Contemporary Walnut Double Bed with Matching Nightstands and Headboard Wall Panel

This contemporary 3ds Max model features a walnut double bed, matching bedside tables, a headboard wall panel, and soft furnishings. The set comprises a low-profile double bed frame constructed from rich walnut timber, featuring curved edges that flow into the headboard. Flanking the bed are two matching single-drawer nightstands, maintaining the same dark wood finish. The assembly is framed by a minimalist white wall panel with a black border, accented by a central abstract metal wall sculpture. The bedding includes a textured grey duvet, a selection of layered cushions in neutral tones, and a plush grey area rug that grounds the composition. Two bedside lamps complete the ensemble, adding balanced illumination to the bedroom scene.

The download is a 30 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.

In 3ds Max, this model is organised into logical layers for easy manipulation. Users can adjust the walnut texture mapping or swap the fabric materials on the pillows and duvet to match specific interior schemes. The nightstands and wall panel are grouped with the bed frame, allowing for efficient placement within a room layout. When populating a scene, ensure the pivot point is set to the floor level to allow for precise alignment against walls or within architectural floor plans.

This bedroom set is suitable for high-end residential projects, hotel suites, and luxury apartment staging. It provides a cohesive, ready-to-render solution for master bedroom designs that require a warm, contemporary aesthetic. Designers can easily pair this collection with modern lighting fixtures, hardwood flooring, or neutral wall finishes. It is an ideal asset for professionals searching for complete bedroom furniture packages, high-quality walnut bedroom sets, or modern sleeping area compositions that require minimal adjustment to look realistic in final architectural visualisations.