About this asset

This contemporary 3ds Max bed features a cream fabric upholstered frame and headboard with refined metallic brass accents. Defined by its clean, low-profile silhouette, this double bed features a fully upholstered frame finished in a soft cream fabric. The headboard is split into two distinct, subtly curved panels, offering a structured yet comfortable aesthetic. Decorative brass corner plates provide a subtle industrial contrast to the textile finish. The bedding set includes a brown base sheet, layered grey throws, and an assortment of coordinating scatter cushions in varying tones of grey and brown. The overall proportions are generous, suited for a primary suite where comfort and minimalist elegance are prioritized.

The download is a 55.6 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 organized with logical layer naming, allowing for efficient material adjustments or geometry swaps. Users should ensure the pivot point is set to the floor level for accurate placement within a room scene. Textures are mapped to standard channels, making it straightforward to swap the fabric shaders for custom upholstery options. Lighting should be configured to highlight the metallic brass details and the depth of the textile folds to maintain a realistic, high-end look.

Ideal for luxury residential projects, boutique hotel suites, and high-end apartment staging, this bed serves as a sophisticated focal point for master bedrooms. It pairs well with minimalist bedside tables, soft area rugs, and warm, layered lighting schemes. Designers searching for a refined, neutral-toned sleeping solution will find this model versatile for contemporary interior concepts. Its understated form works seamlessly in both minimalist and transitional spaces, providing a balanced, inviting aesthetic that complements a variety of wall treatments and flooring materials.