Modern luxury glass wardrobe and walk-in closet system SketchUp 3D model, featuring black frames, glass doors, and neatly organized hanging and shelving. The design features integrated lighting, a central console with drawers, and a stylish handbag placed on top, creating a luxurious and functional dressing area.
This high-detail interior wardrobe millwork model features a modern luxury full-height closet system combining dark aluminum-framed smoked glass doors, integrated warm LED strip lighting, and a central open accent section with floating cabinetry. Configured for luxury residential ArchViz, master suite dressing room staging, and FF&E specification workflows, this structured model delivers detailed garment geometry and realistic glass transparency setups.
Included Components
- Main cabinetry & glass enclosure: Four-bay full-height wardrobe carcass in dark charcoal finish featuring slim black aluminum profile smoked glass doors with continuous vertical pull handles, a central open alcove, and a four-drawer floating white chest unit.
- Integrated lighting & shelving: Horizontal warm LED strip light channels integrated under interior shelves and hanging rods, an accessory display grid section, and recessed downlight ceiling setups.
- Garment & accessory props: Detailed 3D hanging clothes on slim hangers (dresses, blouses, outerwear), stacked folded apparel on upper shelves, and a quilted designer leather handbag prop resting on the central drawer deck.
Design & Practicality Insights
The combination of transparent glass-enclosed side bays and a central open vanity section balances dust protection with quick-access display, while integrated warm LED channel lighting provides key ambient depth and accent illumination across fabric folds and metallic trims.
Rendering & Workflow Compatibility
Optimized at 1,470,992 polygons to capture complex cloth draping folds, handbag quilting details, and realistic glass reflection properties. Fully compatible with SketchUp 8 (SU8) and newer versions, enabling smooth pipeline integration into V-Ray, Enscape, Twinmotion, or D5 Render setups.
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