Natural Wood 3-Door Louvred Wardrobe with Drawers

A traditional 3-door louvred wardrobe in natural wood, modelled for 3ds Max, featuring four integrated base drawers and metal hardware. This freestanding wardrobe is constructed from light-toned timber, showcasing a classic aesthetic defined by its vertical louvred shutter doors. The unit provides ample vertical storage behind three hinged doors, complemented by a row of four small drawers at the base for secondary organisation. Each drawer and door is fitted with simple, rounded metallic knobs, adding a subtle contrast to the warm wood grain. The piece sits flush with the floor, maintaining a sturdy, rectangular silhouette suitable for traditional or farmhouse interiors where natural materials and functional, tactile surfaces are desired.

The download is a 3.8 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 wardrobe is structured as a single editable mesh or group. Users should ensure the pivot point is set to the base center for easy placement against walls. The louvred texture is applied via standard mapping; verify that the wood grain orientation aligns with the door panels after scaling. The model is optimized for efficient scene management, allowing for quick integration into bedroom layouts without overloading the viewport, while maintaining sufficient geometric detail for mid-range interior visualisations.

This wardrobe is ideally suited for residential bedroom projects, particularly in rustic, farmhouse, or traditional design schemes. It pairs well with timber bed frames and neutral linen bedding to create a cohesive, organic atmosphere. Designers often search for this type of unit when specifying storage for family homes or guest rooms where a warm, classic aesthetic is required. It serves as a reliable asset for filling walk-in closets or standalone bedroom furniture arrangements in both new-build and renovation architectural visualisations.