Best IDEs for Android development: a practical guide for engineering managers

The Stack Overflow Developer Survey 2024 ranks Android Studio as the sixth most-used IDE worldwide, with Visual Studio Code at the top by a wide margin. Most guides on the best IDEs for Android development still recommend two names that no longer count: Xamarin and Eclipse. Microsoft formally ended Xamarin on 1 May 2024. Google deprecated Eclipse for Android in 2016. The real shortlist for an engineering team in 2026 has three names - Android Studio, IntelliJ IDEA, and Visual Studio Code paired with Flutter or React Native.

The Android IDE landscape in 2026

The Android IDE shortlist has shrunk in the last two years. Two of the IDEs most blogs still recommend among the best IDEs for Android development have been formally discontinued by their vendors. AI-assisted coding has also changed which Android development tools earn a place on a serious engineering team's tooling standard.

The Stack Overflow Developer Survey 2024 surveyed 65,437 developers and ranked Android Studio as the sixth most-used IDE worldwide. Visual Studio Code led the survey at 74% adoption, more than twice the share of any other IDE. The JetBrains State of Developer Ecosystem 2024 reports that 16% of the 23,262 developers it surveyed use Kotlin, and Android remains the dominant Kotlin workload.

Those two data points define the landscape. Android Studio dominates native Android work because Google ships it and writes Kotlin as the official Android language. VS Code dominates everything else, including the cross-platform Android stack via Flutter and React Native. IntelliJ IDEA sits between the two for teams that ship Android alongside JVM backends in the same engineering organisation.

Everything else on the typical listicle is either deprecated, niche, or solving a different problem. This guide names the IDEs that still belong on a team's shortlist. It also names the IDEs that do not - including the two big names every other listicle still recommends. The engineering manager reading this is picking a standard for a team of four to twelve mobile engineers, not a hobby project. Get the choice wrong and the engineering teams we run pay for it in build-config drift and onboarding tax across every new hire.

Why Android Studio is still the default

Android Studio is the only native Android IDE that matters in 2026. Google ships it with the Android SDK, the Android Gradle Plugin, and the emulator stack already wired in. Any engineering team writing native Android - Kotlin or Java - starts here by default.

The IDE itself is built on the IntelliJ Platform from JetBrains. That means Android Studio inherits the editor, refactoring tools, and indexing engine that experienced JVM engineers already know. The Android-specific surface adds the Layout Editor, the APK Analyzer, the device manager, and the Jetpack Compose preview tooling that has become central to modern Android UI work. For any team asking which is the best IDE for Kotlin Android development, this is the answer in one sentence.

Google declared Kotlin the official Android language in 2019. Every Android Studio release since has prioritised Kotlin tooling over Java. New project templates default to Kotlin. Compose previews assume Kotlin. The Gemini integration in the IDE is trained to write Kotlin first.

The Android Studio Koala release in mid-2024 was the moment AI moved from experiment to standard feature. The release shipped Gemini in Android Studio as a formally branded assistant. It also added the Gemini API starter template for building AI features into apps, plus the Compose Preview Screenshot Testing tool. The 2024 IntelliJ Platform underneath added sticky lines in the editor and a new terminal.

The emulator is the other reason Android Studio is non-negotiable for native work. The bundled Android Emulator runs the full range of Android API levels, screen sizes, and hardware configurations from one window. Wear OS, Android Auto, Android TV, and tablet form factors all run in the same tool. The Running Devices window in recent releases lets engineers test on two devices side by side without switching context.

Hardware is the hidden cost. Android Studio's system requirements list 8 GB as the minimum RAM, but production codebases need 16 GB at minimum and 32 GB to work without paging. The Gradle build system is fast in incremental mode but slow on cold starts. The time-to-build cost compounds across a team of ten engineers. We see this on every native Android engineering engagement - the machines matter as much as the IDE choice.

IntelliJ IDEA for multi-language teams

Some Android teams should not be on Android Studio. The strongest reason to use IntelliJ IDEA Ultimate instead is a multi-language stack. Teams writing a Kotlin or Java Android app alongside a Spring backend, a Ktor service, or a Java microservice get one IDE across the whole stack instead of two.

