About this asset

This modern children bedroom scene for 3ds Max features a soft pastel palette, custom rabbit-themed headboard, and integrated play zone. This comprehensive interior scene defines a contemporary children bedroom through a cohesive, soft-toned palette of sage green, cream, and warm wood. The focal point is a custom upholstered headboard shaped like rabbit ears, set against a backlit, layered wall panel. To the right, floor-to-ceiling modular shelving incorporates a unique circular reading nook and open storage for toys. An arched opening leads to a secondary space equipped with a timber climbing frame and rope ladder. The flooring is a rich dark timber, balanced by a subtle chevron-patterned rug and diffused, warm ambient lighting throughout.

The download is a 91.7 MB compressed archive containing the native 3ds Max (.max) scene. Open it in 3ds Max; for other programs, export to FBX or OBJ from 3ds Max first.

Integrating this scene into a 3ds Max project allows for immediate architectural visualisation of high-end residential interiors. Professionals should utilise the existing layer structure to toggle individual furniture items or lighting elements for customisation. Since the scene includes pre-configured lighting and material setups, it serves as an effective base for testing different camera angles or modifying textures. Ensure that all textures are correctly mapped relative to your specific scale settings before merging into a larger project file.

Ideal for residential interior design projects, this scene provides a ready-to-render solution for children bedroom concepts. It is particularly suited for high-end nursery designs, family home visualisations, and interior staging for luxury property developments. Design teams can use this as a reference or a direct asset when presenting custom joinery and play-integrated bedroom layouts to clients. Professionals searching for 'kids room interior scene', 'bespoke children bedroom design', or 'modern nursery 3D model' will find this asset highly efficient for tight project deadlines.