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Windows · Development & Programming Tools

Android Studio for Windows

Google's official IDE for Android app development, bundling the Android SDK, an emulator, and Kotlin/Java tooling.

Updated August 9, 2026 · Reviewed by SoftNexi Editorial Team, Software research and documentation

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Overview

Android Studio is Google's official integrated development environment for building Android apps, built on the IntelliJ platform and distributed free of charge directly by Google. It bundles the Android SDK, build tools, and an emulator manager, so a single install gets you from a blank project to a running app on a virtual device.

It's the standard choice for Android development in Kotlin or Java, and Google publishes new Android APIs and tooling features through it first, ahead of third-party editors. Anyone targeting the Google Play Store will end up using it at some point, even if only for final builds and signing, since some tooling (like the official emulator and Play Console integrations) is tightly tied to it.

The main alternative is building Android apps through cross-platform frameworks (Flutter, React Native) in a lighter editor, or using JetBrains' IntelliJ IDEA with the Android plugin. Android Studio remains the most complete and best-supported option for native Android work specifically.

Its footprint is substantial: the IDE, SDK components, and emulator system images together consume significant disk space, and the emulator benefits from hardware virtualization support that can conflict with other hypervisors running on the same machine.

Key features

  • Code editor with Kotlin and Java support built on the IntelliJ platform
  • Integrated Android SDK Manager and build tools
  • Android Emulator for testing without a physical device
  • Layout editor and Compose preview for building UI visually
  • Gradle-based build system integration
  • Profiler tools for CPU, memory, and network inspection on running apps

System requirements

Operating system
Windows 11 and Windows 10 (64-bit); also available for macOS
Architecture
x64 or ARM64
Virtualization
Hardware virtualization (Intel VT-x/AMD-V) recommended for the Android Emulator
Runtime
Bundled JetBrains Runtime; the Android SDK is downloaded separately through the IDE

How to install Android Studio

  1. 1. Download the installer

    Get the Windows installer from developer.android.com/studio.

  2. 2. Run the setup wizard

    Follow the prompts to install the IDE and initial SDK components.

  3. 3. Configure the SDK

    Use the SDK Manager to install the Android API levels and build tools your project targets.

  4. 4. Set up a virtual device

    Create an emulator profile through the Device Manager, or connect a physical device with USB debugging enabled.

How to use it

  1. 1. Start a new project

    Use a project template (Empty Activity, Compose, etc.) to scaffold a working app quickly.

  2. 2. Sync Gradle

    Let Gradle sync finish after opening or modifying a project before running it.

  3. 3. Run on emulator or device

    Select a target device from the toolbar dropdown and press Run to build and deploy.

  4. 4. Profile your app

    Use the built-in Profiler to inspect CPU, memory, and network activity while the app runs.

Safety and privacy

  • Download only from developer.android.com/studio; Google is the sole official distributor.
  • The SDK Manager downloads additional components after install — only accept items you recognize from Google's own repositories.
Bundled software
No third-party bundling. The installer includes only Android Studio, the SDK, and Google-provided emulator images.
Privacy
Android Studio can send anonymous usage statistics to Google; this is configurable during setup and later in preferences.

Known risks

  • The Android Emulator's use of hardware virtualization can conflict with Hyper-V or other third-party hypervisors on the same Windows machine.
  • SDK and emulator components can consume tens of gigabytes of disk space over time as you add API levels.

What's new

  • Current release

    Google ships Android Studio updates aligned with new Android API levels and IntelliJ platform releases. See the official Android Studio release notes for the changes in your installed build.

Pros and cons

Pros

  • Free and officially maintained by Google
  • First to support new Android APIs and features
  • Integrated emulator, profiler, and layout tools in one place
  • Strong Kotlin and Jetpack Compose support
  • Large official documentation and sample base

Cons

  • Large disk footprint once SDK and emulator images are installed
  • Emulator performance depends on hardware virtualization, which can conflict with other hypervisors
  • Heavier and slower to start than lightweight editors
  • Gradle build times can be slow on large projects

Verdict

Android Studio is the natural choice for native Android development — it's free, officially maintained, and first in line for new platform features. Budget disk space and be mindful of virtualization conflicts if you also run Hyper-V or another hypervisor.

Frequently asked questions

Is Android Studio free?

Yes, Android Studio is free and distributed directly by Google.

Does Android Studio run on Windows 11?

Yes, both Windows 11 and Windows 10 (64-bit) are supported.

Why is the Android Emulator so slow or won't start?

This is usually a hardware virtualization conflict — Hyper-V, VirtualBox, or another hypervisor running at the same time can prevent the emulator's accelerated mode from working correctly.

Do I need Android Studio just to build apps in Flutter or React Native?

You typically still need the Android SDK components it installs, even if you write code in another editor, since those tools handle building and signing for Android.