Best 10 Android Emulators for Chromebook [2026]

Running Google’s Android Emulator locally on a Chromebook is limited to a short list of models, so the practical choice for most people is a cloud emulator you open in the browser, such as Pcloudy Virtual Devices, Genymotion Cloud, or Appetize. The Android apps already on your Chromebook come from Google Play, which isn’t an emulator and doesn’t help you test. For release checks, add real Android devices. (here’s when an emulator isn’t enough).

This guide is about Android emulators for developers and testers. If you’re looking for game-console emulators, this isn’t that list.

On a Mac or Windows PC instead? See Android emulators for Mac or Android emulators for PC.

TL;DR: Pick by what you need

Native Android Apps vs an Android Emulator

These two things get mixed up constantly, so it’s worth separating them first.

Android apps from Google Play run on some Chromebooks through ChromeOS itself. Google says the Play Store is “available for only some Chromebooks,” and on a work or school Chromebook you “might not be able to add the Google Play Store or download Android apps.” It’s a good way to use apps. It isn’t a testing tool: you can’t pick the Android version, change the device profile, or simulate conditions the way an emulator can.

An Android emulator runs a virtual Android device you control. You choose the Android version and screen size and can simulate things like location and network conditions. That’s what developers and testers need, and it’s what the rest of this guide covers.

Can a Chromebook Run an Android Emulator Locally?

Sometimes, but not on most models, and the sources disagree enough that you should check your own device.

• Google’s ChromeOS developer site says supported Chromebooks “can now run a full version of the Android Emulator,” and lists six models: Acer Chromebook 712 [C871], ASUS Chromebook Flip C436FA, Dell Latitude 5300 and 5400 Chromebook Enterprise, HP Chromebook x360 14c, and Lenovo Flex 5 Chromebook.
• Android Studio has been supported on ChromeOS since version 3.5. The recommendations are 8 GB of RAM, 20 GB of free disk space, a 1280 x 800 minimum screen resolution, and a processor of “Intel i5 or higher.”
• Google’s help page for Linux on Chromebooks says “Android Emulators aren’t yet supported.”

Those statements don’t line up, and either page may be out of date. If you plan to run an emulator locally, confirm your exact model on the current Google documentation first. On work or school Chromebooks, Google also notes you might not be able to use Linux at all.

If your Chromebook isn’t on the list, or you don’t want to find out the hard way, a cloud emulator or real-device cloud avoids the question entirely, since the work runs on someone else’s hardware and your Chromebook only needs a browser and a stable connection.

How to Choose an Android Emulator for Chromebook

Most people end up in one of three groups.

• Quick previews and demos. A browser-based emulator with a free tier is enough. Speed of setup matters more than depth.
• Regular development or QA from a Chromebook. A cloud emulator with CI integration, or Android Studio if your model is supported, covers daily work. Budget for per-minute or per-device pricing if you choose cloud.
• Release confidence. If your app handles payments or authentication, or runs across many phone brands and Android versions, plan to test on real devices too. How many depends on your user base, release cadence, and what a production bug costs you.

Two practical checks apply to everyone: your internet connection (cloud options stream the screen to you) and whether your school or employer restricts what you can install or open.

Top 10 Android Emulators for Chromebook in 2026 and Beyond

Entries are grouped by what they actually are. Each one names its limits, because a tool that suits a demo can be wrong for a regression suite.

Cloud emulators

1. Genymotion Cloud

Type: Browser-based Android virtual devices

Genymotion Cloud comes in two forms: SaaS, which you “run instantly in your web browser,” and PaaS, which runs inside your own AWS, Google Cloud, Azure, or Alibaba Cloud account. You can create arm64 devices that run ARM apps without translation tools, and a command-line tool (gmsaas) connects devices to ADB. Its page lists integrations with Detox, GitHub Actions, CircleCI, Bitrise, and Jenkins.

SaaS Pay-As-You-Go is $0.06 a minute per running device; every started minute is billed, and you get 2 simultaneous devices by default. Unlimited is $219 per device per month, or $179 per device per month billed annually. Premium is custom. The pricing page doesn’t mention a free trial. It needs a stable connection, and costs scale with usage.

Best for: developers and QA teams who work from a Chromebook and need virtual devices with CI hooks.

2. Appetize

Type: Browser-based Android emulators

Appetize runs Android emulators in a browser tab, with nothing to install.

The free tier is $0 a month for a single user: 2 active devices, 30 minutes refilled monthly, and a 3-minute session limit. Starter is $59 a month with 500 minutes included, then $0.06 a minute. It’s an emulator, so it won’t show real-hardware behavior, and 3-minute sessions are short.

