Figma to React Native with AI: From Screens to a Real App
FluxNative team ·
Learn how to move a confirmed Figma flow into an Expo and React Native project, then review, refine, connect data, and prepare it for release.
A Figma file can show exactly how an app should look and how its main screens connect. It is still not an app. The gap between a polished prototype and a working iOS or Android product includes navigation, state, data, authentication, error handling, and native builds.
AI builders reduce that gap, but the useful ones do more than export layers into code. FluxNative imports a Figma flow, asks you to confirm the screens, and has its assistant write a real Expo and React Native TypeScript project that you can preview, edit, build, publish, and export.
This guide explains how to prepare a Figma file, send it through the FluxNative Design Sync plugin, inspect what the assistant creates, and refine the result with prompts and design tokens. It also covers the limits: complex interactions and real data still require clear instructions and a connected backend.
Key takeaways
Prepare Figma around app screens and a clear entry frame, not just isolated marketing frames.
FluxNative can import either the prototype flow reachable from one frame or the whole open file through its Design Sync plugin.
The generated project keeps the visual direction while turning screens into a navigable Expo and React Native codebase.
Review navigation, shared components, icons, responsive behavior, and interaction states after import.
Figma supplies the interface; prompts and Connections supply behavior, data, authentication, payments, and secrets.
Treat Figma as an app flow
The best Figma input for a mobile build is a small, intentional flow. Each important app state should have a frame: the first screen, the next destination, a detail view, an empty state, a loading or error state where relevant, and the point where a user completes the main task. A file full of unrelated explorations makes it harder to decide what belongs in the first project.
Start with one frame that represents the app's entry point. In a prototype, connect that frame to the screens a user can actually reach. This gives the import process a clear boundary and prevents a visual idea that was never meant to ship from becoming a route in the app.
Use consistent components for repeated patterns such as navigation bars, cards, buttons, form fields, avatars, and list rows. Consistent naming and sizing help both a human reviewer and an AI assistant recognize which parts are shared. Keep icons as actual vector assets where possible rather than flattening an entire screen into one image.
A Figma file becomes a stronger starting point when it describes what the user can do, not only what the screen looks like.
One entry frame — Choose the screen that should open first and make its prototype connections explicit.
Complete first flow — Include the screens needed to perform one meaningful task rather than importing a collection of disconnected ideas.
Reusable patterns — Use shared Figma components for controls and repeated content so the generated project has a coherent visual system.
Realistic states — Show empty, loading, validation, and error states when they matter to the experience.
Import the confirmed flow
In FluxNative, open a project and choose Import from Figma in the chat message box. You have two import paths. A frame link imports the prototype flow reachable from one frame. The Design Sync plugin sends the whole open file from Figma Desktop after you review the screens and choose Send.
Use a frame link when you have a focused prototype and want the assistant to follow its reachable destinations. Connect the Figma account that can open the file, select the frame the app should open on, copy its link, and paste it into FluxNative. The assistant lists the screens it finds, and you confirm which ones to build.
The entry frame always remains included. If you leave a destination out, FluxNative records it as out of scope rather than inventing it as a route. If your link points to a page or section instead of a frame, the import asks which frame should open first.
Open the FluxNative project and choose Import from Figma in the message box.
Choose a frame link or the Design Sync plugin based on whether you want one reachable flow or the whole open file.
Set the app's entry frame and review the screens found by the import.
Remove screens that are outside the first release and confirm the flow.
Wait for the assistant to write the Expo and React Native project, then open the preview and inspect the generated app.
Know what import gives you
The purpose of Figma import is to turn confirmed frames into a working starting project, not to produce a folder of static screen exports. The FluxNative assistant writes a real Expo and React Native project in TypeScript, and the live preview updates as it works. You can click through the result, switch devices, read the console, and inspect the source.
The imported visual direction should carry through into layout, spacing, hierarchy, colors, typography, imagery, and the overall arrangement of each confirmed screen. The assistant also has the project structure needed for navigation between the imported screens. In the App panel, you can review the screens it planned and built, the navigation structure, and shared components.
Icons and other visual assets should be treated as implementation details to verify rather than assumed to be perfect. Check whether an icon is represented as an editable asset, whether its size and weight match the design, and whether it remains legible on different device sizes. A visual match in one frame does not guarantee a good native implementation everywhere.
Review the structure
Open the App panel and compare the generated screen list and navigation structure with the Figma flow you confirmed.
The app opens on the intended entry screen.
Each included destination can be reached by the expected action.
Screens left out of scope did not become accidental routes.
Repeated UI is represented consistently across screens.
Review the rendering
Use the device preview to check the design as an app rather than as a static canvas.
Long titles and translated-length text do not break the layout.
Content scrolls when it needs to.
Buttons and controls have comfortable touch areas.
Insets, keyboard movement, and small screens are handled sensibly.
Review the assets
Compare icons, images, illustrations, and type treatment against the source file before calling the visual pass complete.
Icons have the correct visual weight and alignment.
Images use the intended crop and aspect ratio.
Fonts and type hierarchy remain readable on device.
Decorative elements do not cover interactive content.
