Figma to React Native: Convert Designs into Code

Yes, you can turn Figma screens into React Native code. The right route depends on whether you need design specs, UI files for an existing repository, or a working native app.

This guide compares manual implementation, component-level code generation, and full-app generation from Figma screens or a written brief.

UI generation saves rebuilding time, but the app still needs behavior, testing, and a release path before people can use it.

Can you actually convert Figma to React Native?

Yes: Figma plugins and AI converters export selected frames as React Native UI components, not a finished production app.

What gets generated automatically

Converters emit React Native UI for selected frames: layout, styles, assets, and sometimes tokens or navigation scaffolding.

Automation can also package the handoff around the generated UI. Available outputs vary by converter and project setup:

• Batch exports for a selected group of components
• JavaScript or TypeScript for React Native CLI or Expo projects
• Tool-specific previews and documentation, which may include live rendering or Storybook links
• ZIP export or repository sync when the selected tool supports it

What still needs engineering work

Engineers still implement state, APIs, business logic, architecture review, native builds, and store submission after UI export.

A converter cannot infer how your product should react to every user action or failed request. Those decisions live in project-specific logic, data flows, and integrations.

The remaining work is in four areas:

• App logic: Add navigation behavior and input validation, then connect API queries and custom business rules.
• Code review: Reshape generated files around the project's architecture and coding standards.
• Quality checks: Audit security and performance, then test edge cases on real iOS and Android devices.
• Release work: Create signed iOS and Android binaries, then handle store requirements and submission.

A converted screen can look complete in a preview while still needing this work before real users can rely on it.

Choose your conversion workflow

Choose manual handoff for custom work in an existing app. Component export fits finished Figma screens and a repository; full app generation fits an app idea.

Manual handoff with Dev Mode

Turn on Figma Dev Mode, inspect frames for specs and assets, copy styling snippets, then write React Native views by hand.

Enter Dev Mode from Figma's toolbar or press Shift D. Select a layer, then use the Code panel to choose an available language or codegen plugin.

The handoff includes:

• Design measurements, colors, typography, and spacing
• Exportable image and vector assets
• Styling-oriented code snippets for selected layers
• Version history and live design updates during implementation

Do not mistake a Dev Mode property snippet for a complete React Native component.

Figma's built-in snippets expose layer properties, not a complete View, Text, and StyleSheet tree. You still translate the hierarchy and add behavior, data, and platform details.

Use manual handoff when an established codebase and engineering team already exist, especially when the team needs close control over architecture and reusable components.

Component-level code generators

Component-level generators are Figma plugins that export selected layers as React Native UI files for an existing repo.

Builder.io Visual Copilot translates design hierarchy into components and styling. Locofy Lightning generates modular JavaScript or TypeScript for React Native CLI or Expo, while DhiWise inserts a generated screen through its IDE assistant.

The typical output includes:

• React Native screens or reusable UI components, with styling derived from the Figma hierarchy
• JavaScript or TypeScript files for repository integration

You still need to connect navigation, state, validation, and API calls. Some tools can map Figma elements to components already in your repository, which reduces replacement work.

Component export needs finished Figma screens and an existing React Native project. The development team still handles builds, signing, store submission, and backend architecture.

Full app generators for prototypes and MVPs

A full-app workflow can start with Figma screens, reference images, or written requirements, then build a runnable app with UI, logic, backend services, and release support.

The output is a React Native codebase that compiles into native iOS and Android apps. Native compilation lets the app use phone capabilities such as the camera and notifications directly, rather than through a web view.

Teams refine the prototype through a prompt-and-preview loop:

1. Describe the app's users, screens, and core behavior.
2. Request new functionality or UI adjustments conversationally.
3. Inspect each revision in the browser and test a device build by QR code.
4. Continue until the MVP covers the intended user flow.

For release, Bilt handles cloud builds, Apple signing and provisioning, and Android signing for App Store and Google Play submissions.

Choose full-app generation when you want to move from Figma screens or an app idea to a working product without managing a separate UI handoff, native build setup, and store workflow.

How Figma elements map to React Native components

Figma layers map to React Native views, text, image assets, and reusable components, with layout styles that reflect the design.

A clear Figma hierarchy becomes a React Native component tree. Frames and groups usually become View containers, text becomes Text, and prepared graphics become Image or SVG assets.

