Mobile Game Engines for iOS and Android. Find the Best Engine for Mobile Games in 2025

To build modern games, you need a diverse set of software, tools, and services. Choosing a game engine is one of the most crucial steps in this complex process. Mobile game engines are advanced game development platforms that ease the development process and help reduce costs. Various successful games developed using different game engines showcase their capabilities, illustrating how these platforms can facilitate the creation of both 2D and 3D games for multiple platforms. Preparing games for distribution on major app stores, including the Google Play Store, is also essential to attract potential players and ensure compliance with platform-specific guidelines.

In this post, we’ll explore the concept of mobile game engines, what they are, how they work, and the best ones to use for game development in 2025.

• Mobile game engines come with tools and resources that ease the game development process.
• The core features of a game engine include a layer for defining the rules and mechanics of the game, a rendering engine, and a physics engine.
• To develop a mobile game, you need to come up with an idea or game concept, research the market to determine viability, design a prototype, and then build the game itself.
• In choosing the right game engine for mobile development, consider factors like iOS and Android platform compatibility, ease of use, graphics capability, and budget.
• The best mobile game engines in the market have robust features for multi-platform integrations, which further simplify game development.
• Game developers can make money on apps by offering a freemium plan with paid packages, in-game ads, subscriptions, or in-app purchases.

What is a Mobile Game Engine?

A mobile game engine is a software development platform specifically designed for creating video games for mobile devices. Mobile game engines come with tools and resources that help simplify the development process. So instead of coding everything from scratch, developers can simply plug into these game engine tools to create the game. 

Before the invention of game engines, video games were typically written from scratch by developers as singular entities. The golden age of arcade games in the 1970s and 80s eventually paved the way for the development of in-house game engines by arcade game developers.

However, the term “game engines” itself didn’t come into use until the mid-1990s. Epic Games, a development company founded by Tim Sweeney, debuted Unreal Engine in the year 1998 which became one of the most popular game engines of the era.

Modern mobile game engines are complex pieces of software with a layered architecture. They typically feature different components that handle different aspects of game development. The core features of a game engine include a layer for defining the rules and gameplay mechanics of the game, a rendering engine (or renderer) for designing the 3D or 2D graphics of the game, and a physics engine to simulate how physical objects within the game behave.

Many game engines also come with an extensive library of pre-made assets. This may include game avatars, sound effects, and 3D models. Developers can use these assets within their game instead of creating them from scratch. 

Mobile game engines have diverse applications. They can be used to create different types of games, from simple puzzle games to complex RPGs and action games. Aside from games, modern game engines are also increasingly being used to create business applications and other interactive experiences.

What is Mobile Game Development?

Mobile game development is the process of creating and developing games specifically designed for mobile devices, such as smartphones and tablets. This involves designing, building, and testing games that can be played on these devices, taking into account their unique characteristics, such as touch screens, limited processing power, and mobile internet connectivity. Mobile game development requires a deep understanding of game development principles, as well as knowledge of mobile-specific technologies and platforms.

To create engaging and successful mobile games, developers use a variety of tools and technologies, including game engines, programming languages, and software development kits (SDKs). Popular game engines like Unity, Unreal Engine, and Godot Engine provide a range of features and tools that simplify the development process. These engines offer physics engines, animation systems, and visual scripting systems, making it easier to create immersive and interactive mobile games.

The mobile game development industry is rapidly growing, with millions of people around the world playing mobile games every day. The mobile gaming market is highly competitive, with a wide variety of genres and types of games available, from casual puzzle games to complex multiplayer games. To succeed in this market, mobile game developers need to create games that are engaging, fun, and well-designed, with a strong focus on user experience and monetization.

How To Choose the Best Mobile Game Engine?

In modern game development, your game engine is the foundation of your game’s performance. Your choice of game engine will determine the visuals, performance, and user experience of your game. Choosing the right game engine will also make development considerably easier, reducing development time and making it less cumbersome for developers.

Here are some of the key factors to consider in choosing the best mobile game development engine: 

Project Requirements

Before you choose a game engine, consider the scope of your project and unique requirements. For instance, the requirements of a 2D game will be different from that of a complex 3D game. 

Understanding the basics of your game design, such as the game genre, graphics requirements, audio, and general game mechanics, is a key step in choosing the game engine to use for development. For instance, if you intend to build a game with great visuals, you have to choose a game engine with powerful graphics capabilities for your development. 

