A motor comprising: a motor housing; a stator disposed inside the motor housing and supported by the motor housing; and a thermally conductive sheet disposed so as to fill a gap (c) in a radial direction or an axial direction between the motor housing and the stator, wherein the motor housing includes: a first section; and a second section disposed next to the first section in the axial direction, and wherein the thermally conductive sheet includes: a first thermally conductive sheet disposed in the gap (c) in the radial direction between an inner peripheral surface of the first section and an outer peripheral surface of the stator; and a second thermally conductive sheet disposed in the gap (c) in the axial direction between the second section and the stator, characterized in that: the first thermally conductive sheet is disposed to be in contact with the inner peripheral surface of the first section and the outer peripheral surface of the stator such that surfaces of the first thermally conductive sheet are placed along the inner peripheral surface of the first section and the outer peripheral surface of the stator; and the second thermally conductive sheet is disposed to be in contact with an inner side surface of the motor housing and a side surface of the stator such that surfaces of the second thermally conductive sheet are placed along the inner side surface of the motor housing and the side surface of the stator. a motor housing; a stator disposed inside the motor housing and supported by the motor housing; and a thermally conductive sheet disposed so as to fill a gap (c) in a radial direction or an axial direction between the motor housing and the stator, wherein the motor housing includes: a first section; and a second section disposed next to the first section in the axial direction, and a first section; and a second section disposed next to the first section in the axial direction, and wherein the thermally conductive sheet includes: a first thermally conductive sheet disposed in the gap (c) in the radial direction between an inner peripheral surface of the first section and an outer peripheral surface of the stator; and a second thermally conductive sheet disposed in the gap (c) in the axial direction between the second section and the stator, a first thermally conductive sheet disposed in the gap (c) in the radial direction between an inner peripheral surface of the first section and an outer peripheral surface of the stator; and a second thermally conductive sheet disposed in the gap (c) in the axial direction between the second section and the stator, characterized in that: the first thermally conductive sheet is disposed to be in contact with the inner peripheral surface of the first section and the outer peripheral surface of the stator such that surfaces of the first thermally conductive sheet are placed along the inner peripheral surface of the first section and the outer peripheral surface of the stator; and the second thermally conductive sheet is disposed to be in contact with an inner side surface of the motor housing and a side surface of the stator such that surfaces of the second thermally conductive sheet are placed along the inner side surface of the motor housing and the side surface of the stator. the first thermally conductive sheet is disposed to be in contact with the inner peripheral surface of the first section and the outer peripheral surface of the stator such that surfaces of the first thermally conductive sheet are placed along the inner peripheral surface of the first section and the outer peripheral surface of the stator; and the second thermally conductive sheet is disposed to be in contact with an inner side surface of the motor housing and a side surface of the stator such that surfaces of the second thermally conductive sheet are placed along the inner side surface of the motor housing and the side surface of the stator.