About this asset

Glazed contemporary multi-pyramid skylight designed as a Revit family, featuring a modular grid array set into an integrated perimeter curb. This multi-unit rooflight system is configured as an extensive rectangular array composed of twenty-one individual four-sided pyramid units arranged in a three-by-seven module. Each faceted pyramid incorporates sloped transparent glass panels supported by slim metal mullions that converge at a central apex. The entire cluster is anchored within a raised, continuous perimeter curb frame with an extruded mounting flange for roof integration. The structural framing features a muted grey metallic finish, offering clean structural sightlines that maximise natural light distribution across large interior expanses.

The download is a 1.2 MB 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.

Designed for seamless insertion into Revit projects, this roof-hosted or face-based component can be loaded directly into building models. The family allows designers to incorporate natural daylighting apertures into flat or low-pitch roof assemblies, ensuring coordinated openings in roof slabs and ceiling reflected plans. Assign project materials to the frame and glazing subcategories to maintain render consistency across realistic views, Enscape, or V-Ray presentations.

Suited for commercial complexes, shopping malls, airport terminals, educational atriums, and modern office floorplates, this skylight assembly addresses both technical architectural daylighting needs and interior aesthetics. It pairs naturally with acoustic baffle ceilings, exposed structural trusses, and large open-plan spaces requiring diffused overhead illumination. Architects and BIM managers searching for roof daylighting grids, curb-mounted modular rooflights, or multi-pyramid skylight assemblies will find this family an efficient documentation asset.