Hmm I guess it is a version of what was in the image. But my concern is how often do you ever get to keep a stair once it's drawn the first time. Clients always trying to tweak designs. Would have to start stair from scratch
Stairs in Revit are actually very easy to design and build to the codes. In Australia we use AS1428 and NCC and Revit has inbuilt tread/riser checking functions which we use to cross check our compliance. We also build our handrail families to generate extensions to meet disability requirements and balusters to satisfy maximum spacing between elements etc. We would obviously never design a stair like this unless we were doing so for a building class which allows this (small scale residential with exemptions etc.). I'm not sure which profession you are commenting from, but if you are in certification I suggest you do some more research on the architectural profession and how they use software to check compliance in future.
sir you are awesome architect I have a humble request please upload a 20 mints video on every subject .
I would build the risers as a parametric array family, that way it can be adjusted dynamically
great.. thanks
Thank for this video it's very useful design and idea
Merci
Hello, thanks for the video. Would it be possible to build it as a family? two stairs that repeat each-other?
Thank you
Bravoo like as always
Great stuff ty
Hmm I guess it is a version of what was in the image. But my concern is how often do you ever get to keep a stair once it's drawn the first time. Clients always trying to tweak designs. Would have to start stair from scratch
I tried to do this using sweep but screwed up xD
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Typical architect form before function. Now get it pass the building code.
Stairs in Revit are actually very easy to design and build to the codes. In Australia we use AS1428 and NCC and Revit has inbuilt tread/riser checking functions which we use to cross check our compliance. We also build our handrail families to generate extensions to meet disability requirements and balusters to satisfy maximum spacing between elements etc.
We would obviously never design a stair like this unless we were doing so for a building class which allows this (small scale residential with exemptions etc.).
I'm not sure which profession you are commenting from, but if you are in certification I suggest you do some more research on the architectural profession and how they use software to check compliance in future.
Thank you