About this asset

Featuring four fixed louvred panels, this white aluminium window is modelled as a Revit family designed for residential exterior enclosures. Constructed as a four-leaf louvred assembly within a deep rectangular outer frame, the unit incorporates angled horizontal slats running across all four sections. The central two panels feature prominent vertical mullions and subtle forward offsets, simulating overlapping sliding shutter operation common to Brazilian veneziana profiles. Finished in clean matte white, every louvre blade is consistently pitched to deflect direct sunlight and rainfall while maintaining natural cross-ventilation. Perimeter framing details include integrated sills and top jambs designed to sit cleanly within standard exterior masonry or cavity wall apertures.

The download is a 389 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.

Inserting this Revit window into basic or composite exterior wall assemblies automatically generates the necessary wall cutout and host relationship. Adjust sill heights directly within elevation or section views, and assign project-specific finish parameters to update the white powder-coated surface in enscape, V-Ray, or native Revit shaded visualisations. Fine-tune schedule parameters to account for panel counts and rough opening dimensions across architectural schedules.

Commonly specified for residential apartments, tropical villas, and single-family suburban dwellings, this louvred window suits bedrooms, laundry areas, and utility rooms where passive airflow and total privacy are needed. Specifiers sourcing Brazilian residential assemblies, external ventilation shutters, or multi-panel veneziana frames can readily integrate this component into facade schemes alongside rendered masonry, stucco surfaces, and ceramic floor finishes during design development and construction documentation phases.