Corner Wardrobe System with Mesh Shutters | Revit Family

Sale Price: $99.00 Original Price: $249.00

A fully parametric L-shaped corner wardrobe system designed for detailed interior architecture and carpentry documentation. This Revit family features framed shutter panels with a mesh / cane-style infill, combined with clean carcass geometry and realistic swing clearances.

Ideal for residential interiors where wardrobes wrap around corners, this system helps accurately represent space planning, door operations, and joinery logic in both design and construction stages.

A fully parametric L-shaped corner wardrobe system designed for detailed interior architecture and carpentry documentation. This Revit family features framed shutter panels with a mesh / cane-style infill, combined with clean carcass geometry and realistic swing clearances.

Ideal for residential interiors where wardrobes wrap around corners, this system helps accurately represent space planning, door operations, and joinery logic in both design and construction stages.

WHAT’S INCLUDED

1 parametric Revit family (.rfa)

Corner + linear wardrobe configuration

Ready for 3D views, plans, elevations, and sections

Construction Logic

  • Plywood carcass system

  • Framed shutters with mesh / cane infill

  • Modular internal partitioning

  • Suitable for laminate, veneer, or painted finishes

(Materials are fully editable to match project standards.)

Ideal Use Cases

  • Bedroom wardrobes

  • Walk-in closet edges

  • Corner storage systems

  • Residential interior layouts

  • Detailed joinery drawings

  • Client presentation views

Parameters Included

  • Overall wardrobe height

  • Individual module widths

  • Panel thickness

  • Shutter material (frame + infill)

  • Carcass material

  • Door swing on/off control

All major parameters are instance-based for quick iteration.

Notes

  • Intended for design representation & documentation

  • Not manufacturer-specific

  • Hardware details not brand-specific

  • Optimized for interior architectural workflows