Refine with prompts and design tokens
Once the imported project is visible, make changes in small, explicit turns. FluxNative's assistant reads the project, writes files, checks its work in the preview, and reports what changed. Each change is a chat turn that can be undone, so you can test a focused adjustment without losing the imported baseline.
A useful prompt names the screen, the visible problem, the desired result, and what must remain unchanged. For example: “On the class detail screen, keep the current colors and card layout, move the Book button into a sticky bottom bar, show the remaining spots beside it, and preserve the existing navigation to confirmation.” This is more actionable than asking the assistant to make the design feel better.
Use the Design tab for decisions that should apply across the app. FluxNative's design tokens cover brand color, corner radius, density, type scale, typefaces, and direction presets. Changing these values is often better than asking for separate edits to every screen, because a token expresses the system behind the design.
Use tokens for the rules that repeat; use prompts for the behavior that changes.
Open the Design tab and compare the imported visual system with the intended brand.
Set the brand color, corner radius, density, type scale, typefaces, and direction presets that should be shared.
Send one focused prompt for each layout, navigation, or interaction change.
Preview the result on more than one device size and inspect the console.
Use Code when you need to read the generated files or point the assistant at a specific implementation.
Add behavior, data, and release work
A Figma flow describes the interface and an intended journey. It does not provide a production database, authentication model, permissions, payment configuration, or trustworthy live content. After the visual flow works, describe the real behavior in chat and connect the systems the app needs.
For a Supabase project, save the project URL and personal access token under Connections → Backend. The assistant can then create tables, row-level security policies, and SQL, deploy Edge Functions, and push named secrets. You do not need to perform the schema work by hand, and credentials belong in Connections rather than in a prompt.
Firebase uses a different setup. With the Firebase service-account JSON saved under Connections, the assistant reads the app configuration, tests and publishes security rules, registers Android SHA fingerprints, and stores secrets in Secret Manager. Rules that fail to compile are refused, which makes the security review an important part of the build rather than an afterthought.
Prompt the behavior — Describe what happens after each tap, submit, error, retry, and successful completion.
Connect the backend — Use Connections for Supabase, Firebase, Cloudflare, or your own API instead of treating Figma content as live data.
Protect credentials — Enter credentials under Connections so the assistant can use named connections without seeing secret values in chat.
Test before publishing — Check real data, permissions, account states, and native builds before asking users to install the app.
Understand the limits of Figma conversion
“Figma to React Native” is useful shorthand, but it can suggest a fully automatic conversion that does not exist. A design file can communicate layout and a prototype can communicate a path through screens. It cannot fully specify every business rule, network failure, permission boundary, offline state, device capability, or backend record.
Complex interactions need explicit prompts and review. Drag-and-drop behavior, gesture-driven controls, maps, camera flows, media uploads, background work, deeply conditional onboarding, and unusual animations may require several focused requests and source-level inspection. If the interaction matters to the product, describe its trigger, state changes, success result, and failure result instead of assuming the prototype link explains all of it.
The same is true for real data. A card designed with sample content does not tell the assistant which table owns that content, who can edit it, what happens when a record is missing, or how a user should recover from a failed request. Those decisions belong in the app brief, follow-up prompts, and backend setup.
Good candidates
Import works especially well when the file contains a defined mobile flow with repeated patterns and a clear first release.
Onboarding and account flows
Booking, ordering, and checkout journeys
Content browsing and detail screens
Dashboards with established loading and empty states
Plan extra review
Allow more implementation and testing time when the design depends on device capabilities or complicated state.
Camera, location, Bluetooth, or background tasks
Advanced gestures and custom animations
Offline-first behavior and conflict resolution
Permission-heavy or highly regulated workflows
Frequently asked questions
Does Figma import create static screens or a real React Native app?
FluxNative creates a real Expo and React Native TypeScript project from the confirmed Figma screens. You can preview it, inspect the source, refine it in chat or Code, build native binaries, and export the project.
Should I import a Figma link or use the plugin?
Use a frame link for the prototype flow reachable from one entry frame. Use the Design Sync plugin when you want the whole open file, need to work around a Figma file quota, or are working with a view-only file that you can send through the plugin.
Will Figma import set up my database and authentication?
No. Figma provides the visual flow and screen relationships. You still need to describe the app's behavior and connect a backend under Connections; with Supabase or Firebase, the assistant can perform much of the setup after the connection is configured.
What should I do if the imported design is close but not exact?
Review the preview and send focused prompts that name the screen, the difference, the desired result, and what to preserve. Use the Design tab for shared values such as color, type scale, density, corner radius, and typefaces.
Can I keep working on the project outside FluxNative?
Yes. The full source project can be exported. A project can also connect to external coding agents such as Claude Code or Cursor over a remote MCP server when available.
Keep exploring
Import from Figma — Read the exact frame-link and Design Sync plugin workflow, including entry frames, confirmation, and file access requirements.
Write better prompts — Use focused requests to refine layouts, interactions, and behavior after the first import.
Introduction — Review how an imported project moves from preview and refinement through connections, builds, publishing, and source export.