Description

The Oblique Chair is a premium 3D furniture asset that epitomizes "soft minimalism." Combining a heavy, grounded base with an airy, wrap-around backrest, this model is designed for high-end architectural visualization and interior design projects. Modeled in Autodesk Alias, it offers the perfect balance between sharp geometric precision and soft, inviting organic forms. Design Highlights Architectural Form: Features a bold, low-profile rectangular base that provides a solid foundation for the plush, ergonomically curved seating. Floating Backrest Design: The "C-shaped" backrest wraps seamlessly around the cushion, creating a modern silhouette that looks stunning from every angle—especially in open-plan renders. Premium Surfacing: As a NURBS-based model, the transitions between the flat surfaces and soft radii are mathematically smooth, ensuring professional-grade highlights and reflections. Two-Tone Potential: The design is naturally split into base and cushion components, making it incredibly easy to apply contrasting materials like leather, bouclé fabric, or polished wood. Ideal Use Cases Photorealistic interior renderings for luxury residential or commercial spaces. Virtual staging and furniture catalogs. High-end real-time environments for VR/AR luxury retail experiences. Industrial design reference for furniture manufacturing and prototyping. Technical Specifications Native Software: Autodesk Alias Geometry: NURBS / High-Quality Surface Modeling Materials: Basic conceptual shaders applied (Matte Grey / Soft Fabric textures) Rigged: No Animated: No Included File Formats Professional-grade files provided for maximum compatibility across CAD and CGI workflows: .WIRE – Native Autodesk Alias file; includes full surface data and original construction history. .STP (STEP) – The industry-standard for CAD; compatible with Rhino, SolidWorks, Fusion 360, and more. .FBX – High-fidelity polygonal export; optimized for immediate drag-and-drop use in Blender, 3ds Max, Cinema 4D, and Unreal Engine.

Oblique Chair

by Samir Sadikhov