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Looking to download safe free versions of the latest software, freeware, shareware and demo programs from a reputable download site? Visit FileHippo today. Solution: AutoCAD for Mac and AutoCAD LT for Mac 2014 and earlier are not compatible with macOS 10.12.x (Sierra). AutoCAD versions 2015 and later are, although the latest updates for the products need to be applied (see Autodesk Downloads). Sometimes older AutoCAD programs may launch on Sierra, but keep in mind they are not designed to run on it and may not operate properly.

Foreword

FreeCAD is a 3D parametric modeling application. It is primarily made for mechanical design, but also serves all other uses where you need to model 3D objects with precision and control over modeling history.

FreeCAD has been under development since 2002, and it offers a large list of features. Capabilities are still missing but it is powerful enough for hobbyist use, and small workshops. There is a fast-growing community of enthusiastic users who participate in the FreeCAD forum, and you can find many examples of quality projects developed with FreeCAD there. See also, FreeCAD used in production.

Like all free software projects, FreeCAD depends on its community to grow, gain features, and fix bugs. Don't forget this when using FreeCAD; if you like it, you can donate and help FreeCAD in various ways, such as writing documentation and making translations.

See also:

Installing

First of all, download and install FreeCAD. See the Download page for information on current versions and updates, and the Installing page for installation instructions. There are install packages ready for Windows (.msi), Debian and Ubuntu (.deb), openSUSE (.rpm), and Mac OSX. FreeCAD is available from the package managers of many other Linux distributions. A standalone AppImage executable is also available, which will run on most recent 64-bit Linux systems. As FreeCAD is open-source, you can also grab the source code and compile it yourself.

Exploring the interface

Standard FreeCAD interface in 0.19.

See a full explanation in Interface.

1. The main view area, which can contain different tabbed windows, principally the 3D view.

2. The 3D view, showing the geometrical objects in the document.

3. The tree view (part of the combo view), showing the hierarchy and construction history of objects in the document; it can also display the task panel for active commands.

4. The property editor (part of the combo view), which allows viewing and modifying properties of the selected objects.

5. The selection view, which indicates the objects or sub-elements of objects (vertices, edges, faces) that are selected.

6. The report view (or output window), where messages, warnings and errors are shown.

7. The Python console, where all the commands executed are printed, and where you can enter Python code.

8. The status bar, where some messages and tooltips appear.

9. The toolbar area, where the toolbars are docked.

10. The workbench selector, where you select the active workbench.

11. The standard menu, which holds basic operations of the program.

The main concept behind the FreeCAD interface is that it is separated into workbenches. A workbench is a collection of tools suited for a specific task, such as working with meshes, or drawing 2D objects, or constrained sketches. You can switch the current workbench with the workbench selector. You can customize the tools included in each workbench, add tools from other workbenches or even self-created tools, that we call macros. Widely used starting points are the PartDesign Workbench and Part Workbench.

When you start FreeCAD for the first time, you are presented with the start center. Here is what it looks like for version 0.18:

For FreeCAD 0.17 see this start center screenshot.

The Start Center allows you to quickly jump to one of the most common workbenches, open one of the recent files, or see the latest news from the FreeCAD world. You can change the default workbench in the preferences.

Navigating in the 3D space

FreeCAD has several different navigation modes available, that change the way you use your mouse to interact with the objects in the 3D view and the view itself. One of them is specifically made for touchpads, where the middle mouse button is not used. The following table describes the default mode, called CAD Navigation (You can quickly change the current navigation mode by right-clicking on an empty area of the 3D view):

You also have several view presets (top view, front view, etc) available in the View menu, on the View toolbar, and by numeric shortcuts (1, 2, etc..). By right-clicking on an object or on an empty area of the 3D view, you have quick access to some common operations, such as setting a particular view, or locating an object in the Tree view.

First steps with FreeCAD

FreeCAD's focus is to allow you to make high-precision 3D models, to keep tight control over those models (being able to go back into modelling history and change parameters), and eventually to build those models (via 3D printing, CNC machining or even construction worksite). It is therefore very different from some other 3D applications made for other purposes, such as animation film or gaming. Its learning curve can be steep, especially if this is your first contact with 3D modeling. If you are struck at some point, don't forget that the friendly community of users on the FreeCAD forum might be able to get you out in no time.

