Electric motor, at least comprising - a primary part, which is in the form of a stator, comprising iron materials which form a magnetic yoke, having a coreless winding device which comprises at least two phases, wherein one phase comprises at least two winding sections with first ends and second ends, and at least one electrical connecting element, - a secondary part comprising iron materials which form a magnetic yoke, having an even number of magnetic poles which are arranged alternately on the secondary part, wherein ∘ the winding device is arranged on the primary part relative to a rotation axis in an air gap between the primary part and the secondary part in such a way that • the winding sections of a phase are each arranged opposite a respective magnetic pole and a respective winding section of all phases is located opposite each magnetic pole, wherein the winding sections are oriented parallel to the rotation axis, and wherein the electrical connecting elements are connected to the winding sections in such a way that they are arranged alternately at the first ends and second ends of the said winding sections, so that alternating current flows can be implemented in the adjacent winding sections of a phase, as a result of which • all magnetic poles can be used simultaneously for forming a force, wherein the electrical connecting elements are connected to the winding sections in such a way that the electrical connecting elements are not arranged on the plane of the respective winding sections, but rather on radially different planes, wherein the respective winding sections and the electrical connecting elements consist of a coherent conductor material which is bent into the desired shape, and that the winding sections are secured on the primary part by means of the electrical connecting elements. - a primary part, which is in the form of a stator, comprising iron materials which form a magnetic yoke, having a coreless winding device which comprises at least two phases, wherein one phase comprises at least two winding sections with first ends and second ends, and at least one electrical connecting element, - a secondary part comprising iron materials which form a magnetic yoke, having an even number of magnetic poles which are arranged alternately on the secondary part, wherein ∘ the winding device is arranged on the primary part relative to a rotation axis in an air gap between the primary part and the secondary part in such a way that • the winding sections of a phase are each arranged opposite a respective magnetic pole and a respective winding section of all phases is located opposite each magnetic pole, wherein the winding sections are oriented parallel to the rotation axis, and wherein the electrical connecting elements are connected to the winding sections in such a way that they are arranged alternately at the first ends and second ends of the said winding sections, so that alternating current flows can be implemented in the adjacent winding sections of a phase, as a result of which • all magnetic poles can be used simultaneously for forming a force, wherein the electrical connecting elements are connected to the winding sections in such a way that the electrical connecting elements are not arranged on the plane of the respective winding sections, but rather on radially different planes, wherein the respective winding sections and the electrical connecting elements consist of a coherent conductor material which is bent into the desired shape, and that the winding sections are secured on the primary part by means of the electrical connecting elements. ∘ the winding device is arranged on the primary part relative to a rotation axis in an air gap between the primary part and the secondary part in such a way that • the winding sections of a phase are each arranged opposite a respective magnetic pole and a respective winding section of all phases is located opposite each magnetic pole, wherein the winding sections are oriented parallel to the rotation axis, and wherein the electrical connecting elements are connected to the winding sections in such a way that they are arranged alternately at the first ends and second ends of the said winding sections, so that alternating current flows can be implemented in the adjacent winding sections of a phase, as a result of which • all magnetic poles can be used simultaneously for forming a force, • the winding sections of a phase are each arranged opposite a respective magnetic pole and a respective winding section of all phases is located opposite each magnetic pole, wherein the winding sections are oriented parallel to the rotation axis, and wherein the electrical connecting elements are connected to the winding sections in such a way that they are arranged alternately at the first ends and second ends of the said winding sections, so that alternating current flows can be implemented in the adjacent winding sections of a phase, as a result of which • all magnetic poles can be used simultaneously for forming a force,