Connect FlutterFlow to Framer using one of two approaches: manually rebuild Framer screens as FlutterFlow widgets by mapping layout and design tokens, or embed a published Framer page inside your FlutterFlow app using the built-in WebView widget. There is no direct import — Framer exports React code, not Flutter, so a rebuild or embed is always required.
| Fact | Value |
|---|---|
| Tool | Framer |
| Category | DevOps & Tools |
| Method | Custom Action (Dart) |
| Difficulty | Beginner |
| Time required | 30 minutes |
| Last updated | July 2026 |
Two Ways to Bring a Framer Design into FlutterFlow
Framer and FlutterFlow live in different worlds: Framer is a web design tool that publishes interactive React sites; FlutterFlow is a Flutter app builder that compiles to native Dart code for iOS, Android, and web. When a client or designer delivers a Framer prototype and asks you to 'build the app from it,' the question is which of two integration strategies fits your situation.
The rebuild approach treats Framer as a high-fidelity wireframe — you use Framer's inspect panel to extract exact hex colors, spacing measurements, font sizes, and border radii, then manually recreate those as screens in FlutterFlow. Framer's auto-layout containers map reasonably well to FlutterFlow's Row, Column, and Stack widgets. Framer's component system maps to FlutterFlow's Components. The rebuild is more work upfront but produces a fully native Flutter app with access to all device features, animations, and offline capabilities. This is the right choice when your Framer design represents the core app experience.
The WebView embed approach is faster but more limited. FlutterFlow includes a WebView widget that loads any URL inside your app. If your Framer design is primarily a marketing or landing page — something that doesn't need native device features like camera, push notifications, or local storage — you can publish it on Framer's hosting and embed the public URL in a WebView widget. The Framer page appears inside your Flutter app as if it were a native screen, but it's actually a web page in a frame. This means no offline access, no native animations, no access to device sensors, and a dependency on the user having an internet connection for that screen.
Integration method
There is no import pipeline between Framer and FlutterFlow. Framer produces React/HTML output; FlutterFlow generates Dart/Flutter. The two design approaches work in parallel through intentional handoff: either you use Framer as a high-fidelity design spec and rebuild each screen from scratch in FlutterFlow's widget tree, or you embed a live-hosted Framer page inside a FlutterFlow screen using the built-in WebView widget when a native rebuild isn't necessary. In both cases, Framer color and typography tokens are mapped into FlutterFlow's Design System so the two environments share a consistent visual language.
Prerequisites
- A Framer project with your designs (Framer Free plan is sufficient for inspect and export; Framer paid plan needed to publish a live URL for WebView embed)
- A FlutterFlow project on any plan (the Design System / Theme features are available on all plans including Free)
- For the WebView approach: FlutterFlow app with internet access enabled, and a published Framer site URL
- For the rebuild approach: time to manually recreate screens — plan for roughly 1-3 hours per screen depending on complexity
- Familiarity with FlutterFlow's widget tree and the Row/Column/Stack layout system
Step-by-step guide
Extract design tokens from Framer: colors, typography, and spacing
Before touching FlutterFlow, spend time in Framer extracting the design system values that will anchor visual consistency. Open your Framer project and navigate to the Assets panel (left sidebar → Assets icon) to find the color styles and text styles the designer defined. Click on each color style to see its hex value, and note each text style's font family, weight, and size. If the project doesn't use Framer's style system, inspect individual elements: click a frame or text layer and look at the right panel for Fill (color), Font (typography), and spacing values. For spacing, Framer uses a flexible grid — note the common padding and gap values used across components (e.g., 16px padding, 24px section gap). Write these down or screenshot the Framer inspect panel — you'll enter them into FlutterFlow's Design System in the next step. Also note border radius values (e.g., 8px cards, 24px pill buttons) as these become FlutterFlow's border radius settings on container widgets. This preparation step is worth doing carefully: if you set up FlutterFlow's tokens correctly from the start, all screens you build afterward will automatically use the right colors, fonts, and spacing without manual color-picking on each widget.
Pro tip: In Framer, right-click any color in the inspect panel and choose Copy HEX to get the exact value without manual transcription errors.
Expected result: You have a list of hex color values, font families with sizes and weights, and common spacing values extracted from the Framer design, ready to enter into FlutterFlow.
