A method for assembling a torque motor comprising a stator and a rotor that extend along a common central axis, said stator comprising an integral magnetic body and at least one pair of radial teeth that extend along the central axis, define slots for receiving stator windings and form a radial air gap together with said rotor, at least one permanent magnet supported by said integral magnetic body, a winding support for the stator windings which comprises a hollow body that extends along the central axis and delimits a chamber for receiving said rotor, said winding support comprising cavities for receiving said stator windings, which cavities extend in planes in parallel with the central axis and comprise radial peripheral walls that are shaped to said slots for receiving said integral magnetic body, the method comprising:
- mounting the stator windings on the winding support,
- axially inserting the winding support, fitted with the stator windings, into the integral magnetic body of the stator, and
- axially inserting the rotor into the hollow body of the winding support.