A vehicle lighting fixture comprising: a blue laser light source; an optical deflector configured to two-dimensionally scan with blue laser light that is emitted from the laser light source and incident on the optical deflector,; a wavelength conversion member in which the blue laser light scanned by the optical deflector forms a luminance distribution, thereby emitting pseudo white light of the luminance distribution by mixing the blue laser light and yellow light emitted from the wavelength conversion member; and at least one projector lens configured to project the luminance distribution formed in the wavelength conversion member forward, the vehicle lighting fixture further comprising a light-shielding member configured to shield the laser light, and a controlling unit configured to control the blue laser light source and the optical deflector, wherein the optical deflector includes a mirror part, first piezoelectric actuators (203, 204) configured to swing the mirror part around a first axis, a movable frame disposed to surround and support the mirror part via the first piezoelectric actuators (203, 204) so as to allow the mirror part to be swung around the first axis relative to the movable frame, second piezoelectric actuators (205, 206) configured to swing the mirror part and the movable frame around a second axis perpendicular to the first axis, and a base disposed to surround and support the movable frame via the second piezoelectric actuators (205, 206) so as to allow the mirror part and the movable frame to be swung around the second axis relative to the base, the optical deflector is able to scan a scanning region of a rectangular shape with a horizontal length of ± a certain length and a vertical length of ± a certain length, the horizontal length and the vertical length of the scanning region can be adjusted by changing swinging ranges of the mirror part around the first axis and the second axis, and the light-shielding member is provided between the wavelength conversion member and the projector lens in an optical path through which the blue laser light deflected by the optical deflector when the mirror part is positioned at 0 degrees in both vertical and horizontal positions passes so that blue laser light is prevented from being projected forward; characterized in that the projector lens has an incident face (20A1) closest to the wavelength conversion member and the light-shielding member is provided to the incident face (20A1) of the projector lens; the light-shielding member is a laser light-reflecting member, and a laser light-absorbing member configured to absorb laser light reflected from the laser light-reflecting member is further provided. a blue laser light source; an optical deflector configured to two-dimensionally scan with blue laser light that is emitted from the laser light source and incident on the optical deflector,; a wavelength conversion member in which the blue laser light scanned by the optical deflector forms a luminance distribution, thereby emitting pseudo white light of the luminance distribution by mixing the blue laser light and yellow light emitted from the wavelength conversion member; and at least one projector lens configured to project the luminance distribution formed in the wavelength conversion member forward, the vehicle lighting fixture further comprising a light-shielding member configured to shield the laser light, and a controlling unit configured to control the blue laser light source and the optical deflector, wherein the optical deflector includes a mirror part, first piezoelectric actuators (203, 204) configured to swing the mirror part around a first axis, a movable frame disposed to surround and support the mirror part via the first piezoelectric actuators (203, 204) so as to allow the mirror part to be swung around the first axis relative to the movable frame, second piezoelectric actuators (205, 206) configured to swing the mirror part and the movable frame around a second axis perpendicular to the first axis, and a base disposed to surround and support the movable frame via the second piezoelectric actuators (205, 206) so as to allow the mirror part and the movable frame to be swung around the second axis relative to the base, the optical deflector is able to scan a scanning region of a rectangular shape with a horizontal length of ± a certain length and a vertical length of ± a certain length, the horizontal length and the vertical length of the scanning region can be adjusted by changing swinging ranges of the mirror part around the first axis and the second axis, and the light-shielding member is provided between the wavelength conversion member and the projector lens in an optical path through which the blue laser light deflected by the optical deflector when the mirror part is positioned at 0 degrees in both vertical and horizontal positions passes so that blue laser light is prevented from being projected forward; characterized in that the projector lens has an incident face (20A1) closest to the wavelength conversion member and the light-shielding member is provided to the incident face (20A1) of the projector lens; the light-shielding member is a laser light-reflecting member, and a laser light-absorbing member configured to absorb laser light reflected from the laser light-reflecting member is further provided.