Layout choices determine how cleanly that tree translates:

• Nested frames: Parent and child frames become nested containers, so meaningful grouping produces a component tree that resembles the design.
• Auto layout: Horizontal and vertical flows map naturally to Flexbox rows and columns, including padding, gaps, and alignment.
• Absolute positioning: Fixed coordinates can preserve a static mockup, but they tend to break when the screen width or text length changes.

Consistent Figma styles also give the converter reusable values instead of isolated formatting on every layer:

• Text styles: Font family, size, weight, and line height become Text styles.
• Color and spacing styles: Shared values can become theme constants or design tokens, depending on the converter.
• Raster artwork: Photos and complex illustrations export as image files referenced by Image.
• Vector icons: Clean vectors can export as SVG components when the converter and generated project include compatible React Native SVG support.

A reusable Figma component gives the converter a chance to create one reusable React Native component, with instances represented as repeated uses. Check the output because converters can still flatten or duplicate structures.

Common mistake: Building default and disabled buttons as unrelated Figma groups creates two view trees in the export. One PrimaryButton component with state or disabled props keeps the code reusable.

Prepare your Figma file for conversion

A conversion-ready Figma file has clear layout rules and reusable components. Its assets are explicit, and accidental overlaps or transparency effects are removed.

Converters cannot infer every visual relationship. Clear layout rules and asset boundaries reduce extra wrappers, fixed coordinates, and cleanup after export.

Use this checklist before running the conversion:

• Apply auto layout: Use rows or columns for cards, forms, navigation, and repeated content so the converter can generate Flexbox instead of fixed coordinates.
• Create a clear frame hierarchy: Keep each screen inside a top-level frame, then nest related sections inside their own frames.
• Name layers by purpose: Names such as ProfileImage, EmailField, and SaveButton are more useful than Rectangle 42 or Group 8.
• Reuse Figma components: Turn repeated buttons, inputs, list rows, and headers into components so the output can reuse the same React Native component.
• Prepare assets deliberately: Keep icons as clean vectors, and mark photos or complex artwork for image export instead of leaving them as dozens of nested shapes.
• Remove accidental overlaps: Delete hidden duplicates and unrelated bounding boxes that could create extra wrappers or incorrect positioning.
• Simplify translucent effects: Confirm that opacity, shadows, and overlays are intentional because layered transparency can produce unpredictable styling.

Before conversion, save a screenshot of the representative screen and place it directly above its exported preview in your review notes. The side-by-side reference makes spacing, wrapping, and missing-asset errors easier to catch.

Step-by-step: from Figma design to React Native code

Start with a representative screen in Figma Dev Mode. Figma’s Dev Mode guide documents the labels below; it supports a developer handoff, while a React Native codegen plugin or implementation turns the inspected design into app code.

Start with one representative screen. Fixing its hierarchy and responsive behavior first prevents the same export problem from spreading across the rest of the app.

1. Enter Dev Mode. Open the Figma Design file, then click the Dev Mode toggle in the toolbar or press Shift D.
2. Mark the screen for handoff. Select the top-level frame, then click Mark as ready for dev in the toolbar.
3. Open the code view. Select the frame and use the Code toggle in the layer properties section of the inspect panel.
4. Choose a language or plugin. In the upper-right of the Code section, select the language or codegen plugin from the dropdown.
5. Inspect the selected layer. Check the frame’s layout, spacing, colors, assets, and prototype interactions in the inspect panel before implementing or exporting it.
6. Fix the source design. Correct unclear grouping, fixed positioning, or missing assets in Figma, then recheck the frame in Dev Mode.
7. Download the assets you need. Use the Assets section to download supported icons, images, GIFs, or MP4 nodes for the React Native project.

Dev Mode gives you a documented handoff for one screen. Your React Native tool or engineering workflow still needs to turn that inspection into components, behavior, and device testing.

Review the generated code before you integrate it

Review generated React Native code by checking the visual preview, refactoring it to project conventions, then testing behavior and security before integration.