Set up matching Theme tokens in FlutterFlow's Design System
Open your FlutterFlow project and navigate to the Theme icon in the left sidebar — it looks like a paint palette or a design system icon, and opens the Design System panel. Click on Colors in the left submenu to see FlutterFlow's color palette. FlutterFlow starts with a set of default named colors (Primary, Secondary, Alternate, etc.). You can rename these or add new ones to match your Framer color system. Click the + icon to add a new color, paste the hex value from Framer, and give it the same name as in Framer (e.g., `BrandBlue`, `SurfaceLight`, `TextPrimary`). Do this for every named color in your Framer design. Next, click on Typography in the Design System panel to set up text styles. Click + to add a text style, set the font family to match Framer (FlutterFlow has Google Fonts built in — search by name), set the weight and size, and give it the same name used in Framer (e.g., `HeadingL`, `BodyM`, `Caption`). Going through this setup upfront means every widget you add to FlutterFlow can use these named tokens instead of inline hex values. When your designer updates a color in Framer, you update one token in FlutterFlow and all widgets using it refresh at once — instead of hunting through every screen.
Pro tip: FlutterFlow supports dark mode through a separate set of Theme color values. If your Framer design has a dark mode variant, enter both sets of colors now — FlutterFlow will automatically switch based on the device setting.
Expected result: FlutterFlow's Design System shows named colors and text styles that match your Framer design tokens. Newly added widgets will use these tokens by default.
Rebuild Framer screens as FlutterFlow widgets (rebuild approach)
For each Framer screen you need to rebuild in FlutterFlow, open both tools side by side. In Framer, use the inspect panel (click on a frame, then click the Inspect tab on the right) to see the exact dimensions, padding, and layout direction of each container. Framer auto-layout frames become FlutterFlow Row (horizontal layout) or Column (vertical layout) widgets. A Framer frame with a vertical auto-layout and 16px padding becomes a FlutterFlow Column widget with padding: 16 on all sides. Nested Framer frames become nested Rows and Columns in FlutterFlow. Start from the outermost container and work inward: in FlutterFlow's canvas, add a Column or Row as the screen root, set its padding to match Framer, then add child widgets inside it. For text, add a Text widget and set it to your named Typography token. For buttons, use FlutterFlow's Button widget with the matching Theme color. For images and icons, use the Image and Icon widgets respectively. Framer's absolute-position layers (layers without auto-layout) should become FlutterFlow Stack widgets with positioned children — but be careful, fixed-position layouts that look perfect in Framer's fixed-canvas can overflow on real device screens with different sizes. Prefer constraint-based Column/Row layouts over Stack whenever possible. Plan for this rebuild taking 1-3 hours per screen depending on complexity.
Pro tip: Use FlutterFlow's Components system (left sidebar → Components → + Add Component) to create reusable widgets for repeated Framer components like cards, nav bars, and buttons — just as Framer uses its own component system.
Expected result: One or more FlutterFlow screens visually match the corresponding Framer frames, using the Theme tokens set up in the previous step. The layout holds correctly on different simulated screen sizes.
Embed a published Framer page using FlutterFlow's WebView widget (embed approach)
If the rebuild approach is too time-consuming for a particular screen — especially marketing or informational pages that don't need native features — FlutterFlow's WebView widget offers a faster path. First, publish the Framer page: in Framer, click Share (top toolbar) → Publish site and note the public URL (e.g., `https://your-project.framer.website`). In your FlutterFlow project, open the screen where you want to embed the Framer page. In the widget tree, add a WebView widget: in the widget panel (left sidebar + icon → Layout or search for 'WebView'), drag it onto the screen. In the WebView properties panel on the right, set the Initial URL field to your Framer page's published URL. Set the WebView widget's width to Match Parent and height to Match Parent (or a specific value if it's part of a larger screen). If the Framer page requires internet to load (it's hosted on Framer's CDN), make sure your FlutterFlow project has internet permission enabled: Settings & Integrations → Permissions → Internet. On iOS, internet access is allowed by default; on Android you may need to confirm it's present in the Android permissions. The WebView will load the Framer page inside the app. Note the limitations: the page loads from the internet (offline = blank), users cannot access device features like camera or location through the WebView (unless Framer's React code requests them and the WebView is configured to allow), and FlutterFlow's navigation system doesn't know about Framer's internal routing.
Pro tip: For a cleaner user experience, add a loading spinner over the WebView that dismisses when the page finishes loading — use FlutterFlow's onPageFinished callback (WebView widget → Actions → On Page Finished) to hide the spinner.
Expected result: A FlutterFlow screen shows the published Framer page embedded inside the WebView widget. The Framer page is visible and scrollable within the app on both iOS and Android simulators.
