How to run Android apps on Windows 11: A detailed guide

Your Windows 11 computer currently doesn’t include one of the most-anticipated features of the operating system — native Android support. This allows you to run Android apps directly on your PC. Luckily, you can enable it pretty easily.

The ability to run Android apps on Windows 11 is now available, but only in select countries (full list below). Don’t worry, though, you can still install Android apps on Windows 11 even if you’re not in one of these regions. Here’s how.

How to install Android apps on Windows 11 officially

Android apps on Windows 11 are officially available in the following countries: Andorra, Austria, Belgium, France, Germany, Gibraltar, Guernsey, Ireland, Isle of Man, Italy, Japan, Jersey, Liechtenstein, Luxembourg, Monaco, San Marino, Spain, Switzerland, the United Kingdom, the United States, and the Vatican City. The other requirement is that you should have a compatible Windows 11 system, running Build 22000.526 or higher.

If you live in an unsupported country, you can trick Windows 11 by changing your region in Settings > Language & Region > Country or Region > United States.

Install the Windows Subsystem for Android

Now that you have the latest Windows 11 build, you can move on to install the Windows Subsystem for Android. This is basically an entire Android build that runs as a virtualization instance inside Windows, letting you run Android apps on Windows. There are a few steps to getting the subsystem on your Windows 11.

Open the Microsoft Store, and click the Library tab at the bottom left corner.

Click the Get updates button.

Your Microsoft Store should finish updating. Click the profile button on the title bar to the right to check the version. The version number should be in the About this app section. Make sure it is 22110.1402.6.0 or higher.

Once your Microsoft Store is up to date, you can move on to enable virtualization. Newer systems will need you to flip the switch in the BIOS/UEFI settings, usually called Intel VT-X or AMD-V, depending upon the brand of CPU in your system. Then you can enable it inside Windows 11.

1. Open the Control Panel, navigate to the Programs section
2. Click Turn Windows features on or off.
3. Enable Virtual Machine Platform and Windows Hypervisor Platform by ensuring the boxes next to them are checked
4. Click OK.

Restart your system. Search for and open the Amazon Appstore in the Microsoft Store, and click Get. Go through the setup process. This will install the Windows Subsystem for Android and the Amazon Store, and get your system ready for Android apps.

Installing Android apps through the Amazon Appstore

The process to install Android apps officially is rather simple. You will need an Amazon account.

1. Open the Amazon Appstore via the Start menu/search.
2. Click the Already an Amazon customer? Sign in button, enter your credentials and click Sign-In.
3. Search and select the app you want to install, and click the Get/Download/Install button.

How to run Android apps on Windows 11 unofficially

The requirements are the same here. You will need Windows 11, build 22000.282, or later. You also need to enable hardware virtualization and meet minimum system requirements. The difference is that we will have to sideload the subsystem instead of installing it officially. Ensure you update to the latest build of Windows 11 before you begin, and enable Virtual Machine Platform and Windows Hypervisor Platform.

Sideloading the Windows Subsystem for Android

Some folks may not be able to get their hands on the Windows Subsystem for Android and Amazon Appstore despite following the steps. In that case, installing the Subsystem manually is an option. It’s a little tricky, but it can work.

Search for Windows PowerShell, right-click the app search result, and click Run as administrator.

In PowerShell, copy-paste this code:

and hit the enter key.

You’ll have to agree to the agreement terms of the store in PowerShell. When prompted, type in the letter Y and press the Enter key.

PowerShell will then prompt you with some more license terms, specific to the Subsystem this time. Press Y and Enter again.

The Subsystem package will then download and install, and you’ll get a Microsoft Store notification saying it was successful.

Installing Android apps on Windows 11

If you managed to get the Amazon Appstore to install directly, you can open it by searching for it from the Start menu. It will ask you to log in once with your Amazon account. Once done, you can search for the app you want and click the Get button to download it. Any Android app installed on Windows 11 will show up as a normal program you can directly run from the Start menu.

If you don’t have access to the store, which you won’t if you sideloaded the Subsystem, you will have to download the APKs and install them via PowerShell manually. For this, you will need to have a system-wide Android Debug Bridge (ADB) installed on your system. This is needed because the Subsystem acts like an Android phone wirelessly connected to the Windows 11 PC, and you can use ADB to leverage that connection to push APKs of your choice. This method is useful for installing apps that are not available on the Amazon Appstore.

• Download the 15-second ADB Installer here. Extract and run the installer.
• Give the administrator permission when asked.
• It will run in a terminal window, asking you Y/N as yes or no for installing specific components.
• We need all three components, so press Y and the Enter key for all three — install ADB and Fastboot, install ADB system-wide, and install Drivers.
• The driver installer will pop up as a separate window, which you have to follow to finish the installation.

• Download the APK file of the app of your choice from a trusted source like APK Mirror.
• For this tutorial, we’re using the Firefox browser for Android.
• Run the Windows Subsystem for Android. You can do this by simply searching for it and clicking on it from the Start Menu.
• In the settings, make sure Developer Mode is turned on. Click the boxed arrow in the Files tab to get the Subsystem running.

Run PowerShell as an administrator again.

To connect to the Subsystem via ADB, copy the IP address you can see in the Subsystem settings. Type adb connect in the PowerShell window, followed by the copied IP address. Ensure there’s a space between the word connect and the IP address. Press Enter.

Use the command adb devices to verify that the connection was successful.

Now, find the APK file in your Downloads folder. Right-click it, and click Copy as path.

Go back to the PowerShell window, type adb install, and paste the path you copied. Make sure to remove the quotation marks at the beginning and end of the path. You can use arrow keys to navigate through the command text. Your final command should look like this:

Press Enter to begin the installation. You’ll see the PowerShell say Performing Streamed Install, followed by a Success message.

The app is now installed and should now show up in the Start menu.

What Android apps can you get on Windows 11?

For now, the Amazon Appstore for Windows has over 1,000 apps available. These include games like Lords Mobile, June’s Journey, Coin Master, reading apps like Kindle, and kids’ apps like Khan Academy Kids and Lego Duplo World. Big apps like Gmail and YouTube are missing, due to the absence of Google Mobile Services.

With the sideloading method, it’s more or less the same issue. You will not be able to install apps that require Google Services or have split installation files with an APKM extension. However, you can install more than 50 apps this way, provided you can find the APK file.

You can also sideload the Google Play Store on Windows 11 if you want access to the full catalog of Android apps.

Benefits of running Android apps on Windows 11

There’s one big upside to native Android emulation on Windows — there’s no need to install third-party Android emulators. There are many uses for this, including using chat apps like WhatsApp on your PC or trying to play mobile games on your PC. The process of installing Android apps on Windows has always been a long one, but when the final release of this feature hits, it will become quick and easy, likely for good.

It is also likely to take up fewer system resources than third-party emulators. So far, in the current stage, this feature has a few quirks, but we expect it to be smooth sailing by the time it’s ready for public release.

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