How Do I Turn a Figma Design into React Code?

Figma doesn't have a one-click "export to React" feature, so there are four real routes, and they produce different results. You can build it by hand using Dev Mode's inspect panel and code snippets as a spec; connect Figma's Dev Mode MCP server to a coding agent that writes React from your design context; use Code Connect so Dev Mode and the MCP server reference your actual React component library instead of generating fresh code; or use a third-party converter built specifically to output React. None of these are a guaranteed, unattended conversion - each hands you a starting point that still needs review.

Why isn't there just a "Figma to React" button?

Figma's own Dev Mode code snippets are deliberately narrow. In the Inspect panel's Code section, the language dropdown offers exactly three options: "CSS (Web)," "SwiftUI or UIKit (iOS)," and "Compose or XML (Android)" (Figma Learn, "Use code snippets in Dev Mode", checked September 2026). React isn't one of the built-in choices - Dev Mode gives you a CSS box model (margin, border, padding, layout, typography) for whatever's selected, not a React component. That's a deliberate design boundary: Figma's own documentation frames snippets as implementation detail for a developer to work from, not a generated application. Getting to React specifically means one of the routes below.

Route 1: Build it by hand from Dev Mode

This is the most manual route, and also the most durable one. A developer selects an object in Dev Mode, reads its CSS snippet, layout data, typography, and any assigned variables, and writes the actual React component themselves (Figma Learn, "Use code snippets in Dev Mode", checked September 2026). Dev Mode requires a paid Figma plan and a Full or Dev seat; our guide to Dev Mode covers plan and seat requirements in detail.

Use this route when the component structure, state, and interaction logic matter more than matching every pixel automatically - a real React app with routing, data fetching, and shared state usually needs a developer making those calls anyway, and Dev Mode's job is to make sure they're not guessing at spacing and color values while they do it.

Route 2: The Figma MCP server plus a coding agent

This is the newer, AI-assisted version of route 1. Figma's Dev Mode MCP server exposes a Figma file's structure - components, variables, layout, and (where set up) Code Connect mappings - to a coding agent over the Model Context Protocol, so the agent can "explore and implement designs quickly and accurately" instead of guessing from a screenshot (Figma Learn, "Guide to the Figma MCP server", checked September 2026). Figma documents two ways to run it: a remote server "available on all seats and plans" at https://mcp.figma.com/mcp, and a desktop server that needs "a Dev or Full seat" and runs through the Figma desktop app (same source). You'll also need an MCP-capable client - Figma's own list includes Claude Code, Cursor, VS Code, Windsurf, Codex, and several others, each with different support for writing back to the canvas versus just reading it.

The workflow is link-based: select a frame or layer in Figma, copy its link, paste that link into your coding agent, and prompt it to generate code from that selection. Figma's guide describes the relevant tools as letting you "generate code from selected frames" and "extract design context" - variables, components, and layout data - directly into your editor (same source). What framework and styling approach comes out is a function of your agent and your prompt, not a fixed Figma default: tell it explicitly that you want React, and name your styling approach (Tailwind, CSS modules, styled-components, or whatever your project already uses) rather than assuming it will infer that from the design alone.

Figma's guide is explicit that this is still an early, actively changing feature: "We're quickly improving how Figma supports AI agents. This will eventually be a usage-based paid feature, but is currently available for free during the beta period" (same source). Treat generated output as a draft to review, not a merge-ready pull request - the same review discipline you'd apply to any AI-generated code.

Route 3: Code Connect, for teams with an existing component library

Code Connect solves a different problem: it doesn't generate new React code, it makes Figma point at the React code you already have. Figma describes it as "a bridge between your codebase and Figma's Dev Mode, connecting components in your repositories directly to components in your design files," which also gives the MCP server "direct references to your actual code" instead of generating fresh, possibly-inconsistent output (Figma Learn, "Code Connect", checked September 2026). It's "Available on the Organization and Enterprise plans" and "Requires a Full or Dev seat" (same source).

This is the route for a team that already maintains a React design system (a component library with real props, variants, and states) and wants Dev Mode and any connected coding agent to reference that real code instead of reconstructing a plausible-looking approximation from scratch every time. Set it up once per component, and every future handoff for that component shows connected, accurate code rather than a fresh guess.

Route 4: A third-party Figma-to-React converter

Several products exist specifically to generate React from a Figma file, independent of Figma's own MCP server or Dev Mode. Two examples, described from their own pages rather than ranked against each other:

• Anima describes itself around exactly this: "Turn Figma into clean code - React, HTML, Tailwind, and more," with React output specifically framed as "efficient, readable, maintainable React code for individual components, entire screens, and full flows" (Anima, "Figma to Code", checked September 2026). Anima's own guidance for better results: "use Auto Layout and well-named layers," though it states "Anima works with any Figma file" (same source).
• Locofy frames its product as "an AI-powered design-to-code tool that leverages AI to accurately convert Figma designs to clean, responsive React code with the touch of a button," using what it calls "Large Design Models," and describes the output as "component-based React code" with data-binding support for connecting to a backend (Locofy, "Figma to React", checked September 2026). Its own feature list credits this to scanning your design files: "LocoAI scans your design files and splits the code into reusable components with props" (same source).

Both are Figma plugins plus a separate web app, not something bundled into Figma itself - check each product's current plan and pricing page before committing, since neither publishes those details as part of the conversion pages quoted above. Input quality still matters here the same way it does for any converter: Auto Layout, consistent components, and clear layer names give these tools more to work with than a design made of free-floating, ungrouped shapes.

Which route should I actually use?

None of these routes replace testing the result. Whatever produces your React code, run it, check it at mobile and desktop widths, verify keyboard access and semantic markup, and confirm it builds cleanly in your actual project before you consider the handoff done.

Where does this leave Figma's own publishing tools?

All four routes above assume the goal is a React codebase you or your team will maintain going forward. If the actual goal is a live website and nobody needs to own React source code for it, that's a different problem - our guide to exporting Figma to HTML covers Figma Sites and direct-publish options that skip the code-ownership question entirely, and covers Dev Mode's role in that wider picture too.

Bottom line: there's no built-in Figma-to-React export because Dev Mode's own snippets stop at CSS and native-platform code. Getting to React means writing it by hand from Dev Mode's spec, connecting the Figma MCP server to a coding agent and prompting for React specifically, wiring up Code Connect if you already maintain component code, or using a converter built for exactly this job. Pick based on whether you need a developer-owned production app, a fast draft, or code that matches a design system you already have - and review whatever comes out before you ship it.