EditorExportPlatformAndroid in Godot – Complete Guide

Are you a developer delving into the world of Android game development with Godot 4? Or perhaps you’re exploring the infinite possibilities of exporting your Godot projects to Android. Either way, you’ve come to the right place! Mobile game development is a rapidly growing industry, and mastering the export process to one of the largest platforms out there is an invaluable skill set. In this tutorial, we’ll illuminate the capabilities and functionalities of the EditorExportPlatformAndroid class, an essential component of Godot 4 that empowers creators to bring their games to the Android ecosystem.

With the combined powers of Godot 4 and the EditorExportPlatformAndroid class, the doorway to reaching an audience of millions of mobile users is right at your fingertips. Understandably, this might sound a bit daunting, especially if you’re new to game development or working with Godot. Fear not! We’ll guide you through this journey with beginner-friendly explanations and examples that not only demonstrate how this class works but also why you should be excited to use it in your projects.

What is EditorExportPlatformAndroid?

The EditorExportPlatformAndroid class is a part of Godot 4, the latest iteration of the popular open-source game engine. This class is responsible for handling the exportation of your awesome Godot game projects to Android devices. It encompasses numerous properties that give developers granular control over how their game will behave on Android, including settings for app permissions, optimization for different architectures, and a lot more.

What is it for?

Godot 4 equips game creators with a plethora of tools to develop and fine-tune games on multiple platforms. The EditorExportPlatformAndroid class specifically addresses many features Android developers need, such as managing keystore information for signing apps, configuring APK expansion files, and setting up various app permissions required by the game. It enables the game to utilize platform-specific features and ensures that the game integrates seamlessly with Android’s diverse ecosystem.

Why Should I Learn It?

Understanding the EditorExportPlatformAndroid class is crucial if you plan to distribute your Godot games for Android users. It helps ensure that:

– Your game is compatible with a variety of Android devices and architectures.
– You manage app permissions effectively, maintaining security and functionality.
– You create a professional-grade product, with custom icons and versioning ready for the Play Store.

Mastering this class will greatly enhance your skills as a developer and open up new avenues for getting your game into the hands of players worldwide. Now, let’s take the plunge into the world of Android exports with Godot 4!

CTA Small Image

Setting Up Your Godot Project for Android Export

Before you can export your Godot game to Android, you need to configure your project properly. This involves setting up the Android build environment within Godot and preparing your project for export. Let’s start by setting up the build environment.

First, you have to download the Android SDK. Once you’ve installed it, you need to point Godot to the location of the SDK. You can do this within the Godot Editor by navigating to the Editor Settings:

Editor > Editor Settings > Export > Android

Here, you’ll set the paths for the ‘adb’, ‘jarsigner’, and ‘debug.keystore’. These are vital tools for building and signing your APK. Here’s an example of what the settings might look like:

adb: /path/to/your/android-sdk/platform-tools/adb
jarsigner: /path/to/your/java/bin/jarsigner
debug.keystore: /path/to/your/.android/debug.keystore

Next, let’s focus on setting up your Godot project with the basic export settings:

Project > Export > Add Export Preset > Android

You’ll need to fill out several settings, but let’s focus on the most essential:

– **Package**:
– Unique Name: `com.yourcompany.yourgame`
– Version Code: `1`
– Version Name: `1.0`

– **Keystore**:
– Release: `/path/to/your/release.keystore`
– Debug: `/path/to/your/debug.keystore`

With these settings configured, your Godot project is now ready for the next steps in the export process.

Managing Android App Permissions

For your game to leverage certain features or hardware of the Android device, you will need to declare the necessary permissions. This is done within the export settings. For example, if your game needs to access the Internet, you need to add the Internet permission:

Project > Export > Android > Permissions

Tick the checkbox for “Access Network State” and “Internet” permissions if they are required by your game. Additionally, you may want to deal with custom permissions that are not listed by default. You can do so by adding them manually to the `export_presets.cfg` file:



It’s very important to only add the permissions that are absolutely necessary, as each permission can affect the user’s trust and the functionality of your application.

