Audi S4 Sedan 2020 3D model

cgtrader

Detailed high-poly model crafted by SQUIR team expertise. Ready for seamless rendering within 3dsmax utilizing VRAY. The precise process was achieved through version 2015 with Vray 3.20. Comprehensive rendering scene configurations encompassing lightning, materials, and backgrounds are included specifically tailored to match 3dsmax2015 vray3 specifications. Parallel files also made available in 3dsmax 2010 format, although restricted to basic materials and absent of elaborate shading or backdrop arrangements. Beyond exclusive 3dsmax files (in 3ds, fbx, lwo, c4d, and obj formats), all models showcase fundamental textures, lacking sophisticated shaders or elaborate rendering studio configurations. Our design origins lay exclusively within the realm of 3dsmax, permitting us to present uncompromised modifier stacks available solely for the 3dsmax environment. For adaptations necessary in alternative software platforms, please address our support services; they'll readily facilitate the translation of reduced meshes into specified formats upon request. Visualized via the wire view are the mesh's baseline levels: one indicating uncollapsed states and an adjacent figure demonstrating the model's highly polished nature with minimal polygon counts achieved through precise control over topology configurations. The comprehensive package provided consists of three separate files for 3dsmax. Set models remain fully manipulable; allowing end-users the ability to tailor and adjust elements within these interactive models freely without compromising their overall design coherence. Hipoly files meanwhile represent simplified iterations reduced to optimized form and possess minimal attachment to advanced shading methods that would complicate interactions when rendering through third-party tools or applications. Last, "Studio" refers specifically to detailed presentation sets constructed using exact methodologies identical to those originally employed for high-quality pre-view images rendered in the preview. Given system configurations might require some realigning to adapt new material setups onto destination platforms - ensuring coherence in model representation as well as accurate rendition across differing environments. Appreciation goes out from the SQUIR team on account of each customer's valuable consideration made possible through acquiring our 3D modeling products and supporting development efforts further into innovative directions for digital content.