A sliding-type tripod constant velocity joint comprising: a cylindrical outer ring that has three raceway grooves on an inner peripheral surface thereof, the three raceway grooves extending in a direction of a rotation axis of the outer ring; a tripod that has a boss portion coupled to a shaft and three tripod shaft portions that extend from an outer peripheral surface of the boss portion outward in a radial direction of the boss portion and that are inserted in the corresponding raceway grooves; an intermediate member that is provided around an outer periphery of a corresponding one of the tripod shaft portions so as to be rockable with respect to the tripod shaft portion and that has a torque transmitting surface (41b, 42b) on an outer surface thereof, the torque transmitting surface facing side surfaces (162, 163) of a corresponding one of the raceway grooves; a plurality of shaft-like rolling elements that are provided between the side surfaces (162, 163) of each raceway groove and a corresponding one of the torque transmitting surfaces (41b, 42b) so as to be able to roll along the side surfaces (162, 163) of that raceway groove; and a retainer that supports the shaft-like rolling elements so that the shaft-like rolling elements are able to circulate around an outer periphery of a corresponding one of the intermediate members, wherein a raceway recess (17, 18) is formed on each of the side surfaces (162, 163) of each raceway groove and extends in the direction of the rotation axis of the outer ring, portions of the shaft-like rolling elements, located adjacent to each of the side surfaces (162, 163) of each raceway groove, are fitted in the corresponding raceway recess (17, 18), and are able to roll along a bottom surface (17a, 18a) of the corresponding raceway recess (17, 18), and the retainers are arranged outside the raceway recesses (17, 18), characterized in that the sliding-type tripod constant velocity joint further comprises a movement restricting portion (63c, 64c, 41e, 42e, 41f, 42f) that is provided between each intermediate member and a corresponding one of the retainers that allows the retainer to move a predetermined distance in the radial direction of the outer ring with respect to the intermediate member and that, when the amount of relative movement in the radial direction of the outer ring between the retainer and the intermediate member exceeds the predetermined distance, restricts the relative movement. a cylindrical outer ring that has three raceway grooves on an inner peripheral surface thereof, the three raceway grooves extending in a direction of a rotation axis of the outer ring; a tripod that has a boss portion coupled to a shaft and three tripod shaft portions that extend from an outer peripheral surface of the boss portion outward in a radial direction of the boss portion and that are inserted in the corresponding raceway grooves; an intermediate member that is provided around an outer periphery of a corresponding one of the tripod shaft portions so as to be rockable with respect to the tripod shaft portion and that has a torque transmitting surface (41b, 42b) on an outer surface thereof, the torque transmitting surface facing side surfaces (162, 163) of a corresponding one of the raceway grooves; a plurality of shaft-like rolling elements that are provided between the side surfaces (162, 163) of each raceway groove and a corresponding one of the torque transmitting surfaces (41b, 42b) so as to be able to roll along the side surfaces (162, 163) of that raceway groove; and a retainer that supports the shaft-like rolling elements so that the shaft-like rolling elements are able to circulate around an outer periphery of a corresponding one of the intermediate members, wherein a raceway recess (17, 18) is formed on each of the side surfaces (162, 163) of each raceway groove and extends in the direction of the rotation axis of the outer ring, portions of the shaft-like rolling elements, located adjacent to each of the side surfaces (162, 163) of each raceway groove, are fitted in the corresponding raceway recess (17, 18), and are able to roll along a bottom surface (17a, 18a) of the corresponding raceway recess (17, 18), and the retainers are arranged outside the raceway recesses (17, 18), characterized in that the sliding-type tripod constant velocity joint further comprises a movement restricting portion (63c, 64c, 41e, 42e, 41f, 42f) that is provided between each intermediate member and a corresponding one of the retainers that allows the retainer to move a predetermined distance in the radial direction of the outer ring with respect to the intermediate member and that, when the amount of relative movement in the radial direction of the outer ring between the retainer and the intermediate member exceeds the predetermined distance, restricts the relative movement.