Platform Compatibility

Next, consider the platform you’re building for. Not all game engines are suitable for building games for all mobile devices. Ensure the game engine supports your target platform, whether it’s iOS or Android. The top mobile game engines offer cross-platform compatibility. This is particularly great if you intend to create games for multiple platforms and system versions. Additionally, ensure compatibility with major app stores, including the Google Play Store.

Budget Constraints

Determine how much you intend to spend on development and choose a game engine that delivers that. Although some game engines allow you to build for free, others charge a licensing fee. 

This may be in the form of a direct fee or a revenue-sharing model where you pay a percentage of your game profit to the game engine’s developers. Review the licensing terms of the game engine before you settle for it since it will impact your total game budget and profit in the long run. 

Developer Expertise 

You want to consider the skills of your development team and the overall intuitiveness of your game engine before making a decision. While some engines are generally easy to use, others are more suitable for experienced developers. You should also consider the scripting language or coding framework offered by the game engines and pick one that best aligns with your team’s expertise. 

Ease of Use

Some game engines have an intuitive interface which makes them easy to use even for beginner developers. Ease-of-use can also be in terms of the flexibility and customization options offered by the platform. It’s also great if the game engine has a robust community of developers and comprehensive documentation to guide users. 

Best Mobile Game Engines for Game Developers

Unity 

Unity is a cross-platform game engine favored by both beginners and advanced developers due to its ease of use and versatility, helping them create hit games efficiently. Some of the most successful mobile games built with this game engine include Pokémon Go, Monument Valley, and Call of Duty: Mobile.

It features an extensive asset store, a visual scripting system, and multiplayer support. Unity has a free plan with limitations, along with paid options starting from $39/month.

Pros

• Intuitive game engine
• Vast community of game developers and learning resources
• Flexible for diverse game types
• Excellent monetization options

Cons

• Can be resource-intensive for complex games

Unreal Engine 

Unreal Engine is one of the best game development platforms for building games with high-end graphics and advanced features. Some of the most notable game titles built with this platform include Fortnite, Genshin Impact, and The Elder Scrolls: Blades. The game offers stunning visuals and robust assets with advanced physics and animation tools. Unreal Engine has a free-to-use version but charges a 5% royalty on games with gross revenue exceeding $1 million. 

Pros 

• Great visuals for 3D and 2D games development 
• Developers with no coding knowledge can use Unreal Engine to create high-quality games
• Cross-platform games development

Cons 

• Resource intensive

Godot 

Godot is one of the most versatile game engines. It can be used for both 2D and 3D games and supports multiple programming languages including Python, C#, and C++. Godot is particularly famous for its impressive UI editing features. 

Visually stunning games like Kingdoms of the Dump, Haiku, and Celeste were built with this platform’s node-based engine. Godot is an open-source game engine, and it is free for developers. 

Pros 

• Active community
• Versatile game engine
• Visual design capabilities 

Cons 

• Best suited for 2D games 

Buildbox 

Buildbox is an easy-to-use engine that supports rapid game development. It is primarily a visual development platform, which means non-coders can still create professional-looking games using the platform’s drag-and-drop functionality. Buildbox is also free to use, with built-in features to easily monetize your games. Examples of games built with this platform include Colour Switch, Ball Jump, and Fruit Ninja. 

Pros 

• Easy to use drag-and-drop interface
• Supports fast prototyping
• Includes templates and smart game assets

Cons 

• Buildbox is best used for simple 2D games. 

Solar 2D 

Formerly known as Corona SDK, Solar 2D is a lightweight game engine with Lua scripting capabilities. Games like FarmVille 2, DragonVale, and Flappy Bird were built with Solar 2D. In addition to the simplicity of using Solar 2D for development, it also has an integrated environment to easily test and run projects online instantly before deploying. Solar is an open-source project and is free for all users. 

Pros 

• Lightweight, ideal for simple games.
• Live testing environment 
• Active community and robust documentation

Cons 

• Best suited for 2D game development

GameMaker Studio 2

This game engine by YoYo Games has been used to develop famous game titles like Samurai Gunn 2, Notebook Artillery, among others. It features a drag-and-drop visual development interface along with a unique programming language known as the GML which can be used by both Novice and advanced users. 

