A clutch device to allow or interrupt transfer of a rotation driving force of an input shaft to an output shaft, the clutch device comprising: a clutch center housed in a clutch housing holding a plurality of input-side rotating plates to be rotationally driven together with the output shaft, the input-side rotating plates being operable to be rotationally driven by rotational driving of the input shaft; and a pressure plate movable toward or away from the clutch center, rotatable relative to the clutch center, and holding a plurality of output-side rotating plates, the pressure plate being operable to press the input-side rotating plates and the output-side rotating plates, the input-side rotating plates and the output-side rotating plates being alternately arranged; wherein assuming directions in which the pressure plate moves toward or away from the clutch center are movement directions, a direction in which the pressure plate moves toward the clutch center is a first direction, and a direction in which the pressure plate moves away from the clutch center is a second direction; wherein the pressure plate includes: a ring-shaped outer peripheral wall extending along the movement directions; a plurality of pressure-side fitting teeth holding the output-side rotating plates, projecting radially outward from an outer peripheral surface of the outer peripheral wall, and arranged in circumferential directions; and characterised in that an oil channel located in an end portion of at least one of the pressure-side fitting teeth in the first direction; and the oil channel allows clutch oil flowing at least at an inner peripheral surface of the outer peripheral wall to be discharged to outside of the pressure plate. a clutch center housed in a clutch housing holding a plurality of input-side rotating plates to be rotationally driven together with the output shaft, the input-side rotating plates being operable to be rotationally driven by rotational driving of the input shaft; and a pressure plate movable toward or away from the clutch center, rotatable relative to the clutch center, and holding a plurality of output-side rotating plates, the pressure plate being operable to press the input-side rotating plates and the output-side rotating plates, the input-side rotating plates and the output-side rotating plates being alternately arranged; wherein assuming directions in which the pressure plate moves toward or away from the clutch center are movement directions, a direction in which the pressure plate moves toward the clutch center is a first direction, and a direction in which the pressure plate moves away from the clutch center is a second direction; wherein the pressure plate includes: a ring-shaped outer peripheral wall extending along the movement directions; a plurality of pressure-side fitting teeth holding the output-side rotating plates, projecting radially outward from an outer peripheral surface of the outer peripheral wall, and arranged in circumferential directions; and characterised in that an oil channel located in an end portion of at least one of the pressure-side fitting teeth in the first direction; and the oil channel allows clutch oil flowing at least at an inner peripheral surface of the outer peripheral wall to be discharged to outside of the pressure plate. a ring-shaped outer peripheral wall extending along the movement directions; a plurality of pressure-side fitting teeth holding the output-side rotating plates, projecting radially outward from an outer peripheral surface of the outer peripheral wall, and arranged in circumferential directions; and characterised in that an oil channel located in an end portion of at least one of the pressure-side fitting teeth in the first direction; and the oil channel allows clutch oil flowing at least at an inner peripheral surface of the outer peripheral wall to be discharged to outside of the pressure plate.