Best for: demos, previews, and quick checks.

Local emulator

3. Android Studio Emulator (on supported Chromebooks)

Type: Official Android emulator

Price: Free

Android Studio is Google’s official IDE, and its emulator lets you pick Android versions and device profiles. Google’s developer site says supported Chromebooks can run the full emulator, and lists six models (see above). It’s free and tied into the debugging tools Android developers already use.

The catch is the short list of supported Chromebooks, Google’s own Linux help page saying emulators aren’t yet supported, and the RAM and disk space it needs.

Best for: developers on a supported Chromebook who want an offline setup.

Emulators and real devices on one platform

4. Pcloudy

Type: Virtual devices (Android emulators) and real devices in one platform

Pcloudy’s virtual devices are now live: Android emulators, which it calls virtual devices, sit alongside real Android devices in the same dashboard, so you can start on an emulator and move to real hardware without changing platform. Virtual devices cover native app testing and mobile browser testing (Chrome, Firefox, and Edge on Android), and a session includes app installation, logs, ADB, DevTools, network throttling, and location and language changes.

On the real-device side, Pcloudy’s Android page lists 3,000+ real Android devices from 50+ manufacturers, covering Android 8 through 15. You run Espresso, Appium, and UIAutomator tests, apply network throttling (3G, 4G, Wi-Fi), and test with real GPS, accelerometer, and fingerprint sensors. Manual plans offer a free trial with no credit card required, and you can deploy as a public cloud, a private cloud, or a Lab-in-a-Box behind your own firewall.

The limits are the usual ones. A virtual device won’t show how a specific phone behaves on a real network or under real battery and thermal conditions, which is what the real devices are for. It’s also a paid platform, so for a five-minute demo a free emulator such as Appetize is faster to start. Check the current virtual device list on the product page before you commit, and confirm that your Chromebook’s browser is supported.

Best for: teams that want emulators for daily work and real devices for release checks without a second vendor.

5. Sauce Labs

Type: Real-device and emulator cloud

Sauce Labs lists real devices, emulators, and simulators for iOS and Android, and its documentation recommends mixing real and virtual devices depending on the test. It supports Appium, Espresso, Selenium, and other frameworks, and works with CI/CD platforms including Jenkins, CircleCI, Azure, and GitHub Actions. Its site advertises a free trial of Sauce AI rather than of the whole platform, so check the current trial terms.

Best for: teams with an established automation stack.

6. TestMu AI (formerly LambdaTest)

Type: Real-device and emulator/simulator cloud

LambdaTest is now TestMu AI. It offers real iOS and Android devices for manual and automated app testing, with free sign-up, and its FAQ says existing Selenium and Appium Grid endpoints work. Its documentation also describes running Appium app tests on cloud emulators and simulators, chosen with a capability setting, and labels that feature Beta. The page doesn’t describe free-plan limits, so check them before you plan around the free tier.

Best for: teams that want one platform for app and browser testing.

7. Firebase Test Lab

Type: Automated testing on physical and virtual devices

Firebase Test Lab runs Android tests on physical devices in a Google data center, and it also offers virtual devices, including Arm ones. It supports Espresso and UI Automator tests, Robo tests that explore your app without test code, and Game Loop tests. You can start from the Firebase console, from Android Studio, or with the gcloud command line. Runs are capped at 45 minutes on physical devices and 60 minutes on virtual devices.

Google describes testing at no cost through the Play Store’s alpha or beta channels, using pre-launch reports and Robo tests. Quotas and pricing are on a separate page, so check them before relying on the free route. It’s built for automated runs, not for poking at a device by hand.

Best for: automated tests for teams already in the Google ecosystem.

Real devices only

8. BrowserStack

Type: Real-device cloud

BrowserStack offers real-device testing for iOS and Android, with App Live for manual testing and App Automate for automation, plus a free trial. Its App Live FAQ says all devices are physical and that it doesn’t use emulators or simulators, so it suits teams that want real hardware only. It’s a paid service, so check the plan limits for parallel sessions before you commit.

Best for: teams already on BrowserStack who want mobile on the same account.

9. AWS Device Farm

Type: Physical-device testing service

AWS Device Farm lets you “run tests and interact with a large selection of physical devices,” with manual testing through remote access, and it cites 2,500+ devices. Its page mentions iOS and Android in its private device lab. It doesn’t spell out Android in the shared fleet or list mobile pricing, so check its pricing page. It fits teams already running on AWS.

