Contemporary Walnut Wood Double Bed with Wide Headboard

This contemporary 3ds Max double bed set features a wide, full-width walnut headboard and a matching wooden bench with a fabric cushion. This bedroom set comprises a double bed and a low-profile bench, both finished in a warm walnut wood tone. The defining feature is the expansive, wall-spanning headboard divided into four rectangular panels, providing a clean, architectural backdrop. The bed is dressed with layered, textured linens in neutral beige and deep brown tones, including a central throw and a circular decorative pillow. The matching bench sits at the foot of the bed, constructed with a minimalist timber frame and topped with a slim, upholstered seat cushion in a light grey-beige fabric.

The download is a 24.3 MB compressed archive containing the native 3ds Max (.max) model holding 2 separate objects, 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, allowing for easy separation of the bed frame, headboard, and soft goods. Users should ensure the pivot point is correctly aligned with the floor level for seamless placement. The textures are mapped for high-quality rendering, and the fabric elements include displacement or normal maps to capture the weave of the linen. When integrating into a scene, adjust the lighting to highlight the walnut grain and the soft, organic folds of the bedding.

This bedroom set is ideal for high-end residential master suites, luxury hotel guest rooms, or boutique apartment developments. Its clean lines and warm wood finish make it a versatile choice for contemporary, minimalist, or mid-century inspired interior design projects. Architects and designers can specify this piece when looking to anchor a bedroom with a substantial, integrated headboard solution. It pairs well with neutral wall treatments, warm ambient lighting, and natural textures to create a serene, cohesive sleeping environment in various architectural contexts.