The workbench you will start using in FreeCAD depends on the type of job you need to do: If you are going to work on mechanical models, or more generally any small-scale objects, you'll probably want to try the PartDesign Workbench. If you will work in 2D, then switch to the Draft Workbench, or the Sketcher Workbench if you need constraints. If you want to do BIM, launch the Arch Workbench. If you are working with ship design, there is a special Ship Workbench for you. And if you come from the OpenSCAD world, try the OpenSCAD Workbench.

You can switch workbenches at any time, and also customize your favorite workbench to add tools from other workbenches.

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Working with the PartDesign and Sketcher workbenches

The PartDesign Workbench is made to build complex objects, starting from simple shapes, and adding or removing pieces (called 'features'), until you get to your final object. All the features you applied during the modelling process are stored in a separate view called the tree view, which also contains the other objects in your document. You can think of a PartDesign object as a succession of operations, each one applied to the result of the preceding one, forming one big chain. In the tree view, you see your final object, but you can expand it and retrieve all preceding states, and change any of their parameter, which automatically updates the final object.

The PartDesign workbench makes heavy use of another workbench, the Sketcher Workbench. The sketcher allows you to draw 2D shapes, which are defined by applying Constraints to the 2D shape. For example, you might draw a rectangle and set the size of a side by applying a length constraint to one of the sides. That side then cannot be resized anymore (unless the constraint is changed).

Those 2D shapes made with the sketcher are used a lot in the PartDesign workbench, for example to create 3D volumes, or to draw areas on the faces of your object that will then be hollowed from its main volume. This is a typical PartDesign workflow:

1. Create a new sketch
2. Draw a closed shape (make sure all points are joined)
3. Close the sketch
4. Expand the sketch into a 3D solid by using the pad tool
5. Select one face of the solid
6. Create a second sketch (this time it will be drawn on the selected face)
7. Draw a closed shape
8. Close the sketch
9. Create a pocket from the second sketch, on the first object

Which gives you an object like this:

At any moment, you can select the original sketches and modify them, or change the extrusion parameters of the pad or pocket operations, which will update the final object.

Working with the Draft and Arch workbenches

The Draft Workbench and Arch Workbench behave a bit differently than the other workbenches above, although they follow the same rules, which are common to all of FreeCAD. In short, while the Sketcher and PartDesign are made primarily to design single pieces, Draft and Arch are made to ease your work when working with several, simpler objects.

The Draft Workbench offers you 2D tools somewhat similar to what you can find in traditional 2D CAD applications such as AutoCAD. However, 2D drafting being far away from the scope of FreeCAD, don't expect to find there the full array of tools that these dedicated applications offer. Most of the Draft tools work not only in a 2D plane but also in the full 3D space, and benefit from special helper systems such as Work planes and object snapping.

The Arch Workbench adds BIM tools to FreeCAD, allowing you to build architectural models with parametric objects. The Arch workbench relies extensively on other modules such as Draft and Sketcher. All the Draft tools are also present in the Arch workbench, and most Arch tools make use of the Draft helper systems.

A typical workflow with Arch and Draft workbenches might be:

1. Draw a couple of lines with the Draft Line tool
2. Select each line and press the Wall tool to build a wall on each of them
3. Join the walls by selecting them and pressing the Arch Add tool
4. Create a floor object, and move your walls in it from the Tree view
5. Create a building object, and move your floor in it from the Tree view
6. Create a window by clicking the Window tool, select a preset in its panel, then click on a face of a wall
7. Add dimensions by first setting the working plane if necessary, then using the Draft Dimension tool

Which will give you this:

More on the Tutorials page.

Addons, Macro and External workbenches

Freecad, as an open source software, offers the possibility to supplement its workbenches with addons.

The Addon principle is based on the development of a workbench complement. Any user can develop a function that he or she deems to be missing for her/his own needs or, ultimately, for the community.With the forum, the user can request an opinion, help on the forum. It can share, or not, the object of its development according to copyright rules to define. Free to her/him.To develop, the user has available scripting functions.

There are two types of addons:

1. Macros: short snippets of Python code that provide a new tool or functionality. Macros usually start as a way to simplify or automate the task of drawing or editing a particular object. If many of these macros are collected inside a directory, the entire directory may be distributed as a new workbench.
2. External workbenches: collections of tools programmed in Python or C++ that extend FreeCAD in an important way. If a workbench is sufficiently developed and is well documented, it may be included as one of the base workbenches in FreeCAD. Under External workbenches, you'll find the principle and a list of existing library.

