A flow path control device configured to adjust the height of a motorcycle comprising: a first valve which opens and closes a first flow path in which a supplied fluid is oriented toward a first chamber; characterized in that the device further comprises: a flow path forming member formed with a first recess portion which is recessed, from a second chamber accommodating the fluid that applies a force in a direction in which the first valve is closed to the first valve, a communication path which communicates with the first recess portion and the first chamber, a second recess portion which is recessed in an axial direction from the second chamber so as to be continuous to the first recess portion and not to be continuous to the communication path, wherein the second recess portion is continuous to the first recess portion in a radial direction which intersects with the axial direction, wherein the flow path forming member forms a second flow path oriented toward the first chamber from the second chamber via the communication path and the second recess portion; and a second valve formed with a groove which is recessed from an outer surface, wherein the second valve is fitted to the first recess portion of the flow path forming member, and wherein the second valve opens and closes the second flow path by moving between a position at which the groove communicates with the second recess portion and the communication path and a position at which the groove does not communicate with the second recess portion and the communication path. a first valve which opens and closes a first flow path in which a supplied fluid is oriented toward a first chamber; characterized in that the device further comprises: a flow path forming member formed with a first recess portion which is recessed, from a second chamber accommodating the fluid that applies a force in a direction in which the first valve is closed to the first valve, a communication path which communicates with the first recess portion and the first chamber, a second recess portion which is recessed in an axial direction from the second chamber so as to be continuous to the first recess portion and not to be continuous to the communication path, wherein the second recess portion is continuous to the first recess portion in a radial direction which intersects with the axial direction, wherein the flow path forming member forms a second flow path oriented toward the first chamber from the second chamber via the communication path and the second recess portion; and a second valve formed with a groove which is recessed from an outer surface, wherein the second valve is fitted to the first recess portion of the flow path forming member, and wherein the second valve opens and closes the second flow path by moving between a position at which the groove communicates with the second recess portion and the communication path and a position at which the groove does not communicate with the second recess portion and the communication path. a flow path forming member formed with a first recess portion which is recessed, from a second chamber accommodating the fluid that applies a force in a direction in which the first valve is closed to the first valve, a communication path which communicates with the first recess portion and the first chamber, a second recess portion which is recessed in an axial direction from the second chamber so as to be continuous to the first recess portion and not to be continuous to the communication path, wherein the second recess portion is continuous to the first recess portion in a radial direction which intersects with the axial direction, wherein the flow path forming member forms a second flow path oriented toward the first chamber from the second chamber via the communication path and the second recess portion; and a first recess portion which is recessed, from a second chamber accommodating the fluid that applies a force in a direction in which the first valve is closed to the first valve, a communication path which communicates with the first recess portion and the first chamber, a second recess portion which is recessed in an axial direction from the second chamber so as to be continuous to the first recess portion and not to be continuous to the communication path, wherein the second recess portion is continuous to the first recess portion in a radial direction which intersects with the axial direction, wherein the flow path forming member forms a second flow path oriented toward the first chamber from the second chamber via the communication path and the second recess portion; and a second valve formed with a groove which is recessed from an outer surface, wherein the second valve is fitted to the first recess portion of the flow path forming member, and wherein the second valve opens and closes the second flow path by moving between a position at which the groove communicates with the second recess portion and the communication path and a position at which the groove does not communicate with the second recess portion and the communication path. wherein the second valve is fitted to the first recess portion of the flow path forming member, and wherein the second valve opens and closes the second flow path by moving between a position at which the groove communicates with the second recess portion and the communication path and a position at which the groove does not communicate with the second recess portion and the communication path.