About this asset

This modern bronze glass wardrobe is a high-detail 3ds Max asset featuring integrated LED lighting and organized storage. Designed with a sophisticated, contemporary aesthetic, this four-bay wardrobe system features slim bronze metal framing and full-height glass doors. The interior layout includes dedicated hanging rails for garments, stacked shelving for folded linens, and integrated wooden pull-out drawers for accessory storage. Each bay is illuminated by recessed linear LED strips, highlighting the curated contents such as handbags, footwear, and hat displays. The combination of transparent glass and warm metallic tones provides a premium, airy feel, making it suitable for high-end residential dressing rooms or luxury boutique retail displays.

The download is a 117 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.

This asset is provided as a structured 3ds Max file, ideal for interior visualisation projects. Professionals should treat this as a modular unit, ensuring the pivot points are correctly aligned for door animation if needed. The internal lighting components are pre-configured, allowing users to adjust intensity and colour temperature to match their scene's global illumination. When merging into a larger project, verify that the material IDs are mapped correctly to the native render engine's shader library for optimal realism.

Ideal for luxury bedroom suites and walk-in closet designs, this wardrobe system serves as a focal point for high-end residential projects. Its transparent design also makes it an excellent choice for upscale retail environments, such as fashion boutiques or personal styling studios. Professionals often search for this type of storage unit when looking to create a boutique-hotel atmosphere or an organised, minimalist aesthetic. Pair this unit with ambient floor lamps and soft-textured rugs to complete the dressing area composition.