About this asset

A modern single-bay louvre window Revit family featuring angled tinted glass louvre slats set within a clean recessed wall opening. Constructed as a single-section vertical aperture, this jalousie unit incorporates stacked horizontal louvre blades angled outward to facilitate passive cross-ventilation while providing privacy and weather shielding. The operable or fixed translucent glass slats display a warm bronze or tinted brown hue, allowing diffused daylight to filter into the interior. A slender dark perimeter frame borders the assembly, cleanly anchoring the louvres within the masonry or partition opening. Clean planar geometry and crisp blade returns ensure unambiguous representation in both orthographic elevations and three-dimensional exterior perspectives.

The download is a 430 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.

Insert this wall-hosted family directly into exterior building envelopes or interior partition walls to generate automated masonry openings and frame reveals. Designers can adjust sill heights and reference standard rough-opening schedules during schematic documentation. Material parameters can be customized across the glass blades and metal framing to align with project-specific rendering palettes in Enscape, Twinmotion, or V-Ray, ensuring clear shadow casting through the angled louvre blades.

Tailored for tropical residential architecture, coastal retreats, and utility spaces, this louvre window suits bathrooms, laundry rooms, corridors, and stairwells requiring continuous fresh air circulation. The fixture pairs naturally with contemporary render finishes, concrete block facades, and minimalist timber screens. Architects and BIM coordinators can incorporate it under louvered window, jalousie fenestration, or celosía opening specifications across residential, educational, and hospitality projects where natural ventilation strategies drive facade design.