Install Android on Raspberry Pi  Step by Step Guide ▷ 2021

Getting the latest and greatest Android on your Raspberry Pi is easier than ever before. You could go through the hassle of installing an image and flashing it onto the Pi’s SD card, but there are a few other options that might work a little better for you.

The Raspberry Pi is a fantastic low-cost computer as it runs on Linux, which is extremely popular in the tech world. However, there are times when people wish to install Android on their Raspberry Pi, but they don’t have a Mac or PC to do so. This post is for those who wish to learn how to install Android on a Raspberry Pi.

Android has a huge user base and a lot of people are eager to get started on it. However, if you are new to Linux operating system, then it might be hard for you to find the right guide or the right tutorial. So, we have come up with a step-by-step guide to help you install Android on your Raspberry Pi.. Read more about raspberry pi 4 android tv 2020 and let us know what you think.

With the continuous advancement of technology, many kinds of gadgets now come pre-installed with Android. Apart from smartphones, we can discover TVs and emulators that convert a computer into a smart device.

But if you’re a programmer, you’ll almost certainly want to occupy yourself with a new project and devote time and money to a novel concept. With that in mind, we’ve created this tutorial based on bridging two Raspberry Pi cards so that your small computer can perform the tasks of a smartphone, not as an emulator, but as a computer with Android loaded on its Micro SD card.

After the installation is complete, you may use your Raspberry Pi to play games, use office programs, and watch movies, all of which are available for download from Google Play. We’ve drawn up a diagram with the steps that must be followed to install Android on these cards, and we’ll tell you which versions you should use to prevent any issues.

Learn how to set up the Android operating system on a Raspberry Pi from the ground up.

When programmers create their own apps and adapt them to a device like a Raspberry Pi, the Android operating system’s potential becomes more apparent since programmers have their source code accessible, open, and customizable.

Let’s look at the measures to take:

Have in your possession

Before you begin the installation process, you should be aware that you will need a Raspberry Pi with the maximum power and performance.

You’ll also need the following things:

  • A fountain is being fed.
  • A USB flash disk.
  • If you want to do things like a smartphone, you’ll need a touch screen.
  • If you want to do things the old-fashioned way, you’ll need a computer. It is strongly advised that you install Windows 10.
  • Your Raspberry Pi’s Micro SD card, which must be 10th generation.

Raspberry Micro SD card

To be utilized programs

  • In terms of software, you’ll need to install LineageOS, which is open source and free, as well as Balena Etcher, which allows you to flash the program image into the memory card.
  • Finally, you must have the OpenGapps software installed, which will allow us to customize the programs.

Yes, we begin with the procedures necessary to ensure that the Android system on our Raspberry Pi runs well.

Get your Micro SD card ready.

The card must be in excellent working order, and it is suggested that you use the one that came with your Raspberry Pi to prevent installation issues:

  • Let’s install Etcher on the SD card if we haven’t previously.

Install Etcher on a Micro SD card

  • Choose LineageOS image from the download location from the three choices provided.
  • Insert the card into the computer, which should automatically pick it. If that’s the case, choose “Flash” to begin copying.

On your Raspberry Pi, install

It may take a few minutes for the card to resume once you’ve prepared it as described in the previous step:

  • Connect the board to the power source; it will last a long time, allowing you to complete all of the settings.
  • You’ll see the wizard to complete setting up once I finish turning on.

Android installation wizard in Raspberry

  • Set the time zone, language, and wifi connection in the first place.
  • When you press the “Next” button, the Android desktop will appear, and you will be able to navigate the screen and utilize some basic apps like the internet and email.

Now we’ll install the remainder of the features, including the Google Play Store, which allows you to download apps. Because an official version isn’t being utilized, you’ll need to perform some extra actions.

As a result, you must activate “Developer Options” as follows:

  • Log in to “Settings” and scroll down to “About the Tablet” at the bottom of the list.
  • Locate the file “Build number” and hold the option key down for a few seconds.

