![]() ![]() The bracing will automatically be placed on the centre line of the rafter, but the analytical model will automatically adjust to the top of steel. Don’t worry about getting the exact position, this will be set in a later step. You can then roughly sketch your bracing configuration by snapping to the top of each rafter as shown below. It is very important to ensure that you have the 3D snapping option checked on the options bar as indicated below. It is easier to add the roof bracing in a 3D view. We will also cover some tips and tricks for the representation of bracing in plan.Īs mentioned in the part 1 of the tutorial, you should always use the dedicated brace tool rather than the beam command as shown below. ![]() Revit has some good tools to make the placement of roof bracing easier. Roof bracing tends to get a little more complex than vertical bracing due to compound angles and complex connection configurations. In part 1 of this tutorial we looked at the creation of vertical bracing systems using Revit 2019, in this part we will focus on roof bracing systems in Revit 2019. ![]()
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