Work from the rendered screen inward:

• Match the Figma frame: Compare spacing, typography, colors, assets, safe areas, and layout at every supported screen size.
• Fit the architecture: Check file placement, naming, imports, styling, reusable components, and TypeScript types against repository conventions.
• Exercise each state: Test loading, empty, error, offline, invalid-input, and successful paths without relying on the happy path alone.
• Inspect security boundaries: Confirm authentication checks, input validation, API key handling, request limits, and database access rules before the code ships.

A common mistake is approving a screen that matches Figma with static text, then discovering its empty state crashes when the API returns no records.

Refactor failed checks before other screens, routes, or API calls depend on the generated code.

Integrate the output into your project

Integration begins after the exported screen looks right. Bring that approved screen into your React Native repo, then replace the generator's assumptions with your real components, routes, state, APIs, and tests.

1. Create the file boundary. Place the screen, styles, tests, and screen-specific assets in the repository’s existing folders rather than copying an exporter’s entire project structure.
2. Resolve imports. Replace generated paths with the project’s aliases, install required dependencies, and remove unused packages or platform-specific imports.
3. Map existing components. Swap generated buttons, inputs, text styles, icons, and layout wrappers for the repository’s design-system components and tokens.
4. Wire application state. Connect the screen to the project’s established local or shared state pattern. Add loading, empty, error, and validation states.
5. Connect navigation and APIs. Register the route, type its parameters, connect queries or mutations, and keep credentials in the project’s secure configuration rather than client code.
6. Test the increment. Run type checks and automated tests, then verify the screen on supported devices before integrating the next screen.
7. Commit each working screen separately. For example, if a generated screen imports its own button package instead of your repository’s Button component, isolate that substitution in the screen commit before wiring its API request.

If login, navigation, or a data request fails, the narrow change set makes the cause easier to isolate.

Comparing Figma-to-React Native tools

The main difference is how far each current workflow goes beyond design export.

Builder.io Visual Copilot

Builder.io still documents a Figma-to-code workflow with React Native support. Builder Code is the current product name for that workflow.

Builder Code turns Figma work into code for an existing project. You still connect application behavior and handle native builds, signing, and store submission.

Clean Auto Layout, meaningful layer names, and reusable components still matter. Overlaps, fixed positioning, and translucent effects make any generated output harder to maintain.

Pricing: Builder Free includes 15 daily and 60 monthly Agent Credits. Pro is $24/user/month, Team is $40/user/month, and on-demand credits cost $25 per 500.

Builder’s Figma-to-code workflow belongs in the component-generation path. Review the generated code against your project conventions before you integrate it.

Locofy Lightning

Locofy Lightning currently documents React Native conversion from Figma and Adobe XD. Its Penpot-to-React Native option is listed as coming soon.

For React Native, Locofy currently lists:

• Figma through the plugin and Dev Mode
• Adobe XD
• Penpot, listed as coming soon for React Native

The React Native export follows a short handoff:

1. Connect a Locofy account to the design plugin.
2. Select a frame or component.
3. Set React Native as the target.
4. Download the generated project files as a ZIP.

Locofy can generate responsive, component-based React Native code, previews, and data bindings. You still own app-specific logic, production testing, native signing, and store submission.

Locofy's pricing page meters conversion with LDMtokens and sets frame limits by plan:

• Free: 2,000 LDMtokens for seven days, then automatic conversion to Hobby
• Hobby: $40/month, 2,000 LDMtokens, one frame per conversion, and 10 frames per project
• Pro: $80/month, 4,000 LDMtokens, one frame per conversion, and 25 frames per project
• Enterprise: custom pricing, token allowance, collaboration, and unlimited frames per project

Rocket.new (formerly DhiWise)

Rocket.new, formerly DhiWise, positions its mobile app output around Flutter. It does not belong in a current Figma-to-React Native shortlist.

Rocket.new can start from natural-language tasks and import Figma, but its mobile path is Flutter rather than React Native.

Rocket.new builds web and mobile apps from natural-language tasks, with Figma import available in its Build workflow.

For this comparison, the distinction is straightforward:

• Rocket.new’s mobile output is Flutter, not React Native.
• Use Rocket.new when Flutter fits your stack; use a documented React Native workflow when React Native is required.

Rocket.new is outside the React Native comparison because its mobile workflow is Flutter.

Common conversion problems and how to fix them

Figma-to-React Native failures usually involve layout structure, generated-code quality, missing data wiring, or environment mismatch. Fix the Figma file first, then refactor and test incrementally.

