Waterworks Drake Stool 3D model

cgtrader

Waterworks Drake Stool created by photo references, boasts high-poly detailed geometry crafted exclusively in 3ds max. Placing it in interior spaces such as living rooms, kitchens, or bathrooms is effortless, making it a versatile furniture piece. The model features a clean modifier stack and a well-organized layer hierarchy, with all geometry parts prefixed with "INT" for easy navigation. Available formats include: Autodesk 3ds max 2015 and 2017 (.max) - complete studio setup with applied materials and textures Autodesk FBX 2015 (.fbx) - collapsed high-poly mesh with standard materials for cross-platform use Wavefront OBJ v.0.97b (.obj) - collapsed high-poly mesh with standard materials and .mtl information of textures for cross-platform use StereoLitho STL 1996 (.stl) - model features a collapsed high-poly mesh with real system units proportions Autodesk AutoCAD 2013 (.dxf) - collapsed high-poly mesh with standard materials for cross-platform use Autodesk AutoCAD 2013 (.dwg) - collapsed high-poly mesh with standard materials for cross-platform use Autodesk Collada 2010 (.dae) - collapsed high-poly mesh with standard materials for cross-platform use Autodesk 3DS 2010 (.3ds) - collapsed high-poly mesh with standard materials for cross-platform use Furniture dimensions: width - 41.4 cm, length - 43.8 cm, height - 46.4 cm. Additional formats include: Autodesk Vray Next (4.10.03) - full studio setup with materials and textures, render preset for test renderings Corona Renderer 1.7.4 (Hotfix 4) - full studio setup with materials and textures, render preset for test renderings Textures are included in the model, along with a "ProxyTextures" .zip archive containing all maps for texturing. Previews are also available in a separate "Previews" .zip archive featuring Vray and Corona renderings. Model statistics: Polygons: 2,694 (no subdiv) / 86,530 (subdiv) Vertices: 2,742 (no subdiv) / 43,290 (subdiv) The model is ready to render without corrections and is subdivision-ready. Additionally, it features a rigid structure, UVW mapping, and unwrapped UVW with overlap.