Audi A4 Sedan 2020 3D model

cgtrader

Highly detailed exterior and advanced interior design make this model stand out. Set at precise coordinates on the xyz axis for seamless integration into any project. Mental Ray and standard materials are both included in the max rar file, ensuring versatility. Real-world scaled accuracy, measured in millimeters, adds depth to your visuals. Textures are readily available within the package, located at C:\MCT\Audi, making setup a breeze. Suitable for both dynamic animations and architectural visualizations, this model is incredibly adaptable. For convenience, wheels are grouped separately, streamlining your workflow. Clear naming conventions make it simple to identify which material belongs to each component of the car. The body color can be adjusted at will, allowing you to match or differentiate from the preview images. To enable maximum flexibility, no mesh-smoothing modifiers have been collapsed. A basic environment scene used in preview renders is not included, focusing solely on the model file itself. Novice users requiring minimal texturing skills can easily modify and refine the texture setup without complication. The polygon count totals 645,927 units, with a vertex count of 667,458 units, providing optimal balance for rendering precision and computational efficiency. --- Provided in dual formats are two 3DS files, catering to both high-poly and low-poly needs: High-poly settings yield a total polygon count of 1,093,264, with corresponding vertex count at 608,558. Low-poly iterations result in 320,980 polygons and 205,813 vertices, ensuring versatility for differing project demands. --- Similar formats are offered as FBX files, meeting diverse needs: One high-poly configuration results in 674,144 polygons and a matching vertex total of 667,458 units. For lower polygon counts, an alternative yields 204,812 polygons and 175,231 vertices. --- Similarly formatted are the OBJ file sets: A high-poly count is achieved at 646,178 polygons and a corresponding vertex tally of 668,303. Alternatively, for reduced computational needs, 162,902 polygons and 176,072 vertices can be utilized. ---