Stator winding method for a brushless direct-current motor

A method for winding a stator for a brushless direct current motor, which has a stator body with a predetermined number of to be wound stator teeth with the stator teeth respectively being wound with two coils (W, W; W, W) which are magnetically coupled and which facilitate by supply of current with variable directional orientation the generation of opposite magnetic fields, whereby each of the two coils (W, W, W, W) comprises a predetermined number of in parallel arranged conductors. The stator teeth are respectively wound simultaneously in several partial winding steps, with two conductors or with an even number of 2n conductors, whereby one of the two conductors or n conductor of the 2n conductors is allocated to the one coil and the other of the two conductors or the other n conductor of the 2n conductors are allocated to the other coil and whereby a pre-determined number of partial winding steps is performed until the pre-determined number of conductors per coil (W, W; W, W) has been reached.