An ophthalmologic apparatus in which a second measurement unit set at a second set operating distance having a value smaller than that of a first set operating distance is automatically and appropriately moved from a position suitable to one subject eye to a position suitable to the other subject eye is provided. An ophthalmologic apparatus includes a first measurement unit (40) set at a first set operating distance (d1) to measure a subject eye (E) of a subject, a second measurement unit (20) set at a second set operating distance (d2) shorter than the first set operating distance (d1) to measure the subject eye (E), a driver (12) that moves the first measurement unit and the second measurement unit relative to the subject eye (E), and a controller (33) that controls the first measurement unit, the second measurement unit, and the driver (12), wherein the controller (33) obtains a distance between both eyes (dm) of right and left subject eyes (E) when the first measurement unit is moved to measure the right and left subject eyes (E) of the subject, and after one subject eye (E) is measured with the second measurement unit, the controller moves the second measurement unit to the other subject eye (E) at the obtained distance between both eyes (dm).
