Flutter vs React Native in 2026: the differences, and which one to choose

Both build an iOS and an Android app from one codebase. They get there in opposite ways, and that decides how the app looks, who can build it and what else the code can be used for.

Flutter and React Native are the two frameworks most apps use when one team builds for both iPhone and Android. Flutter is Google’s and is written in Dart; React Native came from Meta, is written in JavaScript or TypeScript, and has belonged to the independent React Foundation since February 2026. Both are mature, free and used by some of the largest apps in the world, so the question is not which one is good but which one fits your team and your app. This guide compares them as they stand in October 2026, says when building natively for each platform beats both, and ends with the rule we use ourselves.

Flutter and React Native side by side

FlutterReact Native
Made byGoogleMeta; owned by the React Foundation since 2026
LanguageDartJavaScript or TypeScript
How the screen is drawnIts own rendering engine draws every pixelReal iOS and Android interface elements, driven from JavaScript
The app looksThe same on every platformLike the platform it runs on
Latest version3.47 (August 2026)0.87 (August 2026)
Release rhythmA stable release every three monthsA new version every two months
Recommended way to startThe Flutter SDK and its own toolsThe Expo framework, as the React Native docs advise
Other platformsWeb, Windows, macOS, Linux, embedded screensWindows and macOS through Microsoft, Meta Quest, the web through React Native for Web
GitHub stars179,249126,609

Versions from the Flutter release feed and the npm registry, stars from GitHub, all checked on 10 October 2026.

The short answer

Pick React Native if the people building the app already write React for the web, or if the app should look and behave exactly like other apps on each phone. Pick Flutter if you are starting without a team, or if the app has a strongly designed interface that should look identical on iPhone and Android. For a typical business app, with lists, forms, a map, payments and push notifications, either one does the job and users will not be able to tell which was used.

How each one works

Flutter brings its own drawing engine. Your Dart code is compiled ahead of time to machine code for the phone, and Flutter’s engine, Impeller, the default on both iOS and Android since version 3.27, paints every button, text and animation itself through the phone’s graphics hardware. Impeller precompiles its shaders when the engine is built, which removed the stutter older Flutter apps showed the first time an animation ran. React Native does the opposite: your JavaScript runs in Hermes, a JavaScript engine Meta built for phones, and tells iOS and Android which of their own interface elements to show. Since version 0.82 it runs only on its New Architecture, which lets JavaScript call native code directly instead of sending messages across the slower bridge the old design used.

Flutter looks the same everywhere; React Native looks native everywhere. A Flutter button is drawn by Flutter, so it is pixel for pixel identical on both phones, and it only resembles an iOS button if someone designed it to. A React Native button is the platform’s own, so it picks up each system’s look, text handling and accessibility behaviour without extra work, and changes when Apple or Google change it. Neither is better in general: a bank or a shop with a strong brand usually wants the first, a utility that should feel like part of the phone usually wants the second.

Dart vs JavaScript: who can build and maintain it

The language matters more for staffing than for the app. In Stack Overflow’s 2024 developer survey, 62.3% of respondents used JavaScript and 38.5% TypeScript, against 6% for Dart. A React Native app can be maintained by any React developer, and it can share code such as data models, validation and API calls with a React or Next.js website. Dart is easy to pick up for anyone who knows TypeScript, Kotlin or Swift, but the pool of people who already know it is far smaller, and outside Flutter Dart is rarely used.

Performance

For the apps most businesses need, both are fast enough that performance should not decide it. The differences show at the edges. Flutter has the advantage with heavy custom animation and complex drawn interfaces, because it controls every frame itself. React Native has the advantage when the app is mostly standard platform screens, long native lists and system components, because those are the platform’s own code. Both have improved a lot recently: Impeller became the default on iOS and on Android 10 and newer with Flutter 3.27, and React Native made a new version of Hermes its default engine in 0.84, in February 2026.

