How to Export v0 Components to React Native (2026)

If you built a UI in v0 and now want it in your React Native app, there is no one-click export button, and that surprises people. The reason is fundamental: v0 generates web code, HTML elements styled with Tailwind, while React Native uses an entirely different set of building blocks. So getting v0 components into React Native is a conversion, not an export: every div becomes a View, every bit of CSS becomes a StyleSheet, every onClick becomes an onPress. It is doable, and this walks through exactly how. But it also raises a better question for anyone whose real goal is a native mobile app, which is whether to convert web components at all or start from a native design instead, where a free VP0 library changes the math.

Why there is no direct v0 to React Native export

v0 is a web tool. It generates React components built with Next.js, Tailwind CSS, and web building blocks, as a review of v0 describes, which is perfect for websites but is not React Native. React Native does not render HTML at all; it uses its own Core Components, so there is nothing for v0’s web output to plug into directly.

That is why “export to React Native” is the wrong mental model. What v0 gives you is web React, and what React Native needs is native components, and between them sits a translation step. So you are not exporting a file, you are rewriting web UI as native UI, element by element and style by style. The good news is that the translation is systematic, since each web piece has a native counterpart, and the sections below map them out so you can do it reliably.

What React Native uses instead of HTML

The heart of the conversion is swapping web elements for React Native Core Components. Per the React Native documentation, the primitives are components like View, Text, Image, ScrollView, and TextInput, which stand in for the web’s div, span, img, and input. A View is the container that replaces a div, Text wraps all text where the web would use a p or span, and Image replaces img.

So the first pass of any v0-to-React-Native conversion is mechanical substitution: wherever v0 wrote a div, you write a View, and wherever it placed text loosely inside a tag, you wrap that text in a Text component, which React Native requires. Getting these primitives right is most of the structural work, and once the tree is rebuilt from native components, the layout starts behaving like a real app rather than a web page. The styling and interaction layers come next.

The conversion, element by element

Beyond the primitives, a handful of consistent swaps complete the conversion. A cross-platform guide to React Native Web and Expo lays out the mapping clearly: HTML elements like div, p, and a become View, Text, and Link; CSS becomes StyleSheet.create (or a utility styling layer); onClick becomes onPress, since touch and mouse events differ; web routing like react-router-dom becomes Expo Router; and browser APIs like window, document, and localStorage need platform guards because they do not exist on native.

Working through that list turns a v0 web component into a functioning React Native one. It is repetitive but predictable, so the effort scales with how much UI you are moving. The important thing is that none of it is a single automated step, each item is a deliberate change, which is why converting a large v0 project is real work rather than a click, and why it is worth asking whether conversion is the best path for your goal, covered below.

Option: React Native Web for shared code

If you want one codebase to serve web and mobile rather than converting once, React Native Web is the tool. It re-implements React Native’s primitives, View, Text, Image, Pressable, ScrollView, on top of the web, so the same component tree renders natively on iOS and Android and as a web page in the browser. With Expo SDK 54 and later, this cross-platform setup is production-grade, with Metro bundling all three targets.

The catch for v0 users is that React Native Web still expects you to write in React Native primitives, not v0’s web elements, so you still do the conversion once, then share the result across platforms. So React Native Web does not import v0 output directly, but it is the right foundation if you want your converted components to run everywhere, as the note on whether v0 writes React Native explores further. For a mobile-only app, a straight conversion to React Native is simpler.

The deeper issue: v0’s design is not native

Here is the question the conversion hides: even after you translate every element, the design is still a web design. v0 produced a look meant for a browser, and converting the code to native primitives does not make that look feel native, it just makes web-flavored UI run on a phone. So a flawless conversion can still leave you with an app that feels off, because the design, not just the code, was built for the web.

You see it in the details: web-style top navigation instead of native tab bars, buttons and inputs sized for a mouse rather than a thumb, transitions that feel like page loads instead of native pushes, and spacing tuned for a wide screen rather than a phone. The elements are now native, yet the app still reads as a website someone moved onto a phone, because those design decisions were made for the web and the conversion faithfully carried them over. This is why, for a native mobile app, the highest-leverage move is often not converting v0 at all but starting from a native design. If the design is native from the beginning, you avoid both the conversion labor and the web-feel it preserves, a point the guide on the best v0 alternative for mobile develops. The conversion techniques above are the right answer if you must reuse existing v0 work, but if you are choosing your path fresh, designing native from the start is usually the better one.

