Abstract: The measurement accuracy of an industrial digital photogrammetric system cannot reach an ideal state because of the effect of the size and the structure of the object, the photogrammetric control field layout, the measuring net and other factors. This paper presents a quantified evaluation method for a digital photogrammetric system V-STARS, where the concepts of the line type measuring accuracy and the plane type measuring accuracy are used in a deformation measurement test for a large planar antenna. The results show that the actual measurement accuracy can meet the test requirement of 0.1 mm measurement accuracy. This method can be used for the quantified accuracy evaluation of the other types of digital photogrammetric systems.