Build number in Android installation in Raspberry

  • It will show that you have activated the “Developer Features” after many tries.
  • After I give you access, you return to “Settings,” open the system, and you’ll find the development options.
  • You have two options: the first is to go to “Local terminal,” where you will resume in recovery mode, or the second is to go to “Root access.”
  • You’re going to reset the board by holding down the key “F5”.
  • When the computer is turned on, you must look at the accessible terminal applications. It adds the following command when it opens: su reboot and then provide the program the permissions it need.
  • It will now restart in recovery mode. You may install the Google Play Store after it begins.

Google Play must be installed completely.

As you may be aware, having your own official store is the only legal and secure method to take use of all of Android’s features.

As a result, you must verify that Google Play is installed:

  • To mount your USB, choose the option “Mount,” then return to the main menu and install by choosing the proper storage key so that all of the contents display.
  • Install your stuff by finding the file “Open Gapps.”
  • We resume in normal mode after clicking the option “Confirm” at the conclusion of the installation.
  • Return to “Mount” after it is turned on.
  • Check that the boot partition is in good working order, then go to “Advanced and Terminal” to complete the verification. It should be launched in regular mode this way.

Google Play on Raspberry Pi

  • Finally, you’ll see the Google Play Store program, which you should launch and log in using your Gmail account.
  • If you get any warnings or problems, choose the option “Wait.” It’s typical for it to happen the first few times you use it.

Learn about the finest Raspberry Pi models and versions for using Android without difficulty.

It is suggested that you get the most current Raspberry Pi version so that you do not have to worry about problems during the Android installation:

2 B Raspberry Pi

It is feasible to install the Android system, although with some difficulties owing to compatibility concerns. Its CPU runs at 900MHz, and the memory has been increased to 1 GB RAM for this edition, but it is shared with the graphics.

Zero W Raspberry Pi

A 1GHz CPU allows access to the operating system, but the 512MB of RAM memory may be an issue. It has the advantage of having a camera port as well as the Bluetooth 4.1 technology.

Raspberry Pi 3 is the third generation of the Raspberry Pi.

In comparison to its predecessors, this version starts to gain momentum. The system’s 1.20GHz Quad-Core CPU, coupled with 1 GB of RAM memory, enables it to operate smoothly and quickly.

Model B Raspberry Pi 3 Plus

RASPBERRY PI 3 MODEL B + - Base plate

RASPBERRY PI 3 MODEL B + – – – – – – – – – – – – –

  • Broadcom’s CorteC-A53 (ARMv8) 1.4 GHz 64-bit SoC (BCM2837B0)
  • IEEE 802.11b/g/n/ac Wireless LAN (2.4GHz and 5GHz), Bluetooth 4.2, BLE

In this edition, the CPU was bumped up to 1.4GHz, which is a plus for Android, but wireless connectivity was also improved to 5GHz, which is a huge plus for internet access.

Raspberry Pi 4 (Raspberry Pi 4)

This model has spawned four updates, each of which alters the amount of RAM accessible. It features a quad-core CPU that runs at 1.5 GHz, VideoCore IV, and Bluetooth 5.0 and Wi-Fi 802.11ac wireless connectivity. Support for two monitors is included.

In terms of RAM, you may choose from 1, 2, 4, and up to 8 GB. Of course, a larger capacity raises the plate’s price somewhat. As you can see, each model has its own set of benefits. The most current are at the top of our list because of their strength and compatibility with new software versions.

If you have any queries, please post them in the comments section; we will respond as quickly as possible, and it will undoubtedly be of great assistance to other members of the community. Thank you!


Mario José is the author of this piece.

I’m a journalism graduate with a focus on investigation, and I’m always looking for the truth. Now, everything I do revolves on technology, computers, and the Internet.

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This is a step by step guide to installing Android on your Raspberry Pi 3 and 4 with a few tweaks to make it run faster!. Read more about omnirom raspberry pi 4 and let us know what you think.