About this asset

Configured for space-saving layouts, this single pocket sliding door Revit family includes integrated cavity framing and plan flip arrows. The assembly depicts a single-leaf sliding pocket door recessed within a framed cavity partition. The door leaf is detailed with a slim rectangular profile that slides smoothly into the concealed internal pocket, maximising clear floor area. Flanking the opening, defined casing trim and frame jambs provide clean architectural terminations against adjacent drywall or masonry partition assemblies. Visualised in standard architectural plan presentation, the family displays wall pocket recesses, clear passage widths, and distinct graphic fills separating structural wall cores, decorative architraves, and the operable sliding door panel.

The download is a 174 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, the component inserts directly into standard architectural walls, automatically creating the necessary rough opening and pocket cavity. Users can toggle door swing or sliding orientation using standard Revit flip control arrows in plan. Dimensions, frame depths, and material assignments for the leaf, casing, and hardware can be adjusted via family type or instance parameters to coordinate with project specification schedules.

Designed for tight spatial envelopes where swinging doors obstruct circulation, this pocket door is well suited for residential en-suites, walk-in closets, powder rooms, hotel guest bathrooms, and compact private offices. Architects and interior designers frequently specify cavity sliding doors in space-planning layouts, construction documentation, and interior fit-out drawings. It integrates seamlessly alongside minimal timber skirtings, contemporary partition walls, and streamlined architectural hardware schedules across hospitality and multifamily schemes.