Quick answer: Android Studio is a tool for writing Android apps, not a requirement for producing one. If your app is web content in a WebView, a cloud build service runs the same Gradle build on a server and hands you a signed APK — with nothing installed on your machine. You only need the IDE when you plan to write native code.
What "install Android Studio" really means
The download button understates it. A working install is a stack:
| Piece | Approx. size | Why it is there |
|---|---|---|
| The IDE | ~1.2 GB | Editor, project tooling |
| SDK + a platform | 3–5 GB | Compilers and platform libraries |
| Gradle and its cache | 1–2 GB | The build system and everything it fetches |
| Emulator image | ~1.5 GB each | Only if you have no real device |
| JDK | ~300 MB | Bundled, still on disk |
Plan for 8–12 GB, a first build that idles for many minutes while dependencies download, and a laptop with 8 GB of RAM that will complain the whole time. Then the learning: Gradle scripts, the manifest, resource folders, build variants, signing configs. Each is somewhere to lose an afternoon.
For an app whose interface is a website, none of that buys anything.
Option A — a cloud build
Upload the content and settings; a server assembles the Android project, runs Gradle, signs the output and returns an APK. It works from any browser, including a Chromebook or a tablet.
Gains: zero install, zero toolchain knowledge, the same result on every machine. Costs: you cannot add arbitrary native code, and you depend on the service. For a WebView app that is an easy trade. For an app that needs Bluetooth or a vendor SDK, it is not.
Option B — SDK command-line tools
Gradle and the SDK's command-line tools build Android apps with no IDE, and continuous-integration servers do exactly this. The footprint drops to a few hundred megabytes. But you still author the Gradle files and the manifest, now without the IDE catching your typos. This is a lighter setup for people who already know Android, not a way to avoid learning it.
Option C — Capacitor, Cordova and friends
Capacitor and Cordova are built to wrap web content, and Flutter and React Native produce Android apps from other languages. All are capable, with plugin ecosystems and an iOS story.
The fine print: every one of them still needs the Android SDK to produce an APK, and Capacitor's own setup guide lists Android Studio as a prerequisite. They answer "how do I reach native APIs from JavaScript?", not "how do I skip the toolchain?".
Pick by what you are building
| Your situation | Take |
|---|---|
| A website that should also be an app | Cloud build |
| You need Bluetooth, NFC or a native SDK | Capacitor, or native |
| You know Android and want a lean machine | Command-line tools |
| The app is a real native product | Android Studio, all of it |
| One codebase for Android and iOS | Capacitor or Flutter |
What no route lets you skip
Android's requirements do not care how you compile. Whichever option you take, you still own:
- a valid, permanent package name;
- a version code that increases on every upload;
- a complete icon set;
- a signing key, backed up, because losing it ends your ability to update the app;
- content that works when loaded from a folder rather than a web server.
One honest caveat
If the app will grow native features — background sync, a home-screen widget, a native checkout — starting as a wrapper means moving later. Wrap when the website is the product and the app is how people reach it. Go native when the app is the product and the website is a placeholder.