About this asset

This trapezoidal metal wall sweep profile is a native Revit RFA file designed for precise wall detailing and facade articulation. The profile features a distinct trapezoidal cross-section, providing a clean, geometric form suitable for architectural detailing. Its angular geometry allows it to serve as a functional or aesthetic element when applied as a wall sweep, reveal, or custom trim. The lines are sharp and clearly defined, ensuring clean intersections when hosted on wall elements. As a native Revit profile family, it maintains strict geometric integrity, allowing for clean cuts and consistent alignment across complex facade assemblies or interior partition wall systems where a linear metal trim is required for visual interest.

The download is a 307 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.

To implement this profile, load the RFA file into your project template. Use the type selector to assign this profile to a wall sweep or reveal in the wall type properties. Ensure the reference planes are correctly aligned with your host geometry to prevent errors. You can apply various material parameters to the profile once it is hosted, allowing for realistic rendering of metal finishes, such as anodised aluminium or corten steel, directly within your building information model.

This profile is suited for contemporary and industrial facade designs, particularly for creating shadow gaps, decorative horizontal banding, or protective trim on exterior cladding systems. It is an essential asset for architects and technicians working on residential, commercial, or industrial projects who require custom wall sweeps to enhance building envelope detailing. It pairs effectively with metal rainscreen systems, brickwork, or concrete facades, providing a refined finish that is easily managed through Revit's standard wall sweep or reveal tools during the construction documentation phase.