CalcsCAD - Automatic Structural Design Add On

Create comprehensive truss and stick framing designs simply by drafting the outline and then connecting it to ClearCalcs

The ClearCalcs CalcsCAD plugin does automatic engineering design and analysis directly from drafted framing, so engineers can stop wasting hours juggling engineering calculations and markup, reduce errors, and produce more cost effective designs.

A screenshot showing automatic tributary area calculation by the CalcsCAD plugin

1. Draft The Framing Layout

Simply install the CalcsCAD plugin into AutoCAD or BricsCAD and draft your framing layout exactly as you normally would. Once you're done all you need to do is tag walls, beams, and the roof using the CalcsCAD plugin.

2. Infer Rafter Directions and Load Areas

When you're done drafting, the CalcsCAD tool will check everything is connected properly before automatically inferring rafter or truss directions, as well as tributary areas and point loads.

Information is provided in simple color-coded graphics right within CAD so it's easy to adjust preferred rafter directions or joist layouts before exporting to ClearCalcs.

A screenshot of the automatic member selector

3. Upload to ClearCalcs for Automatic Sizing

When you're ready, the CalcsCAD plugin offers one button export to ClearCalcs for final member sizing and calculations. Simply create a new project in ClearCalcs, specify your preferences for default loads and members you'd like to use, and upload the CalcsCAD export file for a speedy automatic design.

A screenshot of the available engineering calculator selector

4. Tweak Calculations As Required and Export

ClearCalcs will automatically size all members based on your preferences for member types, deflections, and loads, and present a member schedule summarising results.

From here, it's extremely easy to jump into any calculation you'd like to check and tweak results. All information is laid out just as if an engineer had prepared the calculation by hand, with extra helpful diagrams indicating where the selected member is in the structure, and what the loads and supports look like.