Audi S6 Avant 2020 3D model

Audi S6 Avant 2020 3D model

cgtrader

High detail model crafted by the skilled team at SQUIR. Render-ready scene awaits in 3dsmax, paired with VRAY for maximum effect. Our initial render was produced using 3dsmax 2015 and vray3.20 software. The complete rendering scene is available for use exclusively with 3dsmax 2015 and vray3 formats, featuring advanced lighting and rich backgrounds. We also provide 3dsmax 2010 format options; however, these come with limited capabilities and basic materials. All supplementary model files, such as 3ds, fbx, lwo, c4d, and obj, include standard materials only, devoid of complex shaders or custom background setups. As seasoned 3dsmax users, our models are born from the application's robust environment. We proudly offer uncollapsed modifier stacks exclusively for 3dsmax users, ensuring flexibility in editing our products. When navigating your purchased model, pay close attention to meshsmooth settings, visible in both wire view and high-poly iterations. This particular product comes equipped with three tailored 3dsmax files: set, hipoly, and studio. The "set" file serves as an editable template, permitting changes to the model at your discretion. Conversely, the "hipoly" option is a collapsed version of the original model, carefully pruned of modifiers' histories to ensure seamless integration with alternative software. Our "studio" rendition boasts all original rendering settings that we utilized during preview generation, creating visually stunning results. To maintain visual coherence on different computers, please be prepared to adjust texture patch layouts as needed to adapt to unique hardware configurations. Warm regards from the entire SQUIR model creation team!

Download Model from cgtrader

With this file you will be able to print Audi S6 Avant 2020 3D model with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Audi S6 Avant 2020 3D model.