Scripting

And finally, one of the most powerful features of FreeCAD is the scripting environment. From the integrated python console (or from any other external Python script), you can gain access to almost any part of FreeCAD, create or modify geometry, modify the representation of those objects in the 3D scene or access and modify the FreeCAD interface. Python scripting can also be used in macros, which provide an easy method to create custom commands.

What's new

• See the release notes for the detailed list of features.

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• Installation:Download, Linux, Windows, MacOS, Docker, AppImage, Ubuntu Snap
• Basics:About FreeCAD, Interface, Mouse navigation, Selection methods, Object name, Preferences, Workbenches, Document structure, Properties; Help FreeCAD, Donate

• Help:Tutorials, Video tutorials
• Workbenches:Std Base; Arch, Draft, FEM, Image, Inspection, Mesh, OpenSCAD, Part, PartDesign, Path, Points, Raytracing, Reverse Engineering, Sketcher, Spreadsheet, Start, Surface, TechDraw, Test Framework, Web
• Unmaintained workbenches:Plot, Robot, Ship
• Deprecated workbenches:Complete, Drawing

• Code:Addon Manager, Addons, Macros, External workbenches

• Hubs:User hub, Power users hub, Developer hub

If you’re looking for CAD software for Mac, you’re not without options. We’ve found some standout Mac and cloud-based CAD platforms for you.

You’re likely to hit a wall if you’re searching for computer-aided design (CAD) software designed for Mac. There are plenty of CAD software options for Windows—you’ll see many of them in our list of the top AutoCAD alternatives—but only a handful offer support for Mac.

And, if you think you’ll bypass the issue by using a cloud-based CAD tool, you’ll quickly find that CAD vendors haven’t embraced the cloud as much as other types of software vendors have, so the offerings are still largely on-premise. According to Gartner’s Hype Cycle for IT Evolution (full content available to Gartner clients), cloud-native CAD applications still have five to 10 years before they reach mainstream adoption.

But fear not, Mac users. We’ve done some digging and have put together this list of the top-rated CAD software for Mac. Read more about our methodology at the bottom of this article.

5 Best CAD Software for Mac (presented alphabetically)

Jump to:

• 
  CorelCAD
• 
  FreeCAD
• 
  Fusion 360
• 
  LibreCAD
• 
  Onshape

1. CorelCAD

CorelCAD offers 2D drafting and 3D design capabilities, such as the drawing constraints feature for creating different geometric shapes faster and the push and pull feature for 3D direct modeling.

3D modeling in CorelCAD (Source)

Common user feedback trends

Based on analyses of user reviews on Capterra, here’s an overview of the areas of CorelCAD they like best, as well as those they feel could use improvement.

What users like:

• The short learning curve: Users mention that the tool is easy to use and beginners don’t have to spend a lot of time learning it.
• Compatibility with multiple file types: Users like the fact that the tool is compatible with DWG, PDF, ACIS, DXF, STL, CDR, and other file formats.

What users think could be improved:

• Software reliability issues: Some users mention that the software tends to crash at times.
• Better dimension functionality: Some users would like a better dimensioning feature for more accurate drawings of angles and proportions.

Who can use CorelCAD

CorelCAD can be used by construction businesses for collaborative editing on multiple devices. It offers native iOS applications, which makes it easy for field crews to add annotations in graphics and share files using their iPhones and iPads. Additionally, the tool allows team members to leave recorded messages and instructions for colleagues embedded in the graphics using a voice note tool.

2. FreeCAD

FreeCAD is an open source CAD tool that works on Mac as well as Windows and Linux. It reads many common file formats such as STEP, IGES, STL, SVG, DXF, OBJ, IFC, and DAE.

It offers different modules, including a drawing sheets module that converts 3D models into 2D views, a rendering module that can export 3D objects, and an architecture module for a BIM-like workflow.

3D model of a building in FreeCAD (Source)

Common user feedback trends

Based on analysis of user reviews on Capterra, here’s an overview of the areas of FreeCAD they like best, as well as those they feel could use improvement.

What users like:

• Feature-richness for a free tool: Users mention that, although it’s free, the tool comes with a full set of features.
• Reliability: Users mention that the tool does not demand a lot of CPU power and works well on devices with low RAM.

What users think could be improved:

• Steep learning curve: Users mention that the tool is not the most user-friendly solution and can be difficult for beginners to learn.
• Dependent on community for updates: Users mention that modules ignored by the community tend to become outdated quickly.