Wire navigation and App State, then test on device
Whether you rebuilt screens or embedded a WebView, the final step is wiring everything into FlutterFlow's navigation and App State system. For rebuilt screens, navigate to the Action Flow Editor: click a button widget, open its Actions panel on the right, click + Add Action, and choose Navigate → Navigate to Page to wire transitions between screens. For the WebView screen, add a back button or navigation bar so users can exit the Framer-embedded page and return to native app screens. If the Framer page has calls-to-action (buttons that should trigger something in the native app), those cannot cross the WebView boundary — actions inside the Framer page stay inside the web page and can't call FlutterFlow functions. Work around this by having the Framer page navigate to a URL scheme your app handles, then intercept it with the WebView's On URL Change action in FlutterFlow. Test the full experience on a real device or simulator: launch the app, navigate to the Framer-linked screen, and verify the WebView loads without a blank white flash, that the rebuild screens look correct on the device's actual screen size (not just the FlutterFlow canvas), and that navigation between Framer-embedded and native screens is smooth.
Pro tip: If you find pixel-level differences between the Framer design and the FlutterFlow rebuild on device, use FlutterFlow's padding and spacing properties to fine-tune — don't use fixed-pixel absolute positioning, which breaks across screen sizes.
Expected result: Navigation between screens works. The Framer WebView screen loads the Framer page. Rebuilt screens look visually consistent with the Framer designs on a real device screen size.
Common use cases
Rebuilding a Framer-designed onboarding flow as native FlutterFlow screens
Your designer created a polished 5-screen onboarding flow in Framer with animated illustrations and gradient backgrounds. You use Framer's inspect panel to extract the exact colors and typography, enter them into FlutterFlow's Theme, then rebuild each onboarding screen using FlutterFlow's Column/Row widget tree, matching the layout frame by frame. The result is a native Flutter onboarding experience with proper animations and offline support.
Rebuild the 5 Framer onboarding screens in FlutterFlow using Column and Row widgets, matching the gradient backgrounds and typography from the Framer inspect panel. Set the design tokens as FlutterFlow Theme colors first.
Copy this prompt to try it in FlutterFlow
Embedding a Framer marketing landing page inside the app as a WebView
Your marketing team maintains a Framer-hosted landing page for a product feature. Rather than rebuilding it in FlutterFlow, you add a WebView widget on a tab in your app pointing at the published Framer URL. The marketing team can update the Framer page any time without touching the FlutterFlow project, and the change is live in the app immediately.
Add a WebView widget to the 'Features' tab of the FlutterFlow app that loads the published Framer marketing page at https://my-app.framer.website/features.
Copy this prompt to try it in FlutterFlow
Keeping design tokens in sync between the Framer design system and FlutterFlow's Theme
Your team uses Framer for design work and FlutterFlow for app development. You define the official color palette and typography scale in Framer's styles panel, then manually translate those values into FlutterFlow's Design System, naming them identically. When the designer updates a brand color in Framer, you update the same named color in FlutterFlow's Theme and all widgets using it refresh automatically.
Extract the 12 named colors and 3 text style definitions from the Framer design file and create matching named tokens in FlutterFlow's Design System → Theme Colors and Text Styles.
Copy this prompt to try it in FlutterFlow
Troubleshooting
Tried to import Framer's exported code into FlutterFlow but there's no import button or it fails.
Cause: Framer exports React/TypeScript code or HTML — FlutterFlow has no React importer. There is no supported path to import Framer code into FlutterFlow.
Solution: Framer-to-FlutterFlow requires a manual rebuild or a WebView embed — there is no code import. Use Framer's inspect panel to extract design values, then recreate the screens in FlutterFlow's widget editor using the two approaches described in this guide. No plugin or conversion tool changes this fundamental incompatibility.
WebView widget shows a blank white screen instead of the Framer page.
Cause: The most common causes are: the Framer site URL is not published yet, the URL is incorrect (typo or private preview URL instead of published URL), or the device doesn't have an internet connection.
Solution: Confirm the Framer URL is the published site URL (ends in .framer.website or your custom domain), not a Framer editor or preview share link. Test the URL in a mobile browser first to confirm it loads. Check that Internet permission is enabled in FlutterFlow → Settings & Integrations → Permissions. If the URL is correct and internet is available, add a loading spinner to confirm the page is loading (just slowly) vs truly blank.
A Framer frame with absolute positioning imported as a FlutterFlow Stack, but widgets overflow or are cut off on different device sizes.
Cause: Framer's absolute-position layout uses fixed pixel coordinates relative to a fixed canvas size (e.g., 390px wide). On devices with different widths, fixed positions produce overflow or misalignment.
Solution: Replace Stack-with-absolute-children layouts with Column and Row widgets using Expanded or Flexible children. Framer's absolute layout is a design artifact — in FlutterFlow, use constraint-based layout. If you truly need overlapping elements (e.g., a badge over an image), use a Stack, but size children relative to the parent using Expanded or percentage-based sizing rather than fixed pixel positions.
