15 Best Android Emulators for Chromebook [2026]

15 Best Android Emulators for Chromebooks?

Top Android emulators for Chromebook include TestMu AI, Android Studio, Genymotion, Crosvm, Waydroid, and BlueStacks, each offering unique features for testing and development.

Two intents get bundled under "ChromeOS emulator": running an Android virtual device on a Chromebook, and emulating the ChromeOS environment itself on another machine. The list below covers both, so you can pick a browser-based mobile emulator for app testing or a full ChromeOS build depending on what you need to validate.

Emulators make it easier to test your app across different screen sizes, Android versions, and configurations without needing multiple physical devices, helping you ensure a smooth experience for Chromebook users.

1. Android Studio

Android Studio is the official IDE for Android development. It can be installed on many Chromebooks via Linux (Beta). On compatible models with hardware virtualization, its built-in Android emulator lets you test apps across different Android versions and hardware profiles directly from ChromeOS.

On Chromebook, Android Studio works best with 8GB RAM or more. Below that, AVD boot times slow significantly, and using a cloud-based testing platform offers a more practical option for quick iteration.

Key features:

• Broad Android version compatibility: Run AVDs across older, current, and preview Android versions efficiently.
• Hardware and sensor simulation: Simulates accelerometer, GPS, orientation, network, and rotation for complete sensor testing.
• ChromeOS-supported system images: Use ChromeOS-specific system images from the SDK Manager to test apps on larger screens.
• Configurable device profiles: Create custom device profiles with unique screen sizes, resolutions, RAM, and hardware configurations.
• Official and fast-release builds: Receive updated emulator versions immediately, as Android Studio is maintained by Google.

Best for: Day-to-day Android development with the AVD on a Chromebook that has 8GB+ RAM and hardware virtualization enabled.

Pricing: Free.

2. TestMu AI (Formerly LambdaTest)

TestMu AI is a cloud-based testing platform that enables mobile app testing across a wide range of Android environments for Chromebooks. Instead of relying solely on simulators, it allows teams to perform Android device testing on cloud using real devices, helping validate performance under actual user conditions.

With access to TestMu AI's 10,000+ real Android and iOS devices, teams can validate how their app behaves across different browsers and device configurations without maintaining physical hardware. For ChromeOS-specific setup, including device selection and capabilities, refer to the ChromeOS testing guide.

Key features:

• Device Simulation: Emulate multiple Android devices and screen sizes directly on a Chromebook for accurate testing environments.
• OS Version Flexibility: Covers a wide range of Android versions, from legacy releases through the latest builds, for compatibility testing.
• App Control: Install, launch, terminate, and uninstall APKs seamlessly within the emulator environment.
• Device Interaction: Simulate rotations, keyboard input, volume changes, shaking, and screen locking for realistic behavior.
• Hardware Profile Simulation: Configure RAM, CPU, and storage settings to mirror real Chromebook hardware.
• App Deployment: Upload APKs and run them on any selected virtual device without requiring physical hardware.
• Cross-OS Support: Run tests across Android, iOS, and ChromeOS, while Chromebook users get optimized support for Android testing.

Best for: Cloud testing across real Chromebooks and a large real-device fleet, including ChromeOS-specific runs at team scale.

Pricing: TestMu AI offers a free Freemium plan with no trial time limit. Paid plans are billed monthly or annually: Virtual Live $15/mo, ChromeOS Live $29/mo, and Real Device Plus Live $39/mo on annual billing, with custom Enterprise pricing.

Note: Test your Android apps on ChromeOS across 10,000+ real devices with TestMu AI. Try TestMu AI free.

3. Genymotion

Genymotion is one of the leading emulators for Chromebooks, widely used for mobile testing and development. It offers multiple formats: as a SaaS-based emulator accessible via the cloud, as a device image for cloud platforms like AWS, and as a native desktop application for Windows, macOS, and Linux. For Chromebook users, the SaaS version is ideal.

Key features:

• Custom device initialization: Define virtual device CPU, RAM, storage, screen resolution, and Android version precisely.
• Automation integration: Connect with CI/CD pipelines and automated test frameworks directly.
• Multi-emulator management: Launch, configure, and control multiple virtual Android devices simultaneously.
• Sensor and network simulation: Configure GPS, network speed, and device rotation for emulated Android devices.
• Cloud-based device templates: Select from pre-configured cloud device images for rapid, standardized setup.

Best for: CI/CD multi-device automation and tightly configured virtual Android devices for QA teams.

