from a central axis of the auxiliary element and, viewed tangentially around the central axis of the auxiliary element, are arranged in a uniformly distributed manner around the central axis of the auxiliary element, - wherein a circuit carrier is arranged on the auxiliary element radially inside the bobbins, - wherein, for each phase (a to c) of the stator winding, a respective conductor wire (5a to 5c) is wound onto bobbins (2a to 2c) associated with the respective phase (a to c) in such a way that the respective conductor wire (5a to 5c) wound onto the respective bobbins (2a to 2c) forms respective coils of the stator winding, - wherein after one of the bobbins (2a to 2c) has been wound in each case, the respective conductor wire (5a to 5c) is routed via the circuit carrier to the next bobbin (2a to 2c) of the respective phase (a to c) that is to be wound in each case, and - wherein the auxiliary element is arranged relative to the stator in such a way that the central axis of the auxiliary element is aligned with the central axis of the stator, and the bobbins provided with the coils are then pivoted about a respective pivot axis that extends tangentially to the central axes (3, 9) in the vicinity of the circuit carrier in such a way that the bobbins provided with the coils are pivoted up onto one of the stator teeth in each case from radially outside. - wherein bobbins are arranged on an auxiliary element in such a way that the bobbins are spaced at a radial distance from a central axis of the auxiliary element and, viewed tangentially around the central axis of the auxiliary element, are arranged in a uniformly distributed manner around the central axis of the auxiliary element, - wherein a circuit carrier is arranged on the auxiliary element radially inside the bobbins, - wherein, for each phase (a to c) of the stator winding, a respective conductor wire (5a to 5c) is wound onto bobbins (2a to 2c) associated with the respective phase (a to c) in such a way that the respective conductor wire (5a to 5c) wound onto the respective bobbins (2a to 2c) forms respective coils of the stator winding, - wherein after one of the bobbins (2a to 2c) has been wound in each case, the respective conductor wire (5a to 5c) is routed via the circuit carrier to the next bobbin (2a to 2c) of the respective phase (a to c) that is to be wound in each case, and - wherein the auxiliary element is arranged relative to the stator in such a way that the central axis of the auxiliary element is aligned with the central axis of the stator, and the bobbins provided with the coils are then pivoted about a respective pivot axis that extends tangentially to the central axes (3, 9) in the vicinity of the circuit carrier in such a way that the bobbins provided with the coils are pivoted up onto one of the stator teeth in each case from radially outside.