Photorealistic Vaughan Express Footstool 3D model

cgtrader

High-quality photorealistic 3D model of Vaughan Express Footstool by Laura Ashley is available. The model comes with two standard upholstery colors - Verity Cranberry and Gwen Charcoal, which are built to real-world scale. The textures are 4096x4096 JPGs, providing high-resolution images, while corresponding bump maps add depth to the scene. For easier handling, drag-and-drop capability is enabled without background objects, cameras, or lights in the scene. This allows artists and designers to instantly integrate the model into their work. Additionally, both V-ray and standard materials versions are included. Meshsmooth modifier can be found in the .max file stack, allowing users to adjust polycount as per their project needs. Each part of the footstool is designed from separate and properly named components for seamless customization. This high-poly model excels at showcasing intricate details in close-up shots, featuring 12296 polys with 12378 verts after subdivision x2, or 5076 polys with 5134 verts without subdivision. All scene settings are provided within the _max zip file. Specifically designed for use with Max2009, both V-ray and standard materials scenes are available for users to quickly implement in their projects. Further export options include: * 3DS files * OBJ files optimized for various software: Cinema4D, Maya, Lightwave, and XSI * DWG and DXF formats for precise import into computer-aided design applications Given the large size of these maps (4096x4096 JPG), they are delivered only within the .max archive and on a separate archive containing textures alone. For those who require certain exported formats (such as 3DS or OBJ), please also download the texture archives, ensuring extraction into the same folder for best results. While export options cater to an array of design software, visual representations may differ due to individual rendering engines' variations. This necessitates occasional manual reassignment of materials and textures to achieve desired appearances.