About this asset

This contemporary 3ds Max bedroom scene features a double bed with a teal upholstered headboard, a pink feature wall, and a bench. The assembly comprises a double bed with a geometric-patterned duvet, a teal fabric-upholstered headboard with vertical channel tufting, and a matching teal frame. A tufted velvet bench in a muted rose tone sits at the foot of the bed. The scene is anchored by a large, curved-corner headboard wall panel finished in soft pink. Decorative elements include two framed animal-themed prints, a circular pendant light, a small side table with a whimsical rabbit-shaped accessory, and a central heart-shaped cushion. The entire setup is positioned on a simple grey area rug.

The download is a 50 MB compressed archive containing the native 3ds Max (.max) scene, 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 scene is organised into logical layers for easy manipulation of individual components. Users can detach the bed frame from the wall panel system to suit specific room dimensions. Materials are applied using standard mapping, allowing for quick adjustments to fabric textures or colours. The lighting setup is designed for integration into larger interior scenes, though it should be checked against project-specific exposure settings and HDRI environments to ensure consistent light distribution and shadow density across the floor and walls.

This bedroom ensemble is tailored for residential design, specifically suited for children's rooms or playful guest suites. It works effectively in high-end visualisation projects where a curated, ready-to-render aesthetic is required. Designers can use this model to quickly populate floor plans, pairing it with neutral wall finishes or complementary pastel palettes. Search terms such as 'upholstered bed scene', 'kids room furniture', and 'contemporary bedroom set' will help professionals locate this asset for residential interior design and architectural visualisation workflows.