Users can also find robust game assets and extensions on the GameMaker marketplace. GameMaker is free for development, but you’ll have to upgrade to a paid package to export games to multiple platforms. 

Pros 

• Suitable for developers at all skill levels. 
• Easy-to-use drag-and-drop functionality 
• Flexible game development platform

Cons

• Developers may not be familiar with GML coding 

SpriteKit

SpriteKit is Apple’s graphics framework for game development, which makes it one of the top game development platforms for building games for iOS devices. 2D games like Squashy Bug, Trestle, and Accelebot have been built with this game engine. 

Designers can easily illustrate the game text, images, animations, and shapes using the platform’s 2D game designer, and this makes it perfect for graphic-intensive applications. SpriteKit is free for all users. 

Pros 

• Rich graphics for game development 
• Create and customize game animations with ease 
• Realistic game physics 

Cons 

• Does not support cross-platform game development 

Cocos2d-x

With over 1.4 million registered developers and more than 25 thousand games built to share, Cocos is arguably one of the most popular game engines in the market. Lua is the scripting language of this platform, but it also supports JavaScript and C++. Some of the most notable game titles built with Cocos 2D-X include Magic Rush and Dragon Ball Z. 

Pros 

• High-quality graphics rendering
• Detailed documentation and active community 
• Suitable for both new and advanced developers 
• Open-source game engine

Cons 

• Steep learning curve 

AppGameKit

AppGameKit is another visual game development engine that supports different mobile platforms. The game’s visual scripting mode allows you to build robust game logic and deliver immersive mobile gaming experiences to players without complex coding. 

More experienced developers can also use the optional advanced C++ scripting for greater control and flexibility. Some of the games that have been built with this royalty-free game engine include Repton 2 and Skrobol. 

Pros 

• Easy to learn and use 
• Affordable game engine (one-time purchase) 
• All-in-one platform from concept to development 

Cons 

• AppGameKit’s visual fidelity may not be on par with the most advanced engines.

Fusion 2.5

Fusion 2.5 game engine supports game development without coding by using an event editor system. This system allows you to develop mobile games quickly by simply setting up conditions and actions on a visual interface.

Advanced mobile game developers can also program complex game logic using Lua scripting. Fusion 2.5 supports cross-platform development and has been used for games like Distraint, Quadle, and Bit Odyssey.

Pros 

• Beginner-friendly platform
• Supports both 3D and 2D games development

Cons 

• Limited controls and customization. 

Game Engines Comparison

How to Integrate Engines with Platforms?

Although game engines offer a robust set of mobile game development tools needed to design and build fully functional games, you’ll still have to integrate the platform with various external platforms and tools as part of the game-making process. For instance, you’ll have to integrate and export your game to iOS and Android platforms, depending on the type of game you’re building. It is also important to prepare your game for distribution on major app stores, including the Google Play Store.

Some of the best game engines on the market already have robust features for multi-platform integrations. This includes plugins and APIs that can help optimize your game for the different devices and operating systems you are building for. Some game engines also offer platform-specific packages that will help tailor your game to specific operating systems.

Aside from platform integration, you may also have to integrate your game into other necessary services, such as monetization networks and analytics services to track user behavior. Some engines have inbuilt monetization systems, which means you won’t have to worry about the process of incorporating ads, marketplace, and other features into your app.

Game Monetization

The most straightforward way to monetize your app is to have players pay for it at the point of download. However, this is hardly practical, which is why most games on app stores are typically free to download. So, how do you make money from your app when players can download it for free? Here are some of the most common monetization strategies you can explore: 

Freemium model – With the freemium model, gamers get to play for free and have access to the game’s core features at no cost. However, some of the extra features in the game (or higher game levels) are locked behind a paywall. They’ll have to subscribe to a premium plan to extend or unlock these features. 

In-app advertising – This monetization model gives players access to the app’s full features but displays ads. This way, revenue is generated from advertisers and not directly from the players. Some apps also combine the ad model with the freemium model. With this option, players can play a small token to remove ads entirely. 

Subscription – This is similar to the freemium model. With this monetization option, the app’s core features are available for free, but players have to pay a weekly, monthly, or yearly subscription to access extra features. 

In-app purchases – In apps that make money through in-app purchases, players have to pay money to unlock the game level and buy weapons, themes, avatars, skins, and other in-game assets. This can potentially make gameplay more interesting while providing a source of revenue for the game developer. 

