About this asset

This Japandi living room scene for 3ds Max features a burgundy fabric sofa, wooden coffee table, and natural beams. Defined by a serene Japandi aesthetic, this living room scene centres on a modular burgundy fabric sofa accented with ochre cushions. The composition includes two mid-century style armchairs with light upholstery and timber frames, paired with a low-profile circular wooden coffee table. A prominent feature is the ceiling finished with raw, rustic timber branches, providing a structural contrast to the smooth, plastered walls. The space is accessorised with dried botanical arrangements, a woven rattan floor lamp, and a minimalist framed line-art print, creating a cohesive, warm, and textured interior environment.

The download is a 437 MB file containing the native 3ds Max (.max) scene, 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.

Professionals can utilise this pre-composed 3ds Max scene to accelerate interior visualisation workflows. The file provides a ready-to-render environment with integrated lighting, material mappings, and camera settings. Users can easily append or swap individual furniture components, adjust the exposure of the natural light source, or modify the texture maps on the wood and fabric surfaces to suit specific project requirements. It serves as a base framework for high-quality residential interior renders, requiring minimal setup for immediate output.

This asset is suited for residential interior design projects, particularly those requiring a soft, organic, and contemporary atmosphere. It functions as a high-quality backdrop for marketing renders, client presentations, or mood board development. Designers looking for a curated Japandi aesthetic will find the palette and furniture selection ideal for modern apartment or house living rooms. The scene integrates well into broader architectural workflows, providing a realistic context for furniture placement and material studies in professional 3D visualisation practices.