Android Studio is built on the IntelliJ Platform. The two share the editor, the indexer, the refactoring engine, and the debugger. IntelliJ IDEA Ultimate adds the Android plugin on top of that shared engine. Android-specific tooling - emulator support, the Android Gradle Plugin, the Layout Editor - works in IDEA the same way it works in Studio. The Android plugin in IntelliJ IDEA tracks the Android Studio release closely, with a small lag.

The Community Edition is the trap. IntelliJ IDEA Community supports Kotlin, Java, and Android, but it lacks the JVM-backend tooling that justifies the choice in the first place. No Spring framework support. No JPA. No database tools. For teams making the Android Studio alternatives shortlist, only the Ultimate edition is a serious option. The per-seat licence cost is the explicit tradeoff - IntelliJ IDEA Ultimate is paid per developer per year, where Android Studio is free.

The AI surface is also different. IntelliJ IDEA ships JetBrains AI Assistant, which works across the entire IntelliJ Platform. A developer using it for Android sees the same assistant they use for the Spring backend. Android Studio's Gemini integration is more Android-aware but does not extend to other JetBrains products.

The decision is structural, not preferential. A team with no JVM backend in the same engineering organisation has no reason to leave Android Studio. A team running Android plus Kotlin services in one engineering org should at least price the IDE consolidation. The deeper comparison sits in our Android Studio vs IntelliJ IDEA breakdown.

VS Code is the cross-platform path

Visual Studio Code is not an Android IDE on its own. It is a code editor with an extension model. Paired with the Flutter or React Native toolchain, it becomes the right choice for teams shipping iOS and Android from one codebase. That is a different commercial decision than picking a native Android IDE.

The Stack Overflow Developer Survey 2024 ranked VS Code as the most-used IDE worldwide at 74% adoption - more than twice the share of any other tool. The 2025 survey reported that VS Code and Visual Studio held the top two spots for a fourth consecutive year, with subscription-based AI-enabled IDEs failing to displace them. For most non-Android workloads on a multi-platform engineering team, VS Code is already on the developer's machine.

For Visual Studio Code for Android development specifically, the editor needs either the Flutter SDK or the React Native CLI installed alongside it. Both still require the Android SDK underneath to build for Android. A VS Code-only setup never fully escapes Android Studio's tooling, because the emulator and the SDK manager are still Android Studio components. The cross-platform path is "VS Code for daily work plus Android Studio for emulator and SDK admin," not "VS Code instead of Android Studio."

For the Flutter vs React Native IDE question, the IDE itself is the same - VS Code - and the choice is about the toolchain underneath. Flutter ships with hot reload, a Dart-based widget model, and a single-rendering engine across iOS and Android. React Native renders to native components and shares more skill surface with the JavaScript ecosystem most product teams already run. Flutter engagements we have shipped sit closer to Android Studio in feel. React Native engagements lean closer to a web team's tooling. Both are first-class paths inside our mobile engineering practice. The deeper comparison between Flutter and Kotlin Multiplatform - for teams that want to keep Kotlin as the shared language - sits in our Kotlin Multiplatform vs Flutter breakdown.

For teams arriving at VS Code via the Xamarin migration, .NET MAUI is the official successor and runs in Visual Studio rather than VS Code. The choice between .NET MAUI and Flutter or React Native is a stack decision, not an IDE decision. The IDE is downstream of the team-shape question.

Why Xamarin and Eclipse no longer count

Four IDEs still dominate Android listicles and should not. Xamarin, Eclipse, AIDE, and DroidScript appear in every top-ten "best IDE" guide on the SERP today. None of them is a defensible standard for an engineering team writing production Android in 2026.

The Xamarin question is the most common. Is Xamarin still supported? No. Microsoft formally ended Xamarin support on 1 May 2024, covering all Xamarin SDKs including Xamarin.Forms. Android API 34 was the final Android API Xamarin targeted. Apps already built in Xamarin keep running. No new APIs, security patches, or bug fixes ship from Microsoft. The official successor is .NET MAUI, which runs in Visual Studio and which Microsoft has actively promoted as the migration target for two years.

