About this asset

This contemporary SketchUp model features a white fabric chaise longue paired with a matching ottoman on slim gold-tone legs. This contemporary chaise longue set consists of a primary lounge unit and a separate square ottoman. The upholstery is a clean, off-white fabric with subtle piping details along the backrest and seat edges. The frame is supported by slim, angled metal legs finished in a polished gold tone, providing a refined contrast to the soft textile surfaces. The backrest is fixed and low-profile, maintaining a streamlined silhouette. The geometry is clean and geometric, making it suitable for modern interior compositions where a balance of comfort and structured form is required.

The download is a 1.3 MB compressed archive containing the native SketchUp (.skp) model. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

When using this SketchUp model, place the components as a single group or explode the geometry to manage individual elements within your scene layers. The materials are applied as standard textures, which can be easily swapped or adjusted in the materials tray to match specific project colour palettes. Ensure the model is scaled correctly against your room dimensions before finalising placement. For rendering, consider applying high-resolution fabric textures to the upholstery and adjusting the metallic reflections on the legs to suit your scene lighting setup.

This chaise longue is an ideal choice for high-end residential living rooms, master bedrooms, or boutique hotel suites. It functions well as a standalone statement piece in a reading corner or as part of a larger lounge arrangement. Designers might search for this item when specifying luxury residential furniture, contemporary apartment layouts, or hospitality interior design projects. It pairs effectively with minimalist coffee tables or plush area rugs, providing a sophisticated focal point in both professional design presentations and final architectural visualisations.