
Classic double pocket door Revit family featuring twin white glazed leaves and timber casing designed for space-saving interior partition wall layouts. Configured as a bi-parting sliding system, the door assembly comprises two white leaves recessed into flanking wall cavities. Each door panel features two vertically stacked glazed panes bounded by detailed stile and rail profiles. Warm natural timber trim frames the rough opening, contrasting cleanly with the painted white door construction. Minimal dark pulls are centrally positioned along the meeting stiles. The host wall section demonstrates floor tracks and rough pocket recesses on both sides, providing a clear reference for rough opening clearances and wall construction requirements.
The download is a 205 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 wall-hosted Revit family, this component inserts directly into vertical partition assemblies to generate the appropriate wall cutout automatically. Project teams can adjust instance or type properties to coordinate jamb lining offsets, panel widths, and material finishes. In BIM documentation, the unit displays properly in plan, elevation, and 3D views for schedule takeoffs and partition detailing.
Suited to residential floor plans, boutique hotels, and executive corporate offices, this glazed sliding door provides acoustic separation without sacrificing daylight transmission. It integrates seamlessly between formal dining rooms and living spaces, or as an entry to home studies and conference suites. Designers commonly specify double pocket sliding doors and interior French pocket doors when swing clearances are restricted and visual transparency remains essential.
Classic White Glazed Double Pocket Door
Free
File formats
What changed in 1.0
Initial release.
Free to use in personal and commercial projects, including paid client work.
Covers 1 seat.