Desktop support for Flutter

Desktop support allows you to compile Flutter source code to a native Windows, macOS, or Linux desktop app. Flutter’s desktop support also extends to plugins—you can install existing plugins that support the Windows, macOS, or Linux platforms, or you can create your own.


To create a Flutter app with desktop support, you need the following software:

Additional Windows requirements

For Windows desktop development, you need the following in addition to the Flutter SDK:

  • Visual Studio 2019 (not to be confused with Visual Studio Code) with the “Desktop development with C++” workload installed, including all of its default components

Additional macOS requirements

For macOS desktop development, you need the following in addition to the Flutter SDK:

Additional Linux requirements

For Linux desktop development, you need the following in addition to the Flutter SDK:

The easiest way to install the Flutter SDK along with these dependencies is by using snapd. For more information, see Installing snapd.

Once you have snapd, you can install Flutter using the Snap Store, or at the command line:

$ sudo snap install flutter --classic

If snapd is unavailable on the Linux distro you’re using, you might use the following command:

$ sudo apt-get install clang cmake ninja-build pkg-config libgtk-3-dev libblkid-dev liblzma-dev

Create a new project

You can use the following steps to create a new project with desktop support.

Set up

At the command line, perform the following commands to make sure that you have the latest desktop support and that it’s enabled. If you see “flutter: command not found”, then make sure that you have installed the Flutter SDK and that it’s in your path.

$ flutter channel dev
$ flutter upgrade
$ flutter config --enable-<platform>-desktop

Where <platform> is windows, macos, or linux:

$ flutter config --enable-windows-desktop
$ flutter config --enable-macos-desktop
$ flutter config --enable-linux-desktop

To ensure that desktop is installed, list the devices available. You should see something like the following (you’ll see Windows, macOS, or Linux, depending on which platforms you’ve enabled):

$ flutter devices
1 connected device:

Windows (desktop) • windows • windows-x64 • Microsoft Windows [Version 10.0.18362.1082]
macOS (desktop)   • macos   • darwin-x64  • macOS 11.2 20D64 darwin-x64
Linux (desktop)   • linux   • linux-x64   • Linux

You might also run flutter doctor to see if there are any unresolved issues. It should look something like the following on Windows:

PS > flutter doctor                                                                     
Doctor summary (to see all details, run flutter doctor -v):                                           
[√] Flutter (Channel dev, 1.27.0-1.0.pre, on Microsoft Windows [Version 10.0.19042.782], locale en-AU)
[√] Android toolchain - develop for Android devices (Android SDK version 30.0.3)                      
[√] Chrome - develop for the web                                                                      
[√] Visual Studio - develop for Windows (Visual Studio Community 2019 16.7.7)                         
[√] Android Studio (version 4.1.0)                                                                    
[√] VS Code (version 1.51.1)                                                                          
[√] Connected device (3 available)                                                                    

On macOS, you might see something like the following:

$ flutter doctor
Doctor summary (to see all details, run flutter doctor -v):
[✓] Flutter (Channel dev, 1.27.0-1.0.pre, on macOS 11.2.1 20D74 darwin-x64, locale en)
[✓] Android toolchain - develop for Android devices (Android SDK version 30.0.3)
[✓] Xcode - develop for iOS and macOS
[✓] Chrome - develop for the web
[✓] Android Studio (version 4.1)
[✓] VS Code (version 1.53.2)
[✓] Connected device (3 available)

On Linux, you might see something like the following:

$ flutter doctor 
Doctor summary (to see all details, run flutter doctor -v):
[✓] Flutter (Channel dev, 1.27.0-1.0.pre, on Linux, locale en_AU.UTF-8)
[✓] Android toolchain - develop for Android devices (Android SDK version 30.0.3)
[✓] Chrome - develop for the web
[✓] Linux toolchain - develop for Linux desktop
[✓] Android Studio
[✓] Connected device (2 available)

If flutter doctor finds problems for a platform you don’t want to develop for, you can ignore those warnings. You don’t have to install Android Studio and the Android SDK, for example, if you’re writing a Linux desktop app.

