A vehicle lamp that forms a predetermined light distribution pattern in which a plurality of irradiation patterns each provided with a non-irradiation region (C1, C2, C3) is superimposed, the vehicle lamp comprising: a plurality of excitation light sources ; a plurality of light scanners that is provided corresponding to the plurality of excitation light sources , and each of which includes a mirror unit that two-dimensionally scans an excitation light incident from the corresponding one of the plurality of excitation light sources in a horizontal direction and vertical direction; a wavelength converter that includes a plurality of scan regions provided corresponding to the plurality of light scanners , and in which light intensity distributions (P) corresponding to the plurality of respective irradiation patterns are formed in the plurality of corresponding scan regions by drawing a two-dimensional image in the corresponding one of the plurality of scan regions with the excitation light that is two-dimensionally scanned in the horizontal direction and vertical direction by the mirror unit of each of the plurality of light scanners ; and an optical system that projects the light intensity distributions (P) formed in the plurality of respective scan regions to form the predetermined light distribution pattern, wherein the plurality of irradiation patterns are superimposed so that the non-irradiation regions (C1, C2, C3) are superimposed to form a common non-irradiation region (C), characterized in that sizes of the non-irradiation regions (C1, C2, C3) formed in the plurality of respective irradiation patterns are different from each other, and wherein the non-irradiation regions (C1, C2, C3) having different sizes are superimposed in a manner that a non-irradiation region with smaller size is entirely inside of a non-irradiation region with larger size. a plurality of excitation light sources ; a plurality of light scanners that is provided corresponding to the plurality of excitation light sources , and each of which includes a mirror unit that two-dimensionally scans an excitation light incident from the corresponding one of the plurality of excitation light sources in a horizontal direction and vertical direction; a wavelength converter that includes a plurality of scan regions provided corresponding to the plurality of light scanners , and in which light intensity distributions (P) corresponding to the plurality of respective irradiation patterns are formed in the plurality of corresponding scan regions by drawing a two-dimensional image in the corresponding one of the plurality of scan regions with the excitation light that is two-dimensionally scanned in the horizontal direction and vertical direction by the mirror unit of each of the plurality of light scanners ; and an optical system that projects the light intensity distributions (P) formed in the plurality of respective scan regions to form the predetermined light distribution pattern, wherein the plurality of irradiation patterns are superimposed so that the non-irradiation regions (C1, C2, C3) are superimposed to form a common non-irradiation region (C), characterized in that sizes of the non-irradiation regions (C1, C2, C3) formed in the plurality of respective irradiation patterns are different from each other, and wherein the non-irradiation regions (C1, C2, C3) having different sizes are superimposed in a manner that a non-irradiation region with smaller size is entirely inside of a non-irradiation region with larger size. <EOS>