Handling Screen Orientation and Other Features

Another essential consideration is the screen orientation. Depending on your game, you may want to lock the orientation to landscape or portrait. This setting is found in the same Android export settings dialog:

Project > Export > Android > Options > Screen Orientation

You can choose from “landscape”, “portrait”, “sensor landscape”, or “sensor portrait” depending on your needs. Here’s how you’d set it to landscape:


Additionally, Godot allows you to set various other features including immersive mode, unique icons per resolution, and more. For example, to enable immersive mode:

Project > Export > Android > Options

Then, select the “Immersive” checkbox. This will hide the navigation bar for a more immersive gaming experience on devices that support this feature.

Optimizing the Export for Different Architectures

Lastly, you want to make sure that your game runs smoothly on all types of Android devices. This involves setting up different APKs for various architectures like ARMv7 and ARMv8:

Project > Export > Android > Architectures

Select the appropriate checkboxes for your target architectures. For example, if you want to support both ARMv7 and ARMv8 devices, make sure both checkboxes are selected:


Remember that each architecture you add might increase the size of your APK, so balance the need for compatibility with the benefits of a smaller APK.

These basics should position you well on your journey to mastering Android exports in Godot 4. Stay tuned as we delve further into advanced exporting topics and tips in the following parts of our tutorial.

Advanced Export Concepts and Tips

Diving deeper into the export process, let’s address the management of expansion files, which is crucial for offering additional content or handling large game files for Android.

When your game’s size exceeds 100 MB, you may need to use APK Expansion Files (OBB). These files are hosted alongside your APK on the Play Store and are downloaded as part of the installation process. To set up OBB in Godot, configure the following:

Project > Export > Android > Expansion

Ensure you tick ‘Use Expansion (OBB)’, and specify the expansion file settings.


Another significant aspect is managing Android-specific features, such as splash screens. Setting a custom splash screen ensures that your branding is visible during the game’s startup sequence. Modify these settings in the export preset:

Project > Export > Android > Images > Launcher Icons and Splash Images

You can add paths to your custom splash images:


Networking is another critical part of many games today. Configuring network settings to handle SSL certificates properly will ensure secure communications, especially if your game involves online multiplayer or services that require encryption. Include the required SSL certificates in your export:

Project > Export > Android > Keystore > Release

And set up the SSL certificates paths:


Multidex support might be necessary for complex projects with numerous methods that exceed the Dex file’s limit. Enable Multidex with this setting if needed:

Project > Export > Android > Options > Format > Multidex

Check the “Use Multidex” option so your application can compile successfully:


Lastly, you can control the log level of your game’s output to help with debugging. Adjust this within the export settings if required:

Project > Export > Android > Debugging

Choose the appropriate log level for what you need to troubleshoot:

log_level="2"  <!-- 0: None, 1: Error, 2: Warning, 3: Info, 4: Debug -->

As you can see, each of these settings opens up a new depth of customization for your Android exports, ensuring your game operates exactly as intended across various devices and user experiences.

With the power of these advanced settings, you’re now well-equipped to tackle the complexities of Android export in Godot 4. From managing large files to ensuring secure networking, each optimized detail will help your game stand out in the crowded mobile marketplace. At Zenva, we believe in equipping you with the knowledge to not only complete your projects but to excel in every aspect of game development. Keep learning, keep creating, and watch as your games take flight on Android devices around the world!When working with Godot 4 and exporting to Android, fine-tuning your game’s performance and appearance is crucial. Below are several code examples and settings that can enhance your game once it’s up and running on an Android device.

One critical performance setting is the application’s frame rate. Limiting the frame rate can save battery life on mobile devices. To do this, you can set the application’s frame rate in the ‘Engine’ section of the project settings:

Project > Settings > Engine > Target Frames Per Second

You can set it to a reasonable value like 60:


Customizing how your game interacts with Android’s back button can greatly improve user experience. You can capture the back button action and handle it within your game script:

func _input(event):
if event is InputEventKey and event.pressed and event.scancode == KEY_ESCAPE:
# Handle the back button press.

