The invention relates to a device in the form of a bar and a system for the kinetic measurement of peripheral vision and peripheral vision anticipation. The solution consists in determining when the visual stimulus appears in the peripheral visual field and in estimating the appearance of said stimulus at a pre-determined point, recording if anticipation or dilation occurs, using two identical symmetrical bars on which rows of LED lights of different colours are illuminated in a pre-determined order. The invention solves the problem of determining both measurements under conditions closer to those of the working or playing reality with lighting similar to ambient lighting.