Method for Producing a Rotor by Means of a Flexible Coil Carrier, Electric Machine, and Motor Vehicle

A method for producing at least part of a circumference of a rotor for a current-excited electric machine, the method comprising:

• providing a rotor yoke;
• providing rotor poles which are formed separately from the rotor yoke and are mechanically connectable to the rotor yoke;
• providing a coil carrier which has a plurality of coil bodies and flexible connecting portions which are arranged between the coil bodies and via which a relative position of the coil bodies with respect to one another can be changed;
• bringing the coil carrier into a manufacturing position via the flexible connecting portions;
• equipping the coil carrier with an energizable winding by winding winding portions around the coil bodies;
• joining the rotor poles and the coil bodies together such that respective winding portions are wound around the rotor poles to form pole coils;
• transferring the coil carrier from the manufacturing position into an installation position via the flexible connecting portions;
• and
• mechanically connecting the rotor poles, which are connected to the coil bodies of the coil carrier, to the rotor yoke.