The Eclipse story is older. Engineering managers still ask: is Eclipse still good for Android? It has not been supported by Google for a decade. Google ended development of the Android Developer Tools plugin for Eclipse in 2015 and formally retired support in 2016 with the release of Android Studio 2.2. A community project called Andmore briefly kept it alive in the open-source ecosystem. That project has not shipped a release since 2017. Eclipse the IDE is alive and useful for other languages - for Android, it has been dead for ten years.

AIDE and DroidScript are different. Both are legitimate tools for learning Android development or prototyping on a phone or tablet. Neither is a production standard for a four-to-twelve-engineer team. They lack the multi-engineer collaboration, the version control integration, the CI/CD pipelines, and the testing harness an engineering team needs. We recommend them to people learning to write their first Android app. We do not put them in front of a CTO making a tooling decision.

Unity and Unreal Engine appear on the same listicles because they ship to Android. They belong on a different list. Game development is a different practice with different tooling, different hiring profiles, and different deployment pipelines. A buyer evaluating "best Android IDE" for a fintech or retail app should not be reading about Unreal Blueprints. That is a separate conversation, and one for a guide focused on game engines.

The three-question decision matrix

Engineering managers do not pick Android IDEs feature-by-feature. They pick them by answering three structural questions about the team and the roadmap. The feature comparison comes second - once the structural answer is clear, the IDE shortlist collapses to one or two real options.

The first question is native or cross-platform. If the team ships Android-only, the answer is Android Studio. If the team ships iOS and Android from one codebase, the answer is VS Code paired with Flutter or React Native. There is no third path that ships production-quality apps to both platforms today.

The second question is single-platform team or multi-platform team. A team writing only Android, with no JVM backend in the same engineering organisation, stays on Android Studio. A team writing Android plus a Kotlin or Java backend should price IntelliJ IDEA Ultimate against the cost of running two IDEs. Multi-platform here means multi-language in one engineering org, not iOS and Android.

The third question is AI-assisted or not. Gemini in Android Studio, JetBrains AI Assistant in IntelliJ IDEA, and GitHub Copilot in VS Code are all production-ready in 2026. A team's policy on AI assistants - what data leaves the org, who pays for the seats, what the privacy controls are - narrows the IDE choice further.

The three answers, taken together, produce the matrix below.

The IDE for mobile team standardisation is downstream of these three questions. Where teams get into trouble is when they skip the questions, let engineers pick their own IDE, and end up with two or three IDEs in production. The build configurations drift. The onboarding documentation lags. The CI/CD scripts assume one IDE's project structure but break in another. We see this on every staff augmentation engagement where we embed senior engineers into a team that never standardised. The first two weeks go to fixing the build, not shipping features. The fix is to make the choice deliberate. Answer the three structural questions: native or cross-platform, single-platform or multi-platform team, AI policy. Then write the chosen IDE into the team's tooling standard.

AI assistants in the Android IDE

AI assistants are now a first-class IDE feature for Android teams. The JetBrains State of Developer Ecosystem 2025 reports that 85% of developers regularly use AI tools for coding. 62% rely on at least one AI coding assistant, agent, or code editor. The IDE choice now also locks the AI assistant choice - more than the other way round.

Android Studio ships Gemini in Android Studio as Google's branded AI assistant for native Android work. The Koala release in May 2024 made it a stable feature with custom prompts, code transformation, and a Gemini API starter template for building AI features directly into Android apps. Anyone running a Gemini in Android Studio review against Copilot or JetBrains AI will find that Gemini is the most Android-aware assistant of the three. It knows the Android SDK, the Jetpack libraries, and the Gradle plugin in a way the others approximate.

VS Code runs GitHub Copilot. Copilot is the most mature general-purpose AI coding assistant on the market, with the broadest training data and the most polished UX. For a cross-platform team writing Flutter or React Native, Copilot is the assistant that ships with the IDE most of the team already runs. It is less Android-specific than Gemini but more language-agnostic.

IntelliJ IDEA runs JetBrains AI Assistant, which works across the whole IntelliJ Platform. A developer using IntelliJ IDEA Ultimate for Android plus a Spring backend sees the same assistant in both contexts. For multi-language teams, that consistency is one of the reasons to consolidate on IntelliJ IDEA in the first place.