1. The component tree is wrong: Replace absolute-positioned groups with Auto Layout, separate overlapping boxes, use opaque fills, and convert repeated elements into named Figma components. These changes map more cleanly to React Native Flexbox.
2. The export conflicts with the project: Remove unused generated packages, align dependency versions with the host app, and refactor components to match existing naming and folder conventions. Consolidate repeated UI before later edits fragment the codebase.
3. The screen renders but does nothing: Connect state, navigation, validation, and API queries explicitly. Trace one saved record from the request through state to the rendered component when backend data fails to appear.
4. The app works locally but fails natively: Compare development and production configuration, permissions, environment variables, and build dependencies. Test one core flow on iOS and Android, then use TestFlight or Play testing before adding more screens.

What happens after your screens are converted?

After integration, the work shifts from code shape to real-device behavior, maintenance, builds, signing, and store release.

1. Set up ongoing ownership. Document shared components, dependencies, environment variables, and the process for updating generated screens after the design changes.
2. Test on real devices. Check offline, permission, long-content, and device-specific behavior. Bilt provides a live browser preview and lets you open device builds by QR code.
3. Prepare the release workflow. Produce store-ready builds and confirm production settings. Publishing requires an Apple Developer Program membership at $99/year and a Google Play Console account at $25 one-time. Bilt can automate App Store and Google Play submissions, including Apple provisioning and Android signing.

Turn Figma screens into a working app with Bilt

Bilt can start from your Figma screens or a plain-English description, then build a real React Native app with screens, behavior, native features, and a path to both app stores.

You can begin in either place:

• Start with Figma: Add your screens or reference images so the app follows an existing visual direction.
• Start with a description: Explain the users, screens, and core flow when no finished design exists.

Component converters hand UI files to a repository. Bilt continues from the visual input into navigation, app behavior, backend work, native builds, and publishing support.

Describe how each screen should work, then refine the UI and behavior through conversation. Bilt builds a React Native codebase you own, so you can export it, keep building in Bilt, or hand it to a developer.

Inspect each change in the live browser preview, then open a device build by QR code to test the flow on a phone.

Bilt can add features such as camera access, GPS, and push notifications without making you set up a local native toolchain.

When the app is ready, Bilt supports cloud builds, Apple signing and provisioning, Android signing, and submission through App Store Connect and Google Play Console.

Choose the path that gets your app shipped

Use a component converter when you already have a React Native repository and need UI files from Figma. You will still own the app logic, integration, native builds, and release work.

Use Bilt when you want Figma screens turned into a working native app without managing that full handoff yourself. You can refine it through conversation, test it, export the React Native code, and continue toward both app stores.

Ready to turn your Figma screens into a working mobile app? Start building free.

FAQs

Is Figma to React Native conversion free?

Free Figma-to-React Native options exist, but output and usage limits vary. Builder Free includes 15 daily and 60 monthly Agent Credits; confirm that any tool you choose supports React Native before building your workflow around it.

Free UI generation does not remove the work after export. You still need to review the code, connect app behavior, test native builds, and prepare each store submission.

Can AI fully build a production-ready app from Figma?

AI can automate different parts of a Figma-to-app workflow. UI converters stop at layouts and components, while full-app builders such as Bilt can also implement behavior, backend services, native features, builds, and publishing support.

Production still requires review and testing. Authentication, permissions, offline behavior, failed requests, and device-specific edge cases must work before release.

Does conversion handle Figma Auto Layout correctly?

Auto Layout gives converters better structure for generating React Native Flexbox, but it does not guarantee a correct result.

Fixed positioning, nested sizing, wrapping, and min or max constraints can still break across screen widths. Test the export with longer text and more than one device size.

Can you convert React Native code back into Figma?

Not as a true round trip. You can render React Native components for design review, connect coded components to Figma, or reconstruct layers from screenshots, but none recreates the original editable design automatically.

Storybook and React Native Web can expose rendered components, while screenshot tools infer a new design from pixels. Both lose some original layer structure, constraints, variants, or component relationships.

Figma Code Connect links design components to code, props, and usage examples. It does not convert an arbitrary React Native app back into editable Figma geometry.