For bigger projects, you might also want to define specific project settings for the Android platform using the ‘Feature Tags’. This allows for settings to only apply when the game is running on Android:

if OS.has_feature(“Android”):
# Set Android-specific settings here

With Godot’s export templates, you can also include or exclude resources conditionally, which is particularly useful for controlling the size of your APK. To include assets only in the Android export, you can use the ‘Feature Tags’ in the ‘Resources’ tab of the export preset:

Project > Export > Android > Resources > Filters to export non-resource files/folders

Set resources to include with “Android” tag:

resources="*.json, *.txt"

Sometimes, you’ll want to protect your game from unwanted copying by enabling ProGuard or using other obfuscation methods. Enable ProGuard using the export settings:

Project > Export > Android > Security > Use ProGuard

Tick the ‘Use ProGuard’ checkbox to add an extra layer of security:


For an extra touch, adding custom user agents for web-based requests within your game shows professionalism. Define a custom user agent for the HTTPClient nodes:

var http_client = HTTPClient.new()
http_client.set_user_agent(“GameName/1.0 (com.yourcompany.gamename)”)

Lastly, localization is vital for reaching a wider audience. Godot makes it relatively straightforward to configure your game for different languages. Begin by adding your translations:

Project > Project Settings > Localization > Translations

Add the paths to the translation resources:


The use of these advanced settings and code snippets will enrich the user’s experience and ensure your game performs well on Android.entario y asegurarse de que su juego funciona bien en Android.

Remember that while these snippets of code and settings provide a glimpse into the detailed control you have over your Godot game’s Android export, the true depth of customization is immense. By leveraging these tools, you are setting your project up for success on the diverse landscape of Android devices. Keep experimenting, keep refining, and enjoy the process of bringing your creative vision to life on one of the world’s most popular mobile platforms!

Where to Go Next in Your Godot Journey

Now that you’ve taken your first steps into the world of Android development with Godot 4, you might be wondering where to set your sights next. Look no further, because continuing to hone your development skills is pivotal to evolving from a novice enthusiast to a professional game creator. We at Zenva understand the importance of continual learning, which is exactly why we recommend our Godot Game Development Mini-Degree. This comprehensive training program is designed to cover not just the foundations, but also dive deep into advanced topics within game development using Godot 4.

With a curriculum that includes a variety of essential subjects such as 2D and 3D asset creation, gameplay mechanics, and even advanced UI systems, our Mini-Degree can help you craft immersive worlds, captivating stories, and gripping gameplay that will captivate players. The best part is that everything you learn contributes to building a robust portfolio of real-world projects, something invaluable for any aspiring game developer. Flexible, accessible 24/7, and led by experienced game developers, this Mini-Degree is your next step towards a fulfilling career in game development.

And if you’re looking for an even broader range of topics and projects to tackle, we invite you to explore our full collection of Godot courses. It’s a treasure trove for anyone eager to deepen their knowledge and skills in this versatile engine. From beginners to professionals, we’ve got something for everyone. Join us and let’s build amazing games together!


Embarking on the journey of Android game development with Godot 4 is just the beginning of what promises to be an exciting and rewarding adventure. As you continue to explore and master the intricacies of game creation, remember that the learning process is ongoing, and every step forward is a step closer to realizing your dream of making a game that resonates with players across the globe. Our Godot Game Development Mini-Degree awaits to further fuel your passion and equip you with the advanced skills needed to stand out in the thriving world of game development.

Your vision and creativity, combined with the power of Godot 4, are potent tools in the craft of game-making. Start experimenting with new ideas, refine your techniques, and watch as your games come to life and captivate audiences on Android and beyond. At Zenva, we’re here to support you every step of the way, because your success is our mission. So dive into the mini-degree or any of our dedicated courses and keep pushing the boundaries of what you can create. Happy developing!

Python Blog Image

FINAL DAYS: Unlock coding courses in Unity, Godot, Unreal, Python and more.