Pricing: Free desktop edition for personal use; paid SaaS (pay-as-you-go or per-device subscription), desktop Individual and Business licenses, and hourly PaaS instances for teams. Check the vendor's pricing page for current rates.

4. ChromeOS Emulator (crosvm)

Crosvm is a lightweight virtual machine monitor developed for ChromeOS, enabling developers to run an emulator for Chromebooks directly without physical devices. It allows Android virtual devices to simulate real hardware, including CPU, memory, storage, and GPU, ensuring accurate testing of apps on Chromebook-sized screens and proper interaction with ChromeOS features.

Key features:

• Hardware virtualization support: Efficiently utilize host CPU, GPU, and memory for accurate testing.
• Device isolation: Run Android virtual devices in a sandbox, preventing interference with ChromeOS operations.
• ChromeOS integration: Execute Android apps and emulators directly within ChromeOS without additional third-party software.
• Performance monitoring: Track CPU, memory, and I/O usage of Android emulators for optimization.
• Custom VM configurations: Define virtual CPU cores, RAM, and storage for precise emulator environments.

Best for: Lightweight ChromeOS-native sandbox runs on the Chromebook itself when you want minimal overhead.

Pricing: Free, open-source (BSD-3-Clause).

5. ChromiumOS (Brunch Framework)

Brunch Framework allows running ChromiumOS on non-ChromeOS devices, letting developers test the Android emulator for Chromebook-like environments effectively. It helps simulate Chromebook environments, deploy Android virtual devices, and validate app performance, responsiveness, and UI behavior without needing a physical Chromebook.

Key features:

• Cross-platform testing: Run ChromiumOS builds on standard laptops for effective app compatibility testing.
• ChromeOS-like environment: Replicate Chromebook behavior for accurate Android app testing.
• Kernel and driver support: Provides drivers and kernel modules to enable Android emulator execution in ChromiumOS.
• Custom image deployment: Install ChromiumOS images supporting various virtual devices and screen resolutions.
• Open-source development: Enables customization of Android emulator environments for Chromebook-specific testing.

Best for: Running ChromiumOS on a standard x86 PC to validate Android apps in a Chromebook-like environment without buying hardware.

Pricing: Free, open-source.

6. Anbox Cloud

Anbox Cloud is Canonical's container-based Android platform. It runs Android instances inside secure Ubuntu containers across AWS, Azure, GCP, Oracle Cloud, or a private cloud, and is built for streaming, automated testing, and scalable Android workloads. For Chromebook users, the value is the cloud side: you point your Chromebook at Anbox Cloud instances rather than running emulation locally.

Key features:

• Container-based Android: Runs Android in LXD containers rather than full VMs, reducing per-instance overhead for large test farms.
• Cloud-agnostic: Deploys on AWS, Azure, GCP, Oracle Cloud, or private Ubuntu infrastructure.
• Low-latency streaming: Built-in WebRTC streaming layer lets Chromebook users interact with the remote Android instance from a browser.
• Test automation hooks: ADB access and APIs for orchestrating large fleets of Android instances during CI runs.
• Ubuntu Pro backed: Comes with Canonical's long-term security maintenance and 24/7 enterprise support.

Best for: Streaming and scalable Android test farms on Ubuntu cloud infrastructure when local emulation on the Chromebook is not enough.

Pricing: Custom, and requires an Ubuntu Pro subscription. Ubuntu Pro is priced as a percentage of the underlying cloud compute cost on AWS, Azure, or GCP, with custom rates for private cloud deployments.

7. QEMU

QEMU (Quick Emulator) is a general-purpose open-source machine emulator and virtualizer. It is not an Android emulator on its own, to run Android on a Chromebook you point QEMU at an Android system image. The two practical sources are Android-x86 ISO images and Cuttlefish disk images converted with cvd2img.

QEMU runs inside Linux (Crostini) on x86 Chromebooks with KVM acceleration enabled. On ARM Chromebooks the Android path through QEMU is limited, so container options like Waydroid or Anbox Cloud are usually a better fit. Note that the official Android-x86 project has been dormant for years, so its ISOs ship Android 9-era builds; teams that need a current Android version should pair QEMU with Cuttlefish images instead.

