About this asset

This contemporary bedroom 3ds Max scene features detailed timber ceiling slats, ribbed wall panelling, and a curated furniture layout. Defined by a sophisticated material palette, this bedroom scene centres around a low-profile bed flanked by vertical ribbed wall panels and integrated recessed lighting. The ceiling features a rhythmic arrangement of timber slats, adding warmth and texture to the space. Fluted glass partitions provide a translucent division, while herringbone timber flooring grounds the composition. The furniture selection includes a minimalist chair and tailored bedding in neutral grey and white tones. Every element, from the indirect cove lighting to the subtle decorative accessories, is positioned to create a cohesive, high-end residential atmosphere.

The download is a 168 MB compressed archive containing the native 3ds Max (.max) scene, set up with V-Ray materials. Open it in 3ds Max with V-Ray installed; for other programs, export to FBX or OBJ from 3ds Max first.

Designed for rapid integration into architectural workflows, this 3ds Max scene arrives with all geometry, materials, and lighting configurations pre-applied. Users can merge this file into a master project for immediate rendering, adjusting the exposure or light intensity to suit specific project requirements. The scene is organised with logical layer structures, allowing for the easy isolation of individual assets like the bed or wall panels for separate use in other interior design studies.

Ideal for residential master suites or high-end hotel room visualisations, this scene serves as a foundation for interior design development. It is particularly effective for showcasing luxury material finishes and lighting schemes in client presentations. Architects and visualisers can adapt the room for various projects by swapping out individual furniture pieces or modifying the colour palette to align with specific design briefs. The file is well-suited for professional interior rendering, offering a polished look that requires minimal final adjustment.