About this asset

This luxury bedroom scene for 3ds Max features a sophisticated grey fabric tufted headboard and a dark herringbone timber floor. This master bedroom scene is defined by its elegant, monochromatic palette and formal composition. A king-sized bed with a tall, button-tufted grey fabric headboard serves as the focal point, complemented by matching bedside tables. The room is divided by a central partition wall that houses a television and separates the sleeping area from a dedicated dressing vanity. Details include floor-to-ceiling curtains, intricate ceiling cornicing, and dark herringbone-patterned timber flooring. The lighting scheme incorporates modern vertical pendant lights and recessed ceiling spots, creating a balanced, high-end residential atmosphere suitable for professional architectural visualisation projects.

The download is a 226 MB compressed archive containing the native 3ds Max (.max) scene. Open it in 3ds Max; for other programs, export to FBX or OBJ from 3ds Max first.

Professional users can load this 3ds Max scene to study lighting setups, material layering, and composition. The file is structured with pre-configured geometry and textures, allowing for efficient rendering workflows. Designers can adjust the HDRI or interior light values to match specific project requirements. The scene is ideal for testing camera angles or as a base for customising high-end residential interiors, ensuring consistent material mapping and scale throughout the bedroom layout.

This scene is well-suited for high-end residential developments, luxury apartment marketing, and boutique hotel room concepts. It pairs effectively with contemporary or neoclassical furniture collections, providing a neutral yet refined backdrop for interior design presentations. Professionals searching for master suite inspiration, bedroom layout ideas, or high-quality photorealistic rendering assets will find this file useful. It is particularly effective for demonstrating material finishes like herringbone wood, velvet, and glass in a cohesive, professional spatial context.