Traditional Brown Wood and Leather Double Bed

This traditional double bed 3ds Max model features an ornate wooden frame and a button-tufted leather headboard for classic interiors. This traditional double bed features a substantial, dark-stained wooden frame with carved detailing on the headboard and turned finials at the corners. The headboard is the focal point, showcasing a central button-tufted leather panel with a soft sheen, framed by intricate millwork. The footboard matches the headboard's aesthetic with recessed paneling and sturdy, decorative posts. The model includes a set of bedding, comprising a fitted mattress, two pillows, and a draped duvet, all finished in a warm, metallic-toned textile that complements the rich, polished wood tones of the bed structure.

The download is a 22.2 MB compressed archive containing the native 3ds Max (.max) model. Open it in 3ds Max; for other programs, export to FBX or OBJ from 3ds Max first.

In 3ds Max, this model is managed as a single entity, allowing for straightforward insertion into residential scenes. Users should place the asset within their bedroom project files, ensuring the bed is aligned with the floor plane. The wooden frame and leather headboard textures are mapped for realistic light interaction. For optimal rendering, professionals can adjust the material properties of the bedding textiles to achieve the desired fabric weight and sheen, ensuring the model integrates seamlessly with existing lighting setups and room environments.

Ideal for high-end residential master suites or traditional hotel guest rooms, this bed serves as a classic anchor for a variety of interior styles. It pairs well with antique-inspired nightstands, ornate table lamps, and plush area rugs. Professionals searching for a refined, period-style centerpiece for bedroom visualisations will find this piece highly effective. Its detailed joinery and rich materials make it suitable for luxury project presentations, particularly when aiming for a formal, timeless aesthetic in both classic and transitional design schemes.