Framer fonts (custom or self-hosted) don't match in FlutterFlow — the text looks different.
Cause: Framer may use custom fonts from Framer's own font library, Adobe Fonts, or self-hosted font files that aren't available in FlutterFlow's Google Fonts integration.
Solution: If the font is a Google Font, it's available in FlutterFlow's Design System → Typography → Font family selector by name. For non-Google fonts, go to FlutterFlow's Design System → Custom Fonts → Upload Font File, upload the TTF or OTF file, and then reference it in your text styles. Custom font files can be obtained from the Framer designer or purchased from the original font vendor.
Best practices
- Set up FlutterFlow's Design System tokens (colors, typography) before rebuilding any screens — applying tokens from the start is far easier than going back to fix hardcoded hex values across dozens of widgets.
- Use the rebuild approach for core app screens (authenticated flows, data displays, user interactions) and the WebView embed approach only for peripheral content like marketing or help pages.
- Never use Stack with absolute pixel positioning as the main layout strategy for a Framer-to-FlutterFlow rebuild — it looks right on the canvas but breaks on real devices with different screen widths.
- When using the WebView approach, always test on both iOS and Android devices — WebView rendering differences between platforms (especially with Framer's GSAP animations) can cause visual inconsistencies.
- Upload Framer's custom fonts to FlutterFlow as custom font assets rather than relying on web font URLs — local fonts load instantly, while URL-based fonts cause a flash of unstyled text on app start.
- Document which screens are native FlutterFlow rebuilds and which are Framer WebView embeds in a README or AGENTS.md — future developers need to know whether to edit the screen in FlutterFlow or in Framer.
- For the WebView approach, add a graceful error state for when the Framer page fails to load (offline, Framer CDN down) — use FlutterFlow's WebView On Error action to show a fallback UI.
- Framer's published page URL can change if you unpublish and republish — if the WebView suddenly shows a 404, check that the Framer site is still live at the URL configured in the WebView widget.
Alternatives
Unlike Framer, FlutterFlow has a real Figma importer that converts Figma frames (with clean Auto Layout) directly into FlutterFlow widget trees — making Figma a faster starting point than Framer for FlutterFlow projects.
Adobe XD, like Framer, has no native import to FlutterFlow and requires manual rebuild — choose based on your design team's tooling preference rather than FlutterFlow compatibility.
If your existing design uses Tailwind's utility-class system, the FlutterFlow Tailwind guide explains how to map Tailwind's 4px spacing scale and color palette into FlutterFlow's Theme tokens.
Frequently asked questions
Can I import Framer's code directly into FlutterFlow?
No. Framer exports React/TypeScript or HTML/CSS code. FlutterFlow generates Dart/Flutter. There is no converter or plugin that translates between them. The integration is always design-level — either rebuild Framer screens as FlutterFlow widgets, or embed a published Framer URL in a WebView widget. There is no one-click import.
When should I use the WebView embed vs rebuilding in FlutterFlow?
Use the WebView embed when the Framer screen is purely informational content (marketing page, FAQ, blog post) that doesn't need native device features, offline access, or integration with app state. Choose the rebuild approach for any screen that is part of the core user experience — authenticated features, data entry, navigation hubs, or anything that needs animations, offline access, or device sensors.
Will my Framer animations work in FlutterFlow after a rebuild?
Not automatically. Framer's animations are React/JavaScript effects that don't translate to Flutter. You'll need to recreate animations using FlutterFlow's built-in animation tools (the Animations panel on each widget) or by writing custom Dart animation code in a custom widget. Simple fade and slide transitions are straightforward in FlutterFlow; complex parallax or scroll-triggered animations require more custom code.
Can the WebView-embedded Framer page call FlutterFlow functions?
Not directly. The Framer page runs in a browser context inside the WebView and is isolated from FlutterFlow's Dart runtime. For simple navigation triggers (e.g., 'tap this Framer CTA to go to the signup screen'), configure the Framer link to point to a URL scheme your app handles, then intercept it in FlutterFlow's WebView On URL Change action to trigger the appropriate navigation. For more complex bidirectional communication, JavaScript channels (advanced WebView configuration) are needed.
How do I keep the Framer design and FlutterFlow app visually consistent over time?
The most reliable method is treating FlutterFlow's Design System tokens as the single source of truth for production values, and keeping Framer styles in sync with them. When the designer updates a color in Framer, update the matching named color in FlutterFlow's Theme. When a new typography scale is introduced in Framer, add the corresponding text style in FlutterFlow's Design System. A shared color/typography reference document helps both the designer and the FlutterFlow developer stay aligned without constant back-and-forth.
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