The privacy controls matter at the team level. Gemini in Android Studio does not train on private code unless the developer explicitly opts in, and Google publishes enterprise privacy controls that data-protection teams can audit. Copilot offers an enterprise tier with similar guarantees through GitHub Enterprise. JetBrains AI Assistant routes through JetBrains' AI proxy and is subject to JetBrains' enterprise terms. These controls are now standard. Engineering managers should still confirm them before rolling out an AI assistant to a team of more than five developers.

Frequently asked questions about choosing an Android IDE

Is Xamarin still supported in 2026?

No. Microsoft formally ended Xamarin support on 1 May 2024, covering all Xamarin SDKs including Xamarin.Forms. Android API 34 was the final API targeted. No new APIs, security patches, or bug fixes ship from Microsoft. Apps already built in Xamarin continue to run, but they cannot ship updates against new Android API levels without migration. The official successor is .NET MAUI, which runs in Visual Studio. Teams maintaining Xamarin apps should plan a migration path or rebuild on a different cross-platform stack.

Can I use VS Code for Android development?

Yes, but VS Code is not an Android IDE on its own. For native Android in Kotlin or Java, VS Code lacks the emulator manager, the Layout Editor, and the APK Analyzer that Android Studio bundles. For cross-platform Android via Flutter or React Native, VS Code is a strong choice. It pairs with the relevant SDK and gives the team one IDE across iOS and Android. The Android SDK still needs to be installed underneath, which usually means installing Android Studio as the SDK manager.

Do I need Android Studio for Flutter?

Partially. Flutter and React Native both build for Android using the Android SDK underneath. The SDK manager, the emulator, and the device drivers are still Android Studio components. Most cross-platform teams install Android Studio specifically to manage the SDK and run the emulator, then do their daily coding work in VS Code. The "VS Code instead of Android Studio" framing is misleading - the real setup is VS Code for code, Android Studio for Android-specific admin.

Which Android IDE has the best AI assistant?

It depends on the workload. Gemini in Android Studio is the most Android-aware assistant; it knows the Android SDK, Jetpack libraries, and Gradle deeply. GitHub Copilot in VS Code is the most mature general-purpose assistant, with the broadest training data and the strongest cross-language support. JetBrains AI Assistant in IntelliJ IDEA is the most useful for teams running Android alongside a JVM backend in the same IDE. The three are competitive on quality. The assistant choice usually follows the IDE choice, not the reverse.

Is IntelliJ IDEA Ultimate better than Android Studio?

For pure Android work, no. Android Studio is built on the IntelliJ Platform and includes the same editor, refactoring engine, and indexer as IntelliJ IDEA, plus Android-specific tooling Google maintains. For multi-language teams writing Android alongside a JVM backend in the same engineering organisation, IntelliJ IDEA Ultimate is the better choice. It consolidates two IDEs into one. The Community Edition lacks the JVM-backend tooling that justifies the consolidation, so only the Ultimate edition makes sense as an Android Studio replacement.

Should our team standardise on one Android IDE?

Yes. Mixed-IDE teams pay a tax in build-configuration drift, onboarding friction, and CI/CD scripts that assume one IDE's project structure. The cost compounds across a team of six engineers and becomes painful at twelve. The right pattern is to answer the three structural questions: native or cross-platform, single-platform or multi-platform team, AI policy. Then write the chosen IDE into the team's tooling standard. Engineers can use other editors for personal preference. The project's build, test, and CI configurations should target one IDE.

Picking the IDE is the easy part of the mobile tooling decision. The harder question - for the engineering manager reading this — is whether the team has the senior engineers it needs to run the chosen stack at production quality. An Android Studio standard with no senior Kotlin engineer is no better than a Xamarin standard in 2026.

Tech Kodainya's Android engineering practice runs both the native Android Studio stack and the cross-platform Flutter or React Native path across client engagements. We embed senior engineers on a specific stack, on a specific timeline, so the IDE choice can be made on the project's terms instead of the team's defaults. Engagements typically start within two weeks of the first call.

Ready to put a senior Android team on your stack? Talk to our Android engineering team.