Collaborative Features and Workflow

Collaborative features and workflow are essential for successful mobile game development. Creating a mobile game is often a team effort, involving multiple developers, designers, and artists working together to bring a game to life. To facilitate collaboration, game engines and development tools provide a range of features, such as version control systems, collaborative editing tools, and project management software.

One of the most popular collaborative features in game engines is version control. Version control systems, such as Git, allow multiple developers to work on the same project simultaneously without conflicts or data loss. This makes it easier to manage large projects and ensure that all team members are working with the latest version of the game.

Another important collaborative feature is real-time collaborative editing. Tools like Unity’s Collaborate enable multiple developers to work on the same scene or level simultaneously. This streamlines the design and building of complex game worlds and ensures that all team members are aligned in their efforts.

In addition to these features, game engines and development tools also provide a range of workflow tools, such as project management software and asset management systems. These tools help teams manage their projects more efficiently, ensuring that all assets and resources are properly organized and utilized. By leveraging these collaborative features and workflow tools, mobile game developers can streamline their development process and create successful mobile games more effectively.

Community and Support for Mobile Game Developers

Community and support are crucial for mobile game developers. The mobile game development community is large and active, with many online forums, social media groups, and meetups dedicated to mobile game development. These communities provide a wealth of resources and support, including tutorials, documentation, community support, and feedback from other developers.

One of the most popular communities for mobile game developers is the Unity community. Unity has a large and active community of developers, with numerous online forums, social media groups, and meetups dedicated to Unity game development. The Unity community offers a range of resources and support, including tutorials, documentation, and feedback from other developers, making it easier for developers to learn and grow.

Similarly, the Unreal Engine community is another important resource for mobile game developers. Unreal Engine has a large and active community of developers, with many online forums, social media groups, and meetups dedicated to Unreal Engine game development. The Unreal Engine community provides a wealth of resources and support, including tutorials, documentation, and feedback from other developers.

In addition to these communities, game engines and development tools also offer a range of support resources, including documentation, tutorials, and customer support. These resources help developers get started with game development and provide assistance when problems arise. By leveraging the support and resources available within these communities, mobile game developers can enhance their skills, overcome challenges, and create successful mobile games.

Successful Mobile Game Engines Case Studies

There are many successful mobile games that have been developed using game engines and development tools, showcasing the potential of mobile game Apple’s development tools. One notable example is Pokémon Go, developed using Unity. Pokémon Go is a highly successful augmented reality game that has been downloaded millions of times and has generated billions of dollars in revenue. Its success demonstrates the power of Unity in creating engaging and innovative mobile games.

Another example is Clash of Clans, developed using Unreal Engine. Clash of Clans is a highly successful multiplayer game that has been downloaded millions of times and has generated billions of dollars in revenue. This game highlights the capabilities of Unreal Engine in creating complex and visually stunning mobile games.

These top mobile games illustrate how game engines and development tools can be used to create highly successful and engaging mobile games. They also emphasize the importance of community and support in mobile game development, showing how developers can use online resources and communities to get feedback, support, and inspiration for their games.

In conclusion, mobile game development is a rapidly growing field that requires a range of skills and knowledge, including game development principles, mobile-specific technologies, and collaborative workflow tools. Game engines and development tools provide a range of features and resources that make it easier to create mobile games, including version control systems, collaborative editing tools, and project management software.

Community and support are also essential for mobile game developers, with many online forums, social media groups, and meetups dedicated to mobile game development. By using these resources and tools, developers can create highly successful and engaging mobile games that appeal to a wide range of players.

Mobile Game Development with Experts

Mobile game development software provides a robust set of building blocks to simplify the development process. This includes visual builders and custom scripting for coding the logic and rendering game graphics. Game engines also offer in-game assets such as sprites, sound effects, and 3D models, so developers don’t have to create them from scratch for every game they build.

Whether you’re creating simple hyper-casual games or complex RPGs with advanced graphics, you’ll find a game engine with the unique set of features you need. Consider your options and ensure you pick a game engine that meets the unique needs of your project based on the scale, desired features, and skill set of your developers.

You should also enlist the help of expert developers like CrustLab for an efficient mobile game development process. We’ll help you select the best game engine for your project and efficiently bring your game idea to life. Contact us to learn more about our expert game development services.