After enabling desktop support, restart your IDE. You should now see windows (desktop), macOS (desktop), or linux (desktop) in the device pulldown.

Create and run

Creating a new project with desktop support is no different than creating a new Flutter project for other platforms.

Once you’ve configured your environment for desktop support, you can create and run a desktop app either in the IDE or from the command line.


After you’ve configured your environment to support desktop, make sure you restart the IDE if it was already running.

Create a new app in your IDE and it automatically creates iOS, Android, and desktop versions of your app. (And web, too, if you’ve enabled web support.) From the device pulldown, select windows (desktop), macOS (desktop), or linux (desktop) and run your app to see it launch on the desktop.

Command line

To create a new app that includes desktop support (in addition to mobile support), run the following commands, substituting myapp with the name of your project:

$ flutter create myapp
$ cd myapp

To launch your app from the command line, enter one of the following commands from the top of the package:

$ flutter run -d windows
$ flutter run -d macos
$ flutter run -d linux

Build a release app

To generate a release build run one of the following commands:

$ flutter build windows
$ flutter build macos
$ flutter build linux


In general, we don’t recommend releasing a desktop app until desktop support is stable. There are not yet full instructions, or tooling support, for making distributable applications. However, here is some information about how to use the current build output on other machines for testing purposes.


For building Windows executables, you can either use tooling to construct an MSIX installer, or you can build your own zip file that collects the components together.

MSIX Packaging

MSIX is Microsoft’s Windows app package format that provides a modern packaging experience to all Windows apps. This format can either be used to ship applications to Microsoft’s Windows Apps store, or distribute application installers directly.

The easiest way to create an MSIX distribution for a Flutter project is to use the msix pub package. For an example of using the msix package from a Flutter desktop app, see the Desktop Photo Search sample.

Building your own zip file for Windows

The executable can be found in your project under build\windows\runner\<build mode>\. In addition to that executable, you need the following:

  • From the same directory:
    • all the .dll files
    • the data directory
  • The Visual C++ redistributables. You can use any of the methods shown in the deployment example walkthroughs on the Microsoft site. If you use the application-local option, you need to copy:
    • msvcp140.dll
    • vcruntime140.dll
    • vcruntime140_1.dll

Place the DLL files in a directory next to the executable and the other DLLs, and bundle them together in a zip file.


To distribute your macOS application, you can either distribute your app via the macOS App Store, or alternatively you can distribute the .app itself, for example on your own website.
However, as of macOS 14.5 you need to notarize your macOS application before distributing it outside of the macOS App Store.

The first step in both of the above processes involves working with your app inside of Xcode. To be able to compile your app from inside of Xcode you first need to build the app for release using the flutter build command, then open the Flutter macOS Runner application.

$ flutter build macos
$ open macos/Runner.xcworkspace

Once inside of Xcode, follow either Apple’s documentation on notarizing macOS Applications, or on distributing an application via the App Store. You should also read through the macOS-specific support section below to understand how entitlements, the App Sandbox, and the Hardened Runtime impact your distributable application.


The executable can be found in your project under build/linux/<build mode>/bundle/. Alongside your executable binary in the bundle directory there are two directories:

  • lib contains the required .so library files
  • data contains the application’s data assets, such as fonts or images

In addition to these files, your application also relies on various operating system libraries that your application has been compiled against. You can see the full list by running ldd against your application. For example, assuming you have a Flutter desktop application called linux_desktop_test you could inspect the system libraries it depends upon as follows:

$ flutter build linux --release
$ ldd build/linux/release/bundle/linux_desktop_test

To wrap up this application for distribution you need to include everything in the bundle directory, and make sure the Linux system you are installing it upon has all of the system libraries required. This may be as simple as:

$ sudo apt-get install libgtk-3-0 libblkid1 liblzma5

For information on publishing a Linux app to the Snap Store, see Build and release a Linux app to the Snap Store.

As the tooling solidifies, stay tuned for updates on other ways to distribute a Linux desktop app.

Add desktop support to an existing Flutter app

To add desktop support to an existing Flutter project, run the following command in a terminal from the root project directory:

$ flutter create --platforms=windows,macos,linux .

