A motor for a laundry apparatus, comprising: a stator including a core having an annular shape and a coil wound around the core; and a rotor including a magnet disposed outside the stator with an air gap interposed therebetween and a rotor frame to fix the magnet and rotate outside the stator, wherein the rotor frame includes: a base frame having a circular shape and disposed to face a coil with a distance therebetween; an extension frame protruding from an edge of the base frame in a circumferential and axial direction and having an inner circumferential surface to which the magnet is fixed; an air inlet which passes through the base frame in a thickness direction and through which air is to be suctioned; and a blade disposed in contact with the air inlet and protruding from the base frame to a set height based on the axial direction, wherein the blade is positioned outside a region in which the coil is disposed to face the base frame, wherein the air inlet includes a plurality of holes formed through the base frame; and the plurality of holes are arranged in the base frame in circumferential direction around a center of the base frame and formed long in a radial direction of the base frame, wherein in the blade, when compared to a height of one end portion of the blade close to the center of the base frame, a height of the other end portion of the blade close to the region in which the coil is disposed to face the base frame is configured to be greater than the height of the one end portion, wherein the rotor frame further includes a plurality of beads convexly formed on one surface of the base frame; the height of the one end portion of the blade is smaller than a height based on the axial direction of each of the plurality of beads; and the height of the other end portion of the blade is greater than the height based on the axial direction of each of the plurality of beads. a stator including a core having an annular shape and a coil wound around the core; and a rotor including a magnet disposed outside the stator with an air gap interposed therebetween and a rotor frame to fix the magnet and rotate outside the stator, wherein the rotor frame includes: a base frame having a circular shape and disposed to face a coil with a distance therebetween; an extension frame protruding from an edge of the base frame in a circumferential and axial direction and having an inner circumferential surface to which the magnet is fixed; an air inlet which passes through the base frame in a thickness direction and through which air is to be suctioned; and a blade disposed in contact with the air inlet and protruding from the base frame to a set height based on the axial direction, wherein the blade is positioned outside a region in which the coil is disposed to face the base frame, wherein the air inlet includes a plurality of holes formed through the base frame; and the plurality of holes are arranged in the base frame in circumferential direction around a center of the base frame and formed long in a radial direction of the base frame, wherein in the blade, when compared to a height of one end portion of the blade close to the center of the base frame, a height of the other end portion of the blade close to the region in which the coil is disposed to face the base frame is configured to be greater than the height of the one end portion, wherein the rotor frame further includes a plurality of beads convexly formed on one surface of the base frame; the height of the one end portion of the blade is smaller than a height based on the axial direction of each of the plurality of beads; and the height of the other end portion of the blade is greater than the height based on the axial direction of each of the plurality of beads. a base frame having a circular shape and disposed to face a coil with a distance therebetween; an extension frame protruding from an edge of the base frame in a circumferential and axial direction and having an inner circumferential surface to which the magnet is fixed; an air inlet which passes through the base frame in a thickness direction and through which air is to be suctioned; and a blade disposed in contact with the air inlet and protruding from the base frame to a set height based on the axial direction, wherein the blade is positioned outside a region in which the coil is disposed to face the base frame, wherein the air inlet includes a plurality of holes formed through the base frame; and the plurality of holes are arranged in the base frame in circumferential direction around a center of the base frame and formed long in a radial direction of the base frame, wherein in the blade, when compared to a height of one end portion of the blade close to the center of the base frame, a height of the other end portion of the blade close to the region in which the coil is disposed to face the base frame is configured to be greater than the height of the one end portion, wherein the rotor frame further includes a plurality of beads convexly formed on one surface of the base frame; the height of the one end portion of the blade is smaller than a height based on the axial direction of each of the plurality of beads; and the height of the other end portion of the blade is greater than the height based on the axial direction of each of the plurality of beads.