Electric motor drive for a motor vehicle, with: an electric motor having a stationary stator; a rotor, which is designed to be rotatable relative to the stator about an axis of rotation and which can be coupled to a drive part in a non-rotatable manner, wherein the rotor is formed by a recoil pot with an inner circumference, an outer circumference, an end face, and inner circumferentially disposed permanent magnets; and a motor housing, which at least partially accommodates the stator and/or the rotor; and an electrically conductive cover part for influencing and/or blocking electromagnetic interference fields generated during electromotive operation, - wherein the cover part is designed as a rotor sleeve and has a sleeve-like shell, which, in the assembled state, is placed on the outer circumference of the rotor, - wherein a first number of circumferentially distributed beads are introduced into a shell outer surface of the shell facing away from the rotor to compensate for a radial clearance between the cover part and the outer circumference of the recoil pot, which beads, on the inner surface of the shell facing the rotor, project radially into an opening of the cover part formed by the inner surface of the shell facing the rotor, and - wherein the shell has, at an upper collar arranged at an end facing the drive part in the assembled state thereof, a second number of retaining lugs arranged in a circumferentially disturbed manner for non-rotatable attachment of the cover part to the end face of the recoil pot, which are bent radially inwards. an electric motor having a stationary stator; a rotor, which is designed to be rotatable relative to the stator about an axis of rotation and which can be coupled to a drive part in a non-rotatable manner, wherein the rotor is formed by a recoil pot with an inner circumference, an outer circumference, an end face, and inner circumferentially disposed permanent magnets; and a motor housing, which at least partially accommodates the stator and/or the rotor; and an electrically conductive cover part for influencing and/or blocking electromagnetic interference fields generated during electromotive operation, - wherein the cover part is designed as a rotor sleeve and has a sleeve-like shell, which, in the assembled state, is placed on the outer circumference of the rotor, - wherein a first number of circumferentially distributed beads are introduced into a shell outer surface of the shell facing away from the rotor to compensate for a radial clearance between the cover part and the outer circumference of the recoil pot, which beads, on the inner surface of the shell facing the rotor, project radially into an opening of the cover part formed by the inner surface of the shell facing the rotor, and - wherein the shell has, at an upper collar arranged at an end facing the drive part in the assembled state thereof, a second number of retaining lugs arranged in a circumferentially disturbed manner for non-rotatable attachment of the cover part to the end face of the recoil pot, which are bent radially inwards. a stationary stator; a rotor, which is designed to be rotatable relative to the stator about an axis of rotation and which can be coupled to a drive part in a non-rotatable manner, wherein the rotor is formed by a recoil pot with an inner circumference, an outer circumference, an end face, and inner circumferentially disposed permanent magnets; and a motor housing, which at least partially accommodates the stator and/or the rotor; and an electrically conductive cover part for influencing and/or blocking electromagnetic interference fields generated during electromotive operation, - wherein the cover part is designed as a rotor sleeve and has a sleeve-like shell, which, in the assembled state, is placed on the outer circumference of the rotor, - wherein a first number of circumferentially distributed beads are introduced into a shell outer surface of the shell facing away from the rotor to compensate for a radial clearance between the cover part and the outer circumference of the recoil pot, which beads, on the inner surface of the shell facing the rotor, project radially into an opening of the cover part formed by the inner surface of the shell facing the rotor, and - wherein the shell has, at an upper collar arranged at an end facing the drive part in the assembled state thereof, a second number of retaining lugs arranged in a circumferentially disturbed manner for non-rotatable attachment of the cover part to the end face of the recoil pot, which are bent radially inwards. - wherein the cover part is designed as a rotor sleeve and has a sleeve-like shell, which, in the assembled state, is placed on the outer circumference of the rotor, - wherein a first number of circumferentially distributed beads are introduced into a shell outer surface of the shell facing away from the rotor to compensate for a radial clearance between the cover part and the outer circumference of the recoil pot, which beads, on the inner surface of the shell facing the rotor, project radially into an opening of the cover part formed by the inner surface of the shell facing the rotor, and - wherein the shell has, at an upper collar arranged at an end facing the drive part in the assembled state thereof, a second number of retaining lugs arranged in a circumferentially disturbed manner for non-rotatable attachment of the cover part to the end face of the recoil pot, which are bent radially inwards.