About this asset

This contemporary 3-seater sofa 3ds Max model features a cream fabric finish with contrasting brown leather side panels. Designed with a clean, linear silhouette, this three-seater sofa prioritises comfort and structured aesthetics. The frame is supported by a solid wood base, which provides a natural warmth that complements the off-white fabric upholstery on the cushions and backrest. A notable design feature is the inclusion of leather-clad side panels, adding a textural contrast to the soft textile elements. The piece includes two plush teal scatter cushions that provide a pop of colour. Slim, black-finished legs lift the main body, creating a light, airy profile suitable for refined, modern interior spaces.

The download is a 26.6 MB compressed archive containing the native 3ds Max (.max) model, set up with Corona materials. Open it in 3ds Max with Corona installed; for other programs, export to FBX or OBJ from 3ds Max first.

This asset is provided as a 3ds Max file, ready for integration into your scene. Users should check the layer structure upon import to ensure proper organisation of the leather, fabric, and timber components. The materials have been mapped for realistic light interaction; however, adjusting the fabric bump maps or leather reflection values may be necessary to suit specific lighting conditions within your project. The model is scaled to standard dimensions, allowing for straightforward placement within any architectural interior.

Ideal for residential living rooms, boutique hotel lobbies, or high-end office reception areas, this sofa serves as a versatile seating solution. It pairs well with minimalist coffee tables, neutral area rugs, and warm ambient lighting. Professionals searching for a balanced piece that combines textile softness with the durability of leather will find this model effective for creating inviting, sophisticated lounge environments. It is a reliable choice for visualising contemporary homes where comfort and refined material palettes are essential design requirements.