Key features:

• Full system emulation: Emulate a complete Android environment, including CPU, memory, and peripherals.
• KVM acceleration: With KVM enabled on an x86 Chromebook in Linux mode, near-native CPU speed makes Android boot and app execution far faster than pure software emulation.
• Multi-architecture support: Boot x86_64 or ARM Android images on a Linux host, though x86 Chromebooks see the best performance.
• Snapshot support: Save and restore VM state for quick rollback during testing.
• Pairs with Cuttlefish: Use cvd2img to convert Cuttlefish disk images into QEMU-bootable disks for current AOSP builds.

Best for: Engineers who want a low-level, scriptable Android VM on an x86 Chromebook in Linux mode and are comfortable wiring up an Android-x86 or Cuttlefish image themselves.

Pricing: Free, open-source (latest major release v11.0, April 2026).

8. Appetize.io

Appetize.io is a cloud-based platform that allows you to use emulators for Chromebooks to run apps directly in a browser. Users can upload APK files, select device profiles, and simulate Android devices without needing physical hardware, making it ideal for testing and validating apps on ChromeOS efficiently.

Key features:

• Browser-based access: Launch Android emulators directly from a browser, eliminating local software installation.
• Multiple device simulation: Emulate different Android devices with varying screen sizes, resolutions, and OS versions.
• APK deployment support: Upload and run APK files on virtual Android devices from a Chromebook environment.
• Session configuration: Set device model, OS version, and runtime options for accurate app testing.
• Cloud-hosted environment: Access consistent Android environments without relying on local system resources.

Best for: Embedding browser-based Android emulators in support, training, sales demo, and design review flows on a Chromebook.

Pricing: Free tier with limited monthly streaming minutes; paid Starter, Premium, and Enterprise plans, plus on-premise and private-cloud licensing for larger deployments. Check the vendor's pricing page for current rates.

9. MEmu Play

MEmu Play enables users to run Android apps and games smoothly on their Chromebooks. Known for its compatibility and high-performance features, MEmu Play allows Chromebook users to experience Android with optimized gaming performance, including keymapping for keyboard and mouse control and enhanced frame rates for demanding applications.

Key features:

• Multi-instance support: Run multiple Android emulator instances simultaneously for efficient testing.
• Customizable hardware allocation: Set CPU cores, RAM, and graphics resources for each emulator instance.
• Android version flexibility: Support multiple Android versions for accurate compatibility testing.
• Keyboard and mouse keymapping: Simulate touch inputs accurately for Android apps on Chromebook keyboards.
• High-performance rendering: Optimize frame rates and graphics rendering for smooth app and game performance.

Best for: Gaming and high-performance multi-instance Android app runs on Windows hosts (limited direct Chromebook use).

Pricing: Free (developed by Microvirt).

10. Waydroid

Waydroid is an Android emulator for Chromebooks that runs in Linux mode. Using a container with direct hardware access requires some Linux Kernel adjustments during setup. It includes a minimal Android image based on LineageOS, providing improved performance and efficient app execution.

On compatible Chromebooks with Linux enabled, the direct hardware access produces noticeably lower input latency compared to QEMU running the same app, making it the better choice when testing touch-heavy interactions locally.

Key features:

• Containerized architecture: Run Android apps without the heavy resource consumption of traditional virtual machines.
• Direct hardware access: Android applications interact directly with Chromebook hardware for faster, more responsive performance.
• Minimal Android image: Uses a lightweight LineageOS-based Android image, reducing overhead while preserving essential functionality.
• Linux-based integration: Run Android apps seamlessly alongside Linux applications on Chromebooks.
• Performance optimization: Leverage containerization and Linux Kernel access for efficient Android app execution.

Best for: Low-latency offline Android runs on Chromebooks with Linux mode enabled, especially for touch-heavy testing.

Pricing: Free, open-source.

11. AirDroid Web

AirDroid Web mirrors a physical Android device connected to the platform. It requires only a QR code scan and works as a cast to a bigger screen, such as a Chromebook desktop, useful for quick interaction and observation without a full emulator setup.

Key features:

• Device mirroring via QR code: Mirror an Android device on a Chromebook quickly and securely by scanning a QR code.
• Cross-network connection: Connect Android devices and Chromebooks over the cloud without requiring the same local network.
• Chromebook-based control: Navigate Android apps using the Chromebook keyboard, mouse, and touchpad once mirrored.
• Multiple device support: Mirror up to five Android devices simultaneously to a Chromebook for parallel testing.

Best for: Mirroring a physical Android device onto a Chromebook screen for quick interaction when you already own the device.

Pricing: Consumer plans (AirDroid Personal and Cast) plus per-device Business tiers (Basic, Standard, and Enterprise) for fleet management. Check the vendor's pricing page for current rates.

