A subjective optometry apparatus comprising: a subjective measurement means including a light projecting optical system for projecting a target light flux toward an examinee's eye (E), a corrective optical system including a right-left pair of a right-eye corrective optical system and a left-eye corrective optical system and disposed on an optical path of the light projecting optical system to modify an optical characteristic of the target light flux, and an optical member shared by a right-eye optical path including the right-eye corrective optical system and a left-eye optical path including the left-eye corrective optical system, the optical member configured to guide the target light flux corrected by the corrective optical system to the examinee's eye (E), the subjective measurement means to subjectively measure an optical characteristic of the examinee's eye (E); and an objective measurement means including a measurement optical system configured for emitting measurement light to a fundus of the examinee's eye (E) and for receiving reflected light from the fundus, the objective measurement means configured to objectively measure the optical characteristic of the examinee's eye (E) via the optical member disposed on an optical path of the measurement optical system , wherein the optical member includes a concave mirror , and the subjective measurement means is configured to guide the target light flux to the examinee's eye (E) by reflecting, using the concave mirror , the target light flux corrected by the corrective optical system toward the examinee's eye (E), and guide an image of the target light flux corrected by the corrective optical system to the examinee's eye (E) in such a way that a distance between a formation position of the image and the examinee's eye (E) as sensed by the examinee becomes an optically predetermined examination distance. a subjective measurement means including a light projecting optical system for projecting a target light flux toward an examinee's eye (E), a corrective optical system including a right-left pair of a right-eye corrective optical system and a left-eye corrective optical system and disposed on an optical path of the light projecting optical system to modify an optical characteristic of the target light flux, and an optical member shared by a right-eye optical path including the right-eye corrective optical system and a left-eye optical path including the left-eye corrective optical system, the optical member configured to guide the target light flux corrected by the corrective optical system to the examinee's eye (E), the subjective measurement means to subjectively measure an optical characteristic of the examinee's eye (E); and an objective measurement means including a measurement optical system configured for emitting measurement light to a fundus of the examinee's eye (E) and for receiving reflected light from the fundus, the objective measurement means configured to objectively measure the optical characteristic of the examinee's eye (E) via the optical member disposed on an optical path of the measurement optical system , wherein the optical member includes a concave mirror , and the subjective measurement means is configured to guide the target light flux to the examinee's eye (E) by reflecting, using the concave mirror , the target light flux corrected by the corrective optical system toward the examinee's eye (E), and guide an image of the target light flux corrected by the corrective optical system to the examinee's eye (E) in such a way that a distance between a formation position of the image and the examinee's eye (E) as sensed by the examinee becomes an optically predetermined examination distance. <EOS>