An image display device comprising: a mechanical shutter unit provided for each of pixels arrayed in a matrix shape along a row direction and a column direction and configured to move on a transparent substrate in parallel to a surface of the transparent substrate and perform transmission and blocking of light; a pair of control electrodes (25, 27) arranged on both side of the mechanical shutter unit on the transparent substrate; the mechanical shutter unit and the pair of control electrodes (25, 27) being included in a dual actuator shutter assembly of a pixel; a planar light source configured to emit light to the transparent substrate and arranged in parallel to the transparent substrate; a light blocking film formed on the transparent substrate side of the planar light source, including an optical opening, which is opened for each of the pixels to corresponds to a region where the mechanical shutter unit performs transmission and blocking of light, and configured to shield a region other than the optical opening from light emitted from the planar light source, wherein the light blocking film is formed of a dielectric; a control electrode driving circuit configured to apply a high voltage and a low voltage for the pair of control electrodes (25, 27) respectively to the control electrodes (25, 27), wherein the low voltage is 0 and the high voltage is designated to a voltage at which electrostatic mechanical driving of the dual actuator shutter assembly is possible, and wherein each electrode of the pair of control electrodes (25, 27) is electrically coupled to a control electrode (25, 27) of a respective adjacent pixel in the row direction; a plurality of scanning lines provided along the row direction across the transparent substrate; a plurality of signal lines provided in the column direction across the transparent substrate; and a shutter control circuit provided for each of the pixels and configured to apply to the mechanical shutter unit 26, at timing corresponding to a gradation value of each of the pixels, a second high voltage or a second low voltage based on an image signal set via a signal line of the plurality of signal lines to thereby electrostatically control an operation of the mechanical shutter unit, wherein the second low voltage is 0 and the second high voltage is designated to a voltage at which electrostatic mechanical driving of the dual actuator shutter assembly is possible. a mechanical shutter unit provided for each of pixels arrayed in a matrix shape along a row direction and a column direction and configured to move on a transparent substrate in parallel to a surface of the transparent substrate and perform transmission and blocking of light; a pair of control electrodes (25, 27) arranged on both side of the mechanical shutter unit on the transparent substrate; the mechanical shutter unit and the pair of control electrodes (25, 27) being included in a dual actuator shutter assembly of a pixel; a planar light source configured to emit light to the transparent substrate and arranged in parallel to the transparent substrate; a light blocking film formed on the transparent substrate side of the planar light source, including an optical opening, which is opened for each of the pixels to corresponds to a region where the mechanical shutter unit performs transmission and blocking of light, and configured to shield a region other than the optical opening from light emitted from the planar light source, wherein the light blocking film is formed of a dielectric; a control electrode driving circuit configured to apply a high voltage and a low voltage for the pair of control electrodes (25, 27) respectively to the control electrodes (25, 27), wherein the low voltage is 0 and the high voltage is designated to a voltage at which electrostatic mechanical driving of the dual actuator shutter assembly is possible, and wherein each electrode of the pair of control electrodes (25, 27) is electrically coupled to a control electrode (25, 27) of a respective adjacent pixel in the row direction; a plurality of scanning lines provided along the row direction across the transparent substrate; a plurality of signal lines provided in the column direction across the transparent substrate; and a shutter control circuit provided for each of the pixels and configured to apply to the mechanical shutter unit 26, at timing corresponding to a gradation value of each of the pixels, a second high voltage or a second low voltage based on an image signal set via a signal line of the plurality of signal lines to thereby electrostatically control an operation of the mechanical shutter unit, wherein the second low voltage is 0 and the second high voltage is designated to a voltage at which electrostatic mechanical driving of the dual actuator shutter assembly is possible.