Capacitor vs React Native vs a Managed Wrapper
Three ways to get an existing web app onto the App Store, compared on time, cost, maintenance and who owns the build pipeline.
August 26, 2026 · 3 min read · By Wanilla Team
Quick answer
Capacitor wraps your existing web app in a native shell and gives it native plugins, so it is the fastest route when you already have a working web product from an AI builder. React Native rebuilds the UI in native components, which gives better perceived performance for heavy, animation-rich apps but means rewriting your front end. For most AI-built SaaS apps, Capacitor plus a real native layer ships in days rather than months and still passes App Store review.
If you have a working web app from Lovable, Base44 or Replit, this decision is usually simpler than the internet makes it sound. Capacitor keeps your existing code. React Native replaces your front end. Everything else follows from that.
The short version
| Capacitor | React Native | |
|---|---|---|
| Your existing web app | Reused as is | Rewritten in native components |
| Time to a submittable build | Days | Weeks to months |
| UI rendering | WebView | Native views |
| Native APIs | Plugins (camera, biometrics, push, IAP) | Native modules |
| Best for | SaaS, content, dashboards, subscription apps | Animation-heavy, gesture-heavy, offline-first apps |
| Team skills needed | Web stack you already have | React Native plus native platform knowledge |
What Capacitor actually is
Capacitor wraps your web app in a native container and exposes device capability through plugins. Your React code runs inside a WebView, but native features — Face ID, push notifications, camera, secure storage, StoreKit purchases — run natively through JavaScript bridges. Updates to the web layer can ship without a new App Store build, which is a real operational advantage.
What React Native actually is
React Native renders genuine UIKit components. You write React, but your existing DOM markup, CSS and web routing do not carry over. For a product with heavy gestures, complex list virtualisation or 60 fps animation throughout, that extra fidelity is worth the rewrite. For a form-and-list SaaS app, it rarely is.
Does Capacitor pass App Store review?
Yes — provided the app is more than a website in a shell. Apple does not reject WebViews; it rejects thin experiences under guideline 4.2 minimum functionality. A Capacitor app with native push, biometric sign-in, offline handling and native purchases passes routinely. A Capacitor app that just loads your URL does not.
Performance in practice
On modern iPhones, WKWebView is fast. Users notice three things: cold start time, scroll smoothness on long lists, and how navigation transitions feel. Capacitor apps that pre-bundle assets locally, use native transitions for the shell, and avoid loading the site over the network on launch feel native to almost everyone. Apps that load a remote URL on every start do not.
Monetisation is the same either way
Digital subscriptions have to run through Apple's in-app purchase system regardless of framework — Stripe inside the app is a 3.1.1 rejection. Both stacks can implement StoreKit; the paywall UI is usually the easier part. If you are weighing tooling for that layer, see RevenueCat vs Adapty vs Wanilla.
How to choose
- Choose Capacitor if you already have a working web product, you want to be live in days, and your app is mostly screens, forms, content and payments.
- Choose React Native if your product's value is in interaction quality — drawing, video editing, games, complex maps — or you are building mobile-first from scratch.
For most founders shipping an AI-built product, Capacitor plus a properly built native layer is the pragmatic answer. If you want that layer built and the app published for you, see the managed launch offer or the launch checklist to do it yourself.
Where to go next
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