I really like the powerful emulator and the smart code completion feature in Android Studio. It makes writing Kotlin and Java code much faster and helps me test apps easily on different virtual devices. The layout editor is also very intuitive for designing beautiful user interfaces Review collected by and hosted on G2.com.

Android Studio is extremely heavy and consumes a lot of RAM and CPU resources. It can make lower-end computers very slow, especially when running the Gradle build or the emulator. It also takes a long time to open and load large projects. Review collected by and hosted on G2.com.

After eight years of daily use, Android Studio feels like a natural extension of my development workflow. The UI has come a long way—early versions were rough, but the current layout is thoughtfully designed. The layout editor, Logcat, and the emulator each have a logical place, and switching between them mid-task doesn’t break my concentration. I still rely on the side-by-side XML and visual editor on every project.

Firebase, Google Play, and Git integration generally work without friction. Gradle has been a pain point at different times over the years, but once you understand how it handles dependencies and build variants, it becomes second nature. I’ve watched it improve release after release.

Performance is noticeably better than it was three or four years ago. On a well-specced machine, it holds up well even with the emulator running. Startup time is still the one area that hasn’t improved as much as everything else.

For a tool at this level, I still appreciate that it’s free. Over eight years, across multiple projects and clients, the cost-to-value ratio feels unmatched: no licensing conversations and no feature tiers to navigate.

The learning curve is real for newcomers, but after using it this long, I barely notice it anymore. The documentation has gaps, yet the community knowledge built up over the years fills most of them.

The Gemini integration is the most interesting recent addition. The code suggestions have become more contextually relevant, and the debugging assistance is genuinely useful rather than just surface-level autocomplete. There’s still room to grow, but it’s clearly heading in the right direction. Review collected by and hosted on G2.com.

Memory usage has been a consistent complaint throughout the years and honestly it still is. Even on a decent machine, running the emulator alongside the IDE while juggling a moderately complex project pushes RAM harder than it should. It has improved but not enough given how long this has been raised by the community.

Gradle sync failures are the other thing that never fully goes away. After eight years I know how to dig through the errors and find the root cause, but the error messages themselves haven't gotten meaningfully clearer. A junior developer hitting those walls for the first time will lose hours they shouldn't have to.

Startup time is the small daily frustration that adds up over a long project. Not a dealbreaker after this many years but it's the one thing I still notice every single morning. Review collected by and hosted on G2.com.

The code editor it provides is the best—honestly, it feels perfect. Review collected by and hosted on G2.com.

Every update slightly changes the UI, so it’s difficult for me to find some options in the interface the way I could before. Review collected by and hosted on G2.com.

What I like most about Android Studio is the overall development workflow and debugging support. The built-in emulator, Gradle integration, and real-time error highlighting make it easier to test and optimize apps during development. I’ve mainly used it while working on Flutter-based mobile projects, and the integration with device emulators and SDK tools helped reduce a lot of manual setup effort.

Another thing I found useful is the code suggestions and layout inspection features, especially while troubleshooting UI responsiveness across different screen sizes. The IDE can feel slightly heavy on system resources at times, particularly on larger projects, but overall it provides a stable environment for app development and testing. Review collected by and hosted on G2.com.

One thing I dislike about Android Studio is that it can become resource-intensive, especially when running emulators alongside larger projects. Build times occasionally slow down after multiple plugin updates or Gradle syncs, which can affect productivity during testing phases.

I also feel that dependency management and version compatibility can sometimes get confusing, particularly when working with Flutter integrations or updating SDK versions. While most issues are manageable with documentation and community support, the setup process for new environments could be more streamlined. Review collected by and hosted on G2.com.