Note: AirDroid Web is a device mirroring tool, not a traditional emulator. It requires a physical Android device. Included here as a lightweight alternative for Chromebook users who already own an Android device.

12. BlueStacks

BlueStacks is a powerful emulator for Chromebooks that works via a Chrome extension or cloud access. While widely used for gaming, it also allows developers and testers to install, run, and test Android applications directly on Chromebook devices. It supports multiple Android versions, keymapping, performance tuning, and customizable resource profiles, making it ideal for both app testing and casual use on ChromeOS.

Key features:

• Enhanced input controls: Supports keymapping, mouse, and keyboard inputs on Chromebooks for precise Android app control.
• Cloud and ChromeOS installation: Access BlueStacks via a web platform or Chrome extension for in-browser Android emulation.
• Automation rules with macros: Automate sequences of actions to streamline repeated testing workflows on Chromebooks.
• Performance customization: Adjust memory, CPU allocation, and graphics settings to optimize for Android applications.

Best for: Casual Android app use, gaming, and macro automation on a Chromebook through the cloud or Chrome extension.

Pricing: Free (ad-supported) for all core features. An optional BlueStacks Prime subscription removes sponsored ads and adds rewards, priority support, and in-game discounts. Operated by now.gg, Inc.

13. Cuttlefish AVD

Cuttlefish is Google's official virtual Android device, built and maintained inside the AOSP project. It runs locally on Linux x86 and ARM64 hosts (including Linux mode on a Chromebook) and remotely on third-party clouds, with the explicit goal of staying framework-faithful to a physical phone so that CI suites and CTS tests behave the same on Cuttlefish as on real hardware.

Where Android Studio's emulator is tuned for app developers, Cuttlefish is tuned for platform engineers, AOSP contributors, and CI fleets that need many concurrent Android devices with consistent behavior.

Key features:

• Framework fidelity: Designed to respond to OS-level interactions just like a physical phone target, ideal for CTS and platform testing.
• Local and remote operation: Runs on a Linux-mode Chromebook for offline testing and on Google Cloud or other providers for large CI fleets.
• Multiple concurrent devices: Built to scale to many parallel virtual devices on a single host, useful for sharded test runs.
• AOSP-native: Maintained alongside the Android platform itself, so it tracks new Android releases on day one.
• Open source: Apache 2.0 licensed, with full source available in the AOSP tree.

Best for: Framework-fidelity testing for AOSP work, CTS validation, and remote or local virtual device farms used in CI.

Pricing: Free, open-source (Apache 2.0, part of AOSP).

14. Redroid

Redroid (Remote anDROID) runs full Android inside Docker containers, so it starts quickly and can run many Android instances on a single machine. It runs on a Linux server rather than on ChromeOS itself, so from a Chromebook you connect to it on a cloud or Linux host. That makes it a strong fit for large-scale and automated testing.

Key features:

• Container-based Android: Runs Android in Docker, Podman, or Kubernetes, without a heavy virtual machine.
• Many instances at once: Start lots of separate Android containers on one machine for large test runs.
• GPU acceleration: Uses the host GPU for smoother graphics than software-only emulation.
• Wide Android support: Offers ready-made images for older and recent Android versions.
• Standard tooling: Connect over ADB and view the screen with scrcpy or a web viewer.

Best for: Running lots of Android instances on a cloud or Linux server, controlled from a Chromebook, for large-scale automated testing.

Pricing: Free, open-source (Apache 2.0).

15. docker-android

docker-android runs the official Android emulator inside a Docker container, bundled with Appium and a browser-based screen view. The emulator needs a Linux machine with hardware acceleration, so you run it on a Linux or cloud host and then watch and control it from your Chromebook browser. That setup makes it a favorite for automated app testing in CI pipelines.

Key features:

• Real emulator in Docker: Runs Google's official Android emulator in a container, with no local setup on the Chromebook.
• Appium included: Comes with Appium, so UI and end-to-end tests work right out of the box.
• View it in a browser: Watch and control the emulator from any browser, which is handy on ChromeOS.
• Device profiles: Emulates named devices like the Samsung Galaxy S10 for realistic screen sizes.
• Built for CI: Works with Jenkins and cloud platforms like AWS, Azure, and GCP.

Best for: Running the official Android emulator and Appium in Docker on a Linux or CI host, controlled from a Chromebook browser.

Pricing: Free, open-source (MIT License).