Be careful with the benchmarks you find online. Most compare a small demo app built by one person who knows one of the two frameworks much better than the other, and they age quickly, since both frameworks changed their rendering in the last two years. What actually makes an app slow is usually the same in both: too much work on the main thread, images that are too large and too many requests to a slow API.

Who uses them

Both are used at the very top. According to Flutter’s own showcase, Google builds Google Pay, Google Classroom, NotebookLM and the Google Ads app with it, and BMW, Toyota, Nubank, Alibaba, ByteDance, Headspace, Wolt and Whirlpool appear among its users. React Native’s showcase lists Facebook, Instagram, Microsoft Office, Outlook and Teams, Amazon Shopping and Alexa, and Shopify, which says all of its mobile apps are built with React Native. Popularity is close as well: in the 2024 Stack Overflow survey, 9.4% of respondents used Flutter and 8.4% React Native.

Who is behind them and how often they change

Flutter is developed by Google and ships a stable release about every three months: 3.38 in November 2025, then 3.41, 3.44 and 3.47 in February, May and August 2026, with small fixes in between. React Native was Meta’s until February 2026, when it moved with React to the React Foundation, hosted by the Linux Foundation, whose founding members include Meta, Microsoft, Amazon, Expo, Callstack, Software Mansion, Vercel and Huawei. It ships a new version roughly every two months, 0.84 to 0.87 between February and August 2026. Meta still builds a large part of it, but it no longer depends on one company’s priorities.

Whichever you pick, plan for upgrades: an app nobody updates for a year eventually cannot ship an update at all. Apple and Google raise the minimum SDK versions they accept every year, and the framework, its plugins and the build tools have to move with them. A small upgrade every few months is routine; a jump across two years of versions is a project. That upkeep belongs in the budget from the start, the same way it does for a website.

The web: where they differ most

Flutter can run the same app in a browser, and React Native can too through React Native for Web, which Expo sets up for you. But a website is not an app. Flutter’s own documentation says it is not suitable for static websites with text-rich content, and that its output does not match what search engines need to index it properly; its advice is to build the landing page, marketing and help content in normal HTML and keep Flutter for the app. That is our advice for both frameworks. The pages people should find on Google belong in a fast website, ideally a static one; the app is what they use once they are customers.

Where React Native has a real advantage is a business that has a website in React or Next.js and an app. The two can share TypeScript code and one team, while a Flutter app and a React website are two codebases in two languages.

And native? When building twice is worth it

Building natively means two apps: one in Swift and SwiftUI for iPhone, one in Kotlin for Android. It costs roughly twice the development and twice the maintenance, and in return each app gets the newest platform features on the day Apple or Google release them, full access to the hardware, and no framework layer in between. That is worth it when the app lives on platform features: home-screen and lock-screen widgets, Apple Watch or Wear OS, CarPlay, augmented reality, heavy background work such as tracking or Bluetooth devices, or when you only need one platform anyway. Our SwiftUI and Android Studio pages describe what that looks like.

For everything else, a cross-platform framework is the better spend. Both Flutter and React Native can still call native code for the one feature that needs it, so choosing one does not lock out the platform. You write that piece twice instead of the whole app.

How to choose, and what we use

If your team already writes React, choose React Native; if you are starting fresh and the design should be identical on both phones, choose Flutter. Then check the exceptions: an app that should look exactly like the system leans to React Native, an app with rich custom animation leans to Flutter, and an app that lives on widgets, wearables or hardware leans to native. If none of them applies, the deciding question is who will maintain the app in three years.

We are not neutral: when a project calls for one codebase, we build it in Flutter, because the apps we are asked for are usually branded products that should look the same everywhere, and because we can deliver the same design from Figma to both stores without platform differences. When a client already has a React team, React Native is the better choice, and we say so even though it is not the one we build with. Our app development work covers Flutter and native apps, from the first screen to the store listing.

Sources

Versions, release dates and adoption figures were checked on 10 October 2026. Current versions come from the Flutter release feed and the npm registry, GitHub stars from the GitHub API.

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