What I like most about Android Studio is that is truly acts as a complete, all in one ecosystem for development. From Ui/ux prespective, the layout preives and layout inspector make designing responsive screens incredibly smooth. when it comes to integrations, managing dependencies vie Gradle and connecting seamlessly with GitHub right from the IDE is seamless.

good updated support for AI tools with efficient performance. Review collected by and hosted on G2.com.

while the IDE is packed with incredible features, managing older project configuration can heavily tax system resources. Specifically, when working on legacy projects tied to a Java 8 toolchain or utilizing extensive Java 8 APi desugaring vie D*/R8, Gradle indexing and background compilation taks require an immense amount of memory Review collected by and hosted on G2.com.

Compared to other platforms like VS Code, it offers more advanced features, such as GitHub push commands and Flutter options like pub get and clean. Overall, it feels easier to use and helps me develop faster. It’s also free of cost and supports Gemini now fo ai and wehen some crash reports are gnerating then support team automticaly genearte crash reports. Review collected by and hosted on G2.com.

It takes up so much space on my system, and if I need to run more than one project, it gets stuck. Review collected by and hosted on G2.com.

It made UX design easy, which saved tons of time, and it’s kept updated by Google. When I was coding, it handled other tasks by itself, like writing the basic boilerplate code that’s important for the software to work with Android OS. You can also choose between two different languages, which is awesome (Kotlin and Java). The built-in smartphone simulator is great too, because you can test the app after making changes on different Android OS versions. Review collected by and hosted on G2.com.

Android Studio has a few drawbacks. One is that it requires powerful hardware and doesn’t work properly on low-end PCs; in my experience, it needs at least 16 GB of RAM to run smoothly. Mobile simulation also requires a lot of storage to keep different OS versions, like Android 12 or 13 and more. On top of that, it still has some bugs. Review collected by and hosted on G2.com.

What I like best about Android Studio is its powerful development environment and seamless integration with the Android ecosystem. It provides excellent tools like code completion, debugging, and a built-in emulator, which make app development much faster and more efficient.

I also appreciate the intuitive UI and strong support for Gradle-based builds, which helps in managing dependencies and project configurations easily. Overall, it’s a complete and reliable IDE for Android app development. Review collected by and hosted on G2.com.

One thing I dislike about Android Studio is that it can be quite heavy and resource-intensive, especially on systems with lower RAM or processing power. Sometimes it takes time to load projects or build files, which can slow down the workflow.

Additionally, the Gradle build process can occasionally be confusing for beginners and may lead to longer build times. However, these issues are manageable once you get familiar with the tool. Review collected by and hosted on G2.com.

Android Studio is very effective tool to develop Native Android Applications. UI/UX is very easy to understand and have IntelliSense feature which helps to wrote code easily. Also we can add plug in of Gemini Code assist to code it directly in android studio. Review collected by and hosted on G2.com.

Requires a powerful CPU and plenty of RAM (16 GB or more is recommended for smooth performance with the emulator).

Large projects can consume several gigabytes of memory.

Multiple emulators running simultaneously can significantly slow the system.

Slow Build time

Sometimes sync issues. But overall it is good and easy to develop Android Application Review collected by and hosted on G2.com.

What I like most about Android Studio is its powerful debugging tools and Android emulator integration. It provides everything needed for Android development and testing in a single environment. Built-in Android Emulator for testing applications across different devices and Android versions.

Advanced debugging tools that help identify crashes, performance issues, and application behavior.

Layout Inspector for analyzing and troubleshooting UI issues.

Logcat integration for monitoring application logs in real time.

Strong integration with the Android SDK and development ecosystem. The most valuable feature is the combination of the emulator and debugging tools. It allows developers and QA engineers to reproduce issues, validate fixes, and test different scenarios without requiring multiple physical devices, which significantly improves productivity and troubleshooting efficiency. Review collected by and hosted on G2.com.

The biggest challenge is performance and resource consumption. On less powerful machines, running Android Studio, the emulator, and other development tools simultaneously can impact productivity. That said, the rich feature set, debugging capabilities, and integration with the Android ecosystem make it one of the most effective tools available for Android development and testing. Review collected by and hosted on G2.com.