Brown Wood 18-Inch Dining Table Extension Leaf

Designed for modular furniture layouts, this brown wood dining table extension leaf Revit family features a bullnose edge profile and structural support cleats. The model represents an individual insertion leaf designed to extend a dining table surface. Shaped as a clean rectangular panel with smoothly rounded bullnose side edges, it features an even reddish-brown timber finish across all visible faces. Beneath the primary plank, two perpendicular wooden support cleats are integrated along the underside, providing alignment and bearing stability when fitted into an expandable tabletop frame. Its modest thickness and streamlined profile capture standard residential millwork standards, accurately depicting modular extension leaves found in traditional and transitional dining sets.

The download is a 225 KB file containing a Revit family (.rfa). Load it into a project from the Insert tab with Load Family, then place it like any other component of its category; it schedules and tags with the rest of your model.

As a lightweight Revit family, this component can be loaded directly into architectural project templates or nested within larger expandable dining table assemblies. Users can place it into existing furniture schedules, align it with matching table components using standard reference planes, or duplicate the family to adjust material finish parameters. The lean geometry ensures smooth navigation in 3D views without adding unnecessary polygon weight to project files.

This furniture accessory is suited for residential interior documentation, custom millwork packages, hospitality dining spaces, and banquet hall space planning. Interior designers and BIM technicians can use it when detailing reconfigurable conference rooms or residential dining room layouts requiring variable seating capacities. It pairs seamlessly with expandable wooden dining tables, side chairs, credenzas, and formal dining room casework across design development, furniture specification sheets, and realistic interior visualisation presentations.