The project’s GitHub repository shows an impressive slate of features, but also notes that things are changing as this is alpha software. The CAD kernel is a common one brought in via WebAssembly, so there shouldn’t be many simple bugs involving geometry.

We’ve seen a number of browser-based tools that do some kind of CAD. CADmium is a recent entry into the list. Or, stick with OpenSCAD. We sometimes go low-tech for schematics.

The project’s GitHub repository shows an impressive slate of features, but also notes that things are changing as this is alpha software. The CAD kernel is a common one brought in via WebAssembly, so there shouldn’t be many simple bugs involving geometry.

We’ve seen a number of browser-based tools that do some kind of CAD. CADmium is a recent entry into the list. Or, stick with OpenSCAD. We sometimes go low-tech for schematics.

The project’s GitHub repository shows an impressive slate of features, but also notes that things are changing as this is alpha software. The CAD kernel is a common one brought in via WebAssembly, so there shouldn’t be many simple bugs involving geometry.

We’ve seen a number of browser-based tools that do some kind of CAD. CADmium is a recent entry into the list. Or, stick with OpenSCAD. We sometimes go low-tech for schematics.

I want to leave Fusion360 for 3D printing as I switched to Linux and I really do not want that cloud connection. Any recommendations?

The project’s GitHub repository shows an impressive slate of features, but also notes that things are changing as this is alpha software. The CAD kernel is a common one brought in via WebAssembly, so there shouldn’t be many simple bugs involving geometry.

We’ve seen a number of browser-based tools that do some kind of CAD. CADmium is a recent entry into the list. Or, stick with OpenSCAD. We sometimes go low-tech for schematics.

Why put CAD software in the browser?

The project’s GitHub repository shows an impressive slate of features, but also notes that things are changing as this is alpha software. The CAD kernel is a common one brought in via WebAssembly, so there shouldn’t be many simple bugs involving geometry.

We’ve seen a number of browser-based tools that do some kind of CAD. CADmium is a recent entry into the list. Or, stick with OpenSCAD. We sometimes go low-tech for schematics.

I want to leave Fusion360 for 3D printing as I switched to Linux and I really do not want that cloud connection. Any recommendations?

The project’s GitHub repository shows an impressive slate of features, but also notes that things are changing as this is alpha software. The CAD kernel is a common one brought in via WebAssembly, so there shouldn’t be many simple bugs involving geometry.

We’ve seen a number of browser-based tools that do some kind of CAD. CADmium is a recent entry into the list. Or, stick with OpenSCAD. We sometimes go low-tech for schematics.

Why put CAD software in the browser?

When will there be a Tor version of CAD?

TorCAD

One codebase across all OSes and OS versions, no dependency issues, easy to push updates.

I'd prefer a native app myself, though.

I want to leave Fusion360 for 3D printing as I switched to Linux and I really do not want that cloud connection. Any recommendations?

My current toolkit (as a 3D printing hobbyist) on Linux currently includes:

• FreeCAD: Takes some getting used to, is a lot stricter, but that might even improve your CAD skills in the long term, as it forces you to think more about what you're actually doing. The closest thing to Fusion360.
• OpenSCAD: You're basically programming your models. Very powerful if you need parts with repeating sections and/or want something with easily adjustable parameters.
• Blender: Useful when I have to do some quick&dirty modifications to a model I've downloaded from somewhere.

Why put CAD software in the browser?

Why put CAD software in the browser?