Who can use FreeCAD

FreeCAD appears to be best for hobbyists and home users. It’s also good for users who don’t have a high budget for software but still want to tinker with CAD modeling.

FreeCAD could also be a good choice for businesses on a budget looking for a free and open-source option.

3. Fusion 360

Fusion 360 is a CAD tool from Autodesk with design functionalities such as sketching and 3D modeling. It also supports project management with features such as task management, document management, and collaborative image editing.

Document management in Fusion 360 (Source)

Common user feedback trends

Based on analysis of user reviews on Capterra, here’s an overview of the areas of Fusion 360 they like best, as well as those they feel could use improvement.

What users like:

• Comprehensive design features: User mention that the tool offers all the functionalities necessary for 2D and 3D designing.
• Availability of training resources: Users like the fact that the tool comes with ample documentation and tutorials.

What users think could be improved:

• System crashes: Users mention that the tool tends to crash, especially when designing and rendering large files.
• Steep learning curve: Users mention that it can take a lot of time to learn the advanced functionalities of the tool.

Who can use Fusion 360

Fusion 360 is part of the Autodesk ecosystem designed for the AEC industry. This makes the tool suitable for construction businesses that are already using, or intend to use, other Autodesk solutions. Using a software vendor that offers multiple solutions will especially benefit larger businesses that invariably need software that can scale with their growing requirements.

4. LibreCAD

LibreCAD is an open source CAD tool that supports Mac, Windows, and Linux operating systems. The tool comes with 2D drawing features such as a snap tool, dimensioning, and annotations. It also supports multiple file imports and exports.

2D drawing in LibreCAD (Source)

Common user feedback trends

Based on analysis of user reviews on Capterra, here’s an overview of the areas of LibreCAD they like best, as well as those they feel could use improvement.

What users like:

• Ease of use: Users mention that the tool offers an intuitive and easy-to-use interface.
• Lots of tutorials: Users like the fact that there are ample video tutorials that help them get started with the tool.

What users think could be improved:

• Software speed: Users mention that the software tends to lag, especially when trying to print designs.
• Add support for 3D design: Users would like to see functionalities for creating 3D designs.

Who can use LibreCAD

LibreCAD is an exclusively 2D CAD tool for drawing and designing blueprints of buildings, layouts of parks, and the like. As a free tool, the solution can be used by small and midsize businesses across different industries, including manufacturing, engineering, architecture, and construction.

5. Onshape

Onshape is a cloud-only CAD solution that comes with features such as document management with version control, collaborative design creation/editing capabilities, and reporting dashboards to understand project status.

Importing documents in Onshape (Source)

Common user feedback trends

Based on analysis of user reviews on Capterra, here’s an overview of the areas of Onshape they like best, as well as those they feel could use improvement.

What users like:

• Document version control: Users like the document management features of the tool, such as version history.
• Intuitive interface: Users mention that the tool comes with an intuitive interface for easy image editing.

What users think could be improved:

• Performance issues: Some users mention that the tool does not function well on non-Chrome browsers and has file loading issues.
• Lack of features: Users mention that the tool should improve certain features such as 2D drawing and 3D surfacing.

Who can use Onshape

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As a fully-cloud based tool, Onshape is ideal for businesses that need to manage design documents collaboratively with multiple stakeholders. The tool’s collaboration functionalities include document sharing, document editing, comments, and file downloads in multiple CAD formats, such as Parasolid, ACIS, STEP, and IGES.

Next steps

This report offers a mix of Mac CAD solutions—from free tools that can help you with basic 2D drawing to advanced solutions offering extensive 3D modeling functionalities.

If these tools don’t meet your needs, expand your search and check out more options. To help you, we’ve created a CAD software comparison page where you can explore products using different filters, such as features offered and pricing options.

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Methodology

To be shortlisted, products had to fulfill the following criteria:

• Products had to be compatible with Mac and offer core CAD software capabilities, such as:
  • 2D drawing or 3D modeling features
  • Collaborative editing of drawings
• Products needed a minimum of 20 user reviews on Capterra (published in the last two years).
• Products had to have a high overall rating (an average of at least 4 out of 5 on Capterra).

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Note: The content in this piece that provides opinions and points of view expressed by users. It does not represent the views of Capterra.

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Looking for Construction Management software? Check out Capterra's list of the best Construction Management software solutions.