Where VP0 fits

This is exactly the gap VP0 fills. VP0 is a free iOS design library for people building apps with AI, a no-code native design layer you point your builder at, so instead of generating a web design in v0 and laboriously porting it, you start from a design that is native by construction. You still build the app in React Native with your AI tool, VP0 supplies the design, not the code, but the design you build toward is native from the first screen.

The payoff is that you skip the web-to-native design mismatch entirely, since there is no web design to convert, and the app looks like a real mobile app because it was designed as one. Because it is free, it costs nothing to start native, and note that v0’s own free plan gives just $5 in monthly credits, so spending them generating web components you then have to port is inefficient when a native design is available for free. So VP0 turns the conversion question around: rather than exporting web UI into React Native, you design native and build native, which is what the guides on free React Native app templates and making a React Native app look good point toward.

Styling: the trickiest part of the conversion

Element substitution is mechanical, but restyling is where a v0 conversion gets subtle, because React Native’s styling is not CSS. Instead of a stylesheet with cascading rules, React Native uses StyleSheet.create with a JavaScript object per component, and many CSS habits simply do not carry over. There is no cascade or inheritance the way the web has it, so styles do not flow down from parents the way v0’s Tailwind classes assume, and you set them explicitly on each component.

Layout is closer than you might expect, since React Native uses flexbox, but the defaults differ: a View defaults to a column layout rather than a row, which trips up anyone porting web rows directly. Units are unitless density-independent numbers rather than pixels or rems, there are no percentage-based media queries, so responsiveness is handled with the Dimensions API or a library, and properties like box-shadow become platform-specific shadow props. Tools like NativeWind let you keep a Tailwind-like syntax to ease the transition, which helps if v0 gave you Tailwind classes, but the underlying model is still native styling. So budget real time for the styling pass, since it is where a converted app either starts to feel native or keeps betraying its web origins, and it is the strongest argument for starting from a design that was native to begin with.

When converting v0 to React Native is worth it

Given the effort, when should you convert rather than start fresh? Conversion makes sense when you already have meaningful v0 work, a design you are happy with, screens that are mostly right, that would cost more to rebuild than to translate. If v0 got you most of the way and you simply need it running natively, working through the element and styling swaps is a reasonable investment, especially for a few screens.

Starting fresh makes more sense when your v0 output is early or generic, when you want a genuinely native feel that v0’s web design was never going to deliver, or when you have not built much yet. In those cases the conversion labor buys you a web-flavored app you then have to redesign anyway, so you are better off designing native from the start. The honest rule of thumb is that conversion is a salvage operation for existing work, not a strategy for building a native app, which is why anyone starting today should weigh a native-first path, using a builder that outputs React Native and a free native design, against porting web components they have not written yet. The survey of v0 alternatives helps frame that choice.

The conversion checklist

If you are converting v0 to React Native, here is the mapping to work through:

v0 / web	React Native
div, section	View
p, span, text	Text (required wrapper)
img	Image
CSS / Tailwind	StyleSheet or utility styling
onClick	onPress
react-router-dom	Expo Router
window, document	Platform guards

Work top to bottom and the component becomes native. Rebuild the structure with View and Text first, then restyle, then wire up events and navigation.

Mistakes to avoid

Expecting a one-click export. There is none. v0 is web, React Native is native, and between them is a manual conversion.

Leaving text unwrapped. React Native requires text inside a Text component. Loose text that worked on web will break.

Porting the web design as-is. Converting the code keeps the web look. If you want native, rethink the design, not just the elements.

Spending v0 credits to then port. If the goal is native, generating web UI first is wasted effort. Start from a native design.

Ignoring events and APIs. onClick, routing, and browser APIs all need native equivalents or guards, not just the visible elements.

Key takeaways: exporting v0 to React Native

There is no one-click export from v0 to React Native, because v0 generates web code, HTML styled with Tailwind, and React Native uses its own Core Components. So the move is a systematic conversion: div becomes View, text gets wrapped in Text, img becomes Image, CSS becomes StyleSheet, onClick becomes onPress, and web routing and browser APIs get native equivalents or guards. React Native Web can then share the converted result across platforms. But converting the code keeps v0’s web design, which still feels off on a phone, so for a native app the higher-leverage path is to design native from the start. A free VP0 library gives you that native design, letting you build native and skip the web-to-native conversion entirely.

Frequently asked questions