CT5-V sport sedan 3D model

cgtrader

Detailed exterior, medium-detail interior. Each object features a named material, allowing for easy modification or application of new materials. The .max format includes: Rar archive contains: * 3ds max 2011 with V-Ray materials, viewable in preview images and studio renders. The car paint color may vary slightly. * Lighting and render setup are included, but render results may differ due to post-production adjustments made using Photoshop CS6. A Photoshop CS6 macro file (.atn) for post-production is also provided. The archive also includes: * 3ds max 2011 with mental ray materials, visible in preview images on outdoor renders. Car paint color may vary. * Environment not included. Additionally, the archive contains a scene with simple standard materials scanline. Just import and render! Each scene features a model with mesh smooth modifier applied to objects requiring it. Mesh smooth is set to 1 or 2 for renders. Exterior and wheels are in separate layers. The .obj format includes: Rar archive contains two versions of the model: * Exported without collapsing after mesh smooth, featuring a low or medium poly mesh visible in preview images. Ideal for editing. * Exported after applying mesh smooth, ready to import, apply materials, and render. Simple materials, textures may need manual addition. The .lwo and .c4d formats include: Rar archive contains the model exported without collapsing after mesh smooth, featuring a low or medium poly mesh visible in preview images. Ideal for editing. Simple materials, textures may require manual addition. In Cinema 4D, some elements may need optimization. The .fbx and .3ds formats include: Rar archive contains the model exported after applying mesh smooth, ready to import, apply materials, and render. Simple materials, textures may require manual addition. The .stl format includes: Rar archive contains the model in two resolutions, with geometry only. Polycount: Without mesh smooth (max, obj, lwo, xsi, c4d): 450,000 polygons Collapsed fbx, 3ds, obj: 3,900,000 faces / 2,200,000 polygons