Using nonlinear finite element software Dynaform,under the same stamping process conditions, the stamping and drawing process of roof cover for new energy underground parking garage vehicle D6176 was numerically simulated with different inner and outer drawbead spacing, and through the study of forming limit diagram, cloud diagram of thickness change, and size and distribution of “light spots”, it was finally determined that the reasonable range of inner and outer drawbead spacing in the stamping and drawing for the roof cover of underground parking garage vehicle was 20-40 mm, of which 40 mm was the relatively optimal spacing. Then, the production verification was passed. And the study finds that when the inner and outer drawbead spacing is 20-30 mm, the “light spot” increases with the increasing of spacing, and when it is 30-40 mm, the “light spot” decreases with the increasing of spacing. In the range of 20-40 mm, the maximum “light spot” shows a downward trend with the increasing of the inner and outer drawbead spacing, and the decrease rate is relatively large within 20-30 mm, and the decrease rate is relatively small within 30-40 mm.