The invention discloses a safety-type automobile rearview mirror. The safety-type automobile rearview mirror comprises a mirror shell and a lens. The lens is embedded in the mirror shell, a cavity is reserved between the lens and the mirror shell, and a cold air and hot air blower is arranged in the cavity. Corresponding sliding grooves are formed in an upper baffle and a lower supporting plate, and a vertical windshield wiper is clamped in the sliding grooves. The mirror shell is coated with a reflecting coating. A first infrared distance measurement device is fixedly installed on the front face of the mirror shell, and a second infrared distance measurement device is fixedly installed at the end of the lower supporting plate. The cold air and hot air blower blows cold air or hot air into the lens, so that moisture on the lens is conveniently removed in a blow-drying mode and prevented from influencing the view of a driver; the arranged windshield wiper can move horizontally to wipe off rainwater on the surface of the lens and keep the lens clean; the mirror shell is coated with the reflecting coating, so that meeting is safer, and mutual collisions are reduced; the driver is reminded to pay attention to the vehicle distance when the infrared distance measurement devices judge that an automobile with the safety-type automobile rearview mirror is too close to an adjacent vehicle, so that running safety is improved.