About this asset

This Japandi-style SketchUp model features a four-door wooden wardrobe with distinct arched rattan panels and minimal black hardware. This floor-to-ceiling wardrobe unit combines a light-toned natural wood frame with intricate rattan cane webbing inserts. The design features a symmetrical four-door configuration, paired with a matching set of overhead storage compartments. Each door and overhead panel is defined by a soft arched cutout that frames the woven rattan texture, creating a balanced, tactile aesthetic. Small, square black metal knobs provide a sharp contrast against the light timber finish. The unit is built as a single, cohesive storage block, offering a clean, modern profile suitable for contemporary interior schemes.

The download is a 696 KB compressed archive containing the native SketchUp (.skp) model. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

In SketchUp, this model is managed as a single component, allowing for easy integration into room layouts. Users should check the component axes upon insertion to ensure proper orientation against walls. The materials are applied as standard textures, which can be easily swapped or adjusted within the material browser to match specific project colour palettes. Given the clean geometry, it is efficient to use this as a base for custom joinery modifications by exploding the component and adjusting the height or door configuration as required.

Ideal for residential bedrooms, walk-in closets, or high-end hospitality projects, this piece fits seamlessly into Japandi, minimalist, or modern rustic interiors. It pairs well with neutral bedding, textured rugs, and soft ambient lighting. Professionals searching for natural storage solutions, cane-webbing furniture, or high-quality bedroom joinery will find this asset versatile for both schematic design and final visualisations. Its clean lines and organic materials make it a reliable choice for creating calm, clutter-free living environments in various design proposals.