Best for: AWS-based teams that want physical devices.

Built in, not an emulator

10. Google Play Android Apps on ChromeOS

Type: Android app support built into ChromeOS

Many Chromebooks can install Android apps from Google Play. Google says it’s “available for only some Chromebooks,” and that if you can’t find the option under Settings, “your Chromebook doesn’t work with Android apps.” There’s nothing to install, and it works for everyday app use.

But you can’t choose Android versions or simulate conditions, so it isn’t a testing environment, and on a work or school Chromebook an administrator may block it.

Best for: using Android apps, not testing them.

Not on this list: Anbox and ARChon Runtime. Anbox’s GitHub organization was archived on Feb 13, 2024 and says it is “no longer maintained.” ARChon’s site gives no current ChromeOS compatibility information and says you don’t need it on 64-bit ChromeOS devices. Cameyo is also sometimes suggested, but its site describes delivering client apps through the web and doesn’t mention Android.

Comparison Table

Emulators Are Good at Some Things. Real Devices Cover the Rest

Emulators are a sensible default for a lot of work: fast feedback while you build, quick checks across Android versions and screen sizes, demos, and anything you want to show someone without handing over a phone. On a Chromebook, a cloud emulator also sidesteps the hardware limits of the laptop itself.

What an emulator can’t show is how a phone behaves as a physical object: how it handles a weak signal or a switch between Wi-Fi and mobile data, how it throttles when it’s hot or the battery is low, and how a manufacturer’s changes to Android affect permissions and background behavior. Fingerprint and other sensor hardware also isn’t physically present.

Read more: We cover these gaps in more detail in disadvantages of Android emulators.

In practice you’ll use both. A common setup is an emulator for the daily loop and a real-device pass before release, and platforms such as Pcloudy, Sauce Labs, and TestMu AI offer both, which saves running two vendors. How wide that pass needs to be depends on your user base, how many phone brands and Android versions you support, and how costly a production bug is for you.

FAQs

Can a Chromebook run an Android emulator? 

Some can. Google’s ChromeOS developer site says supported Chromebooks can run the full Android Emulator and lists six models, while Google’s Linux help page says Android emulators aren’t yet supported. Check your model, or use a cloud emulator that only needs a browser.

What is the best Android emulator for Chromebook? 

For most people, a browser-based option such as Pcloudy Virtual Devices, Genymotion Cloud, or Appetize, since it doesn’t depend on the Chromebook’s hardware. If your model is supported, Android Studio’s emulator is the free, official choice.

Is Google Play on Chromebook an emulator? 

No. It’s Android app support built into ChromeOS, and Google says it’s available only on some Chromebooks. It lets you use apps, not test across Android versions or simulate conditions.

Is there a free Android emulator for Chromebook? 

Appetize has a free tier (2 active devices, 30 minutes a month, 3-minute sessions). Android Studio’s emulator is free on supported models. Platforms such as Pcloudy and BrowserStack offer free trials. Check each site for current limits, and whether the trial covers emulators or only real devices.

Which Android emulator works on a low-RAM Chromebook? 

A cloud emulator, since the Android device runs on remote servers and your Chromebook only streams the screen. Local emulation needs far more memory; Android Studio on ChromeOS recommends 8 GB of RAM.

Can I run Android Studio on a Chromebook? 

Yes. Google says Android Studio has been supported on ChromeOS since version 3.5, with a recommendation of 8 GB of RAM, 20 GB of free disk space, and a processor of Intel i5 or higher. The full Android Emulator is supported only on certain models.

Does Anbox or ARChon still work on Chromebook? 

Anbox’s GitHub organization was archived in February 2024 and says it’s no longer maintained. ARChon’s site gives no current ChromeOS compatibility information, so we don’t recommend either.

Can I use an emulator on a school Chromebook? 

School and work Chromebooks are managed by an administrator, who may block installing apps, enabling Linux, or opening certain websites. Google says on managed devices you “might not be able” to use Linux or add the Play Store. Ask your administrator before setting anything up.

When should I test on real Android devices instead? 

When your app handles payments or authentication, runs across many phone brands and Android versions, or depends on network, battery, or sensor behavior. For early development and demos, an emulator is usually enough.

Related Reading

• Best Android Emulators for PC
• Best Android Emulators for Mac
• Best iOS Emulators for PCs
• Real Device Cloud vs Emulator for Mobile App Testing
• Android App Testing on Real Devices
• List of Real Devices