For example, if the stair will be going from Level 1 to Level 2, work in a Level 1 plan view. To begin creating a stair, begin on a plan view of the bottom level of the stair. In the original Type Properties dialog box, similar settings can be modified for the Supports and Landings. This is where many people get really creative! Materials can be modified specifically for the Treads and Risers. We can adjust the Tread and Riser size and profile using any loaded Profile component family. In this dialog box, we break down the stair run even more. In this example, the Run Type uses a system family named “2” Tread 1” Nosing 1/4” Riser”.Ĭlicking on the ellipsis button to the right of this line opens yet another dialog box where we can make adjustments to the stair run. Stairs consist of multiple system families that use profiles (saved as. The Type Properties of the Stair command (Stair – Properties dialog box – Edit Type) is where we “put together” the stair components. For this example, we will use the default Run tool. The Stair button is located on the Architecture tab, Circulation panel. Those looking for the Sketch tool can find it as an option on the contextual tab of the Stair tool.
Now we simply create a Stair (assumed to be “By Component”). In previous versions, it was possible to start a stair by using “Stair by Sketch”. In more recent versions of Revit, the Stair by Component method is the only option for creating stairs from the start. Once we have an understanding of the parts, creating stairs in Revit becomes much easier. Individual family components make up each part of the stair. The system family of stairs in Revit can be complex. Autodesk Vehicle Tracking Online Courses.BIM Services for Architecture and Engineering.Construction Project Setup in Bluebeam Revu.Bluebeam Tool Chest Customization Services.
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