About this asset

This contemporary bedroom 3ds Max scene features a layered composition with a slatted wood partition and integrated lighting. A sophisticated bedroom interior defined by a clean, contemporary aesthetic and tactile material palette. The focal point is a bed framed by a prominent floor-to-ceiling slatted timber partition, which separates the sleeping area from the rest of the room. Soft textures are introduced through a large area rug, layered bedding, and floor-based soft seating. The space is illuminated by minimal linear ceiling tracks and sleek pendant lights. Expansive floor-to-ceiling glazing connects the interior to the outdoors, enhancing the sense of volume while maintaining a warm, grounded atmosphere through the use of natural wood tones.

The download is a 100 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.

Designed for 3ds Max, this scene is structured for immediate architectural visualisation. Users can easily adjust the camera position or modify the lighting setup to suit specific project requirements. The file includes organised geometry for the furniture, wall panels, and lighting fixtures, allowing for efficient material overrides or asset swapping. Best practice involves checking the light cache and texture paths upon opening to ensure alignment with your specific render engine settings and scene scale requirements.

Ideal for residential master suites, luxury hotel room concepts, or high-end apartment marketing visuals, this scene provides a ready-made foundation for interior design presentations. It works well for projects requiring a warm, minimalist, or contemporary look. Professionals can use this in the concept or design development stages to quickly establish lighting and material palettes. It pairs effectively with modern furniture collections and can be adapted for various floor plans, making it a versatile asset for rapid architectural rendering and client communication.