The utility model relates to a high speed shooting camera lens comprising a front group A having a negative focal power and a rear group B having a positive focal power, which are irradiated from left to right along the light. The utility model is characterized in that the front group A comprises a positive crescent moon lens A-1. The rear group B is sequentially provided with a gluing group formed by connecting a biconvex lens B-1 and a biconvex lens B-2 tightly, a gluing sheet formed by connecting a negative crescent moon lens B-3 and a positive crescent moon lens B-4 tightly, and a gluing group formed by connecting a biconvex lens B-6 and a negative crescent moon lens B-7 tightly. The high speed shooting camera lens has characteristics of a large relative aperture, high resolution, high transmittance rate, vibration resistance and impact resistance. An optical glass material having a high refractive index and a low dispersion is adopted by the design of an optical path. The imaging resolution ratio can reach 2 megapixels with the help of the optical auxiliary design and optimization of the computer, the high speed shooting camera can be cooperated with the CCD or the CMOS camera having the high definition, therefore the high definition video shooting can be realized.