The massing model is now available in the Revit drawing window for further development. On the Insert tab, In-Place Editor panel, click Finish Mass to complete the importing process.ġ2. Make sure that the Import units are at the default setting of “Auto-Detect.”)ġ1. Alternatively, it may be necessary to check the settings in Revit’s Import CAD Formats dialog box. (If the model has imported at the incorrect size, it may be necessary to return to SketchUp to correct the model size and then repeat the importing procedure. Check the overall dimensions of the imported massing model to verify correct scaling. Check the default 3D view of your imported massing model.ġ0. Accept the default settings, and click Open.ĩ. In the Import CAD Formats dialog box, navigate to your SketchUp file. On the Insert tab, Import panel, click the Import CAD tool.Ĩ. (This box appears to notify you that Revit has automatically enabled the display of mass elements.)ħ. If the “Show Mass Enabled” dialog box appears, click Close. On the Massing & Site tab, Conceptual Mass panel, click the In-Place Mass tool.ĥ. Start a new Revit project, or open an existing project in which you wish to place the massing model.Ĥ. In Revit Insert Tab > Link Panel > Link CAD > change the file type to SKP, browse for file and open, but when you try and work with the imported. IMPORTANT: When saving from SketchUp, make sure to use SketchUp Version 8 to ensure compatibility with Revit.ģ.
#SKETCHUP TO REVIT WINDOWS#
For the purposes of this tutorial, a massing model is understood to mean a model without interior volumes (corresponding to rooms) and without openings (corresponding to windows and doors).Ģ. Up until the release of Sketchup 14, 15 and 16 there was an issue with triangulating. Many architects and building designers use Sketchup for mass modelling and concept work, and then export the Sketchup model and import it into Revit. So, whilst you can’t re-use your SketchUp model inside Revit without loss of information or having to re-draw things, there are a few options that could suit your workflow.This workflow is intended for the situation in which you have created a massing model in SketchUp and wish to use the model as a guide for the construction of detailed Revit geometry. This is the easiest way to get a Sketchup model into Revit. Grevit easily allows you to create Revit or AutoCad Architecture BIM models directly in Grasshopper or SketchUp. It also generates objects in commonly used formats such as IFC, 3DS, DWG and WebGL. Operating in the cloud, BIMscript generates intelligent, native BIM objects in a number of formats for the most popular BIM applications from Autodesk, Graphisoft and Trimble with the potential for more in the near future. See more info here.īIMscript® and LENA is a technology and a solution designed to streamline and accelerate the process of BIM content creation. a change in SketchUp = change in Revit or a change in Revit = change in SketchUp. One workflow would be SketchUp -> Flux -> Dynamo -> Revit. There is talk of the workflow being developed to be synchronous, i.e. The components are fully schedulable and use your template and your content. Their visual programing platform allows for a myriad of integrations. Convert Sketchup To Revit We are excited to introduce to you Helix, the first Sketchup To Revit tool that converts Sketchup faces and components to Revit walls, doors, windows, roofs, and curtainwalls without the use of dynamo. You will now able to apply “wall by face”, “roof by face” and “floor by face”. Inside Revit start a new Mass Family and import your SketchUp file. if you turn off your native Revit doors, your new IFC file doors will also be turned off.Ĭreate groups and components in SketchUp. The linked file will now be able to be controlled inside Revit i.e. Inside Revit simply just choose the SketchUp file and import.Ĭlassify objects inside SketchUp first using the IFC Classifier tool and then export the model as an IFC file format. So, here are a few of the methods that could help:
#SKETCHUP TO REVIT SOFTWARE#
The problem is still there, but how big of a problem is it? I am constantly asked how clients can stop “throwing away” their SketchUp conceptual models and restarting the whole process from scratch in other 3D modelling software applications. Why do we need to keep our conceptual model? Surely if I don’t take it too far it’s not time wasted but time saved? In this massive eco-system of creating intelligent models and managing them, could we still see the benefit of a CAD software package that is easy to learn and is good enough most of the time?
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