Capacitor vs React Native: Web Skills or Native Feel?
By CodexierPublished 4 min read
Both Capacitor and React Native let one team ship an app to iOS and Android from a JavaScript or TypeScript codebase. They get there in very different ways. Capacitor runs your web app inside a native shell; React Native uses JavaScript to drive real native interface components. The right choice depends mostly on what you already have and how native the app must feel.
How Capacitor wraps a web app
Capacitor packages your HTML, CSS and JavaScript into a native iOS and Android project. The interface runs in the platform's web view, the same engine as Safari or Chrome, and a bridge gives your code access to native features such as the camera, file system, push notifications and biometric login. You can use any web framework, including React, Vue or Angular. For a team with an existing web app or strong web skills, that means the store apps can share most of their code with the website.
How React Native renders natively
React Native uses React's component model, but instead of rendering HTML it renders native interface elements: real iOS and Android views, lists, text inputs and navigation. Your logic runs in JavaScript, and the platform draws the interface. That gives the app native scrolling, gestures and system behaviours without extra effort, but web components and CSS cannot be reused directly. Business logic, data handling and API code can often be shared with a React web app; screens usually cannot.
Reusing your existing web code
| What you have | Capacitor | React Native |
|---|---|---|
| A responsive web app in any framework | Most of it can ship as the app | Logic may be reusable, screens rebuilt |
| A React web app | Reused almost entirely | Hooks, state and API code shareable; UI rebuilt |
| No existing app | Build a web app that doubles as the mobile app | Build mobile-first, add web later if needed |
| A team of web developers | Productive from day one | A learning curve for native layout and tooling |
Reuse is not free with Capacitor either. A website designed for desktop must be adapted to touch, safe areas, the keyboard and offline states before it feels like an app. And app store review rejects apps that are just a website in a wrapper, so the app must offer real app value.
Performance and feel
Where Capacitor is fine
Forms, lists, bookings, dashboards, content and most business apps. Modern web views are fast, and users rarely notice.
Where Capacitor struggles
Very long lists with complex items, heavy animations, gesture-rich interfaces and apps that must match platform conventions exactly.
Where React Native shines
Consumer apps where scrolling, transitions and gestures are part of the experience, and apps expected to look like the platform.
Where React Native costs more
Two platforms' native build tooling, more native dependencies to update and a separate web version if you need one.
Plugins and native features
Both ecosystems have plugins for the common needs: camera, location, push notifications, secure storage, biometrics, in-app purchases and deep links, which is how BankID app switching works. For unusual hardware or platform features you may need to write a small native module in Swift or Kotlin in either case.
- List the device features you need before choosing, and check plugin maturity for each.
- Check who maintains the plugins and how quickly they follow new iOS and Android versions.
- Plan for yearly updates regardless of framework; operating system changes break apps in both.
When you need neither: if users would open the app a few times a year, a good mobile website or a PWA is often enough, as our guide on PWA or mobile website explains. When a store app is justified, our cross-platform MVP app is built with the approach that fits your starting point; see the pricing page or book a short call.
Frequently asked questions
Will Apple reject a Capacitor app?
Not for using Capacitor. Apple rejects apps that are simply a website in a wrapper with no app-specific value. Native features such as notifications, offline use or device integration, and a design adapted to the phone, avoid that.
Is React Native the same as native development?
The interface is native, but the logic runs in JavaScript. For most apps the difference is invisible. For graphics-heavy games or apps that need maximum performance, fully native development may still be better.
Can we switch from Capacitor to React Native later?
Yes, but the interface is rebuilt. Keeping business logic and API calls separate from UI code from the start makes a later move much cheaper.
What about Flutter?
Flutter draws its own interface and uses the Dart language, so it suits teams without a web codebase to reuse. Our comparison of React Native and Flutter covers that choice.
Pick the right base for your app
Tell us what you have today and what the app must do. In 15 minutes we will recommend Capacitor, React Native or neither.
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