An ironless core radial flux motor system, comprising: a pair of opposing annular end connectors (506, 606) fixed to a central hub; a first conductor sheet (508, 602) comprising opposing edges and a first plurality of parallel conductors spanning between the opposing edges with a first plurality of conductor apertures between the first plurality of parallel conductors, wherein the first conductor sheet forms a circular motor component with the first plurality of parallel conductors configured normal to a radial axis of the circular motor component; and a second conductor sheet (508, 602) comprising opposing edges and a second plurality of parallel conductors spanning between the opposing edges with a second plurality of conductor apertures between the second plurality of parallel conductors, wherein the second conductor sheet is mounted to the pair of opposing annular end connectors adjacent to the first conductor sheet within a conductor aperture of the first plurality of conductor apertures such that each conductor of the second plurality of parallel conductors abuts one of the first plurality of parallel conductors along a spanwise edge of the conductor, wherein the first plurality of parallel conductors are configured to conduct electrical current in a spanwise direction normal to the radial axis of the circular motor component, alternating the direction with each consecutive conductor of the first plurality of parallel conductors, and wherein the second plurality of parallel conductors are configured to conduct electrical current in a spanwise direction normal to the radial axis of the circular motor component, alternating the direction with each consecutive conductor of the second plurality of parallel conductors. a pair of opposing annular end connectors (506, 606) fixed to a central hub; a first conductor sheet (508, 602) comprising opposing edges and a first plurality of parallel conductors spanning between the opposing edges with a first plurality of conductor apertures between the first plurality of parallel conductors, wherein the first conductor sheet forms a circular motor component with the first plurality of parallel conductors configured normal to a radial axis of the circular motor component; and a second conductor sheet (508, 602) comprising opposing edges and a second plurality of parallel conductors spanning between the opposing edges with a second plurality of conductor apertures between the second plurality of parallel conductors, wherein the second conductor sheet is mounted to the pair of opposing annular end connectors adjacent to the first conductor sheet within a conductor aperture of the first plurality of conductor apertures such that each conductor of the second plurality of parallel conductors abuts one of the first plurality of parallel conductors along a spanwise edge of the conductor, wherein the first plurality of parallel conductors are configured to conduct electrical current in a spanwise direction normal to the radial axis of the circular motor component, alternating the direction with each consecutive conductor of the first plurality of parallel conductors, and wherein the second plurality of parallel conductors are configured to conduct electrical current in a spanwise direction normal to the radial axis of the circular motor component, alternating the direction with each consecutive conductor of the second plurality of parallel conductors.