This adds the necessary desktop files and directories to your existing Flutter project. To add only specific desktop platforms, change the platforms list to include only the platform(s) you want to add.

macOS-specific support

The following information applies only to macOS development.

Entitlements and the App Sandbox

macOS builds are configured by default to be signed, and sandboxed with App Sandbox. This means that if you want to confer specific capabilities or services on your macOS app, such as the following:

  • Accessing the internet
  • Capturing movies and images from the built-in camera
  • Accessing files

Then you must set up specific entitlements in Xcode. The following section tells you how to do this.

Setting up entitlements

Managing sandbox settings is done in the macos/Runner/*.entitlements files. When editing these files, you shouldn’t remove the original Runner-DebugProfile.entitlements exceptions (that support incoming network connections and JIT), as they’re necessary for the debug and profile modes to function correctly.

If you’re used to managing entitlement files through the Xcode capabilities UI, be aware that the capabilities editor updates only one of the two files or, in some cases, it creates a whole new entitlements file and switches the project to use it for all configurations. Either scenario causes issues. We recommend that you edit the files directly. Unless you have a very specific reason, you should always make identical changes to both files.

If you keep the App Sandbox enabled (which is required if you plan to distribute your app in the App Store), you need to manage entitlements for your application when you add certain plugins or other native functionality. For instance, using the file_chooser plugin requires adding either the or entitlement. Another common entitlement is, which you must add if you make any network requests.

Without the entitlement, for example, network requests will fail with a message such as:

flutter: SocketException: Connection failed
(OS Error: Operation not permitted, errno = 1),
address =, port = 443

For more information on these topics, see App Sandbox and Entitlements on the Apple Developer site.

Hardened runtime

If you choose to distribute your application outside of the App Store, you need to notarize your application for compatibility with macOS 10.15+. This requires enabling the Hardened Runtime option. Once you have enabled it, you need a valid signing certificate in order to build.

By default, the entitlements file allows JIT for debug builds but, as with App Sandbox, you may need to manage other entitlements. If you have both App Sandbox and Hardened Runtime enabled, you may need to add multiple entitlements for the same resource. For instance, microphone access would require both (for Hardened Runtime) and (for App Sandbox).

For more information on this topic, see Hardened Runtime on the Apple Developer site.

Plugin support

Flutter on the desktop supports using and creating plugins.

Using a plugin

To use a plugin that supports desktop, follow the steps for plugins in using packages. Flutter automatically adds the necessary native code to your project, as with iOS or Android.

We recommend the following plugins, which have been updated to work for desktop apps:

Use the following links to find all packages on that support desktop apps. These links lists all packages, not just plugin packages. (Remember that plugin packages, or plugins, provide an interface to platform-specific services.)

Writing a plugin

When you start building your own plugins, you’ll want to keep federation in mind. Federation is the ability to define several different packages, each targeted at a different set of platforms, brought together into a single plugin for ease of use by developers. For example, the Windows implementation of the url_launcher is really url_launcher_windows, but a Flutter developer can simply add the url_launcher package to their pubspec.yaml as a dependency and the build process pulls in the correct implementation based on the target platform. Federation is handy because different teams with different expertise can build plugin implementations for different platforms. You can add a new platform implementation to any endorsed federated plugin on, so long as you coordinate this effort with the original plugin author.

For more information, including information about endorsed plugins, see the following resources:

Samples and codelabs

Write a Flutter desktop application
A codelab that walks you through building a desktop app that integrates the GitHub GraphQL API with your Flutter app.

You can run the following samples as desktop apps, as well as download and inspect the source code to learn more about Flutter desktop support.

Flutter Gallery running web app, repo
A samples project hosted on GitHub to help developers evaluate and use Flutter. The Gallery consists of a collection of Material design widgets, behaviors, and vignettes implemented with Flutter. You can clone the project and run Gallery as a desktop app by following the instructions provided in the README.
Flokk announcement blogpost, repo
A Google contacts manager that integrates with GitHub and Twitter. It syncs with your Google account, imports your contacts, and allows you to manage them.
Photo Search app
A sample app built as a desktop application that uses the following desktop-supported plugins: