Visual Copilot
Visual Copilot is Builder.io's Figma-to-code tool, and its party trick is that it can map your Figma designs to your own component library instead of generating generic markup. You connect your codebase, and the generated React, Vue, Svelte or Angular code uses the components you already have.
Quick Facts
| Developer | Builder.io |
|---|---|
| First released | 2024 |
| Latest version | See official website |
| Platform | Figma plugin and web app |
| Output | React, Vue, Svelte, Angular, Qwik and HTML/CSS |
| License | Proprietary |
| Pricing | Free tier; paid plans (See official website) |
What is Visual Copilot?
Visual Copilot is the Figma-to-code product from Builder.io, the visual development platform known for its visual CMS and headless page builder. It launched to wide attention in late 2023 and became generally available in 2024 as one of the most capable design-to-code tools on the market.
The standard flow works like the others: a Figma plugin reads your design, AI converts it to code, and you get a componentized result. What sets Visual Copilot apart is that it can learn your own component library. You tell it where your React or Vue components live, and the output calls those components instead of raw divs.
That makes it especially attractive to teams with an established design system. The generated code matches the components, props and conventions your developers already use, so integration is closer to a review-and-merge step than a rewrite.
Key Features
- Figma to code with AI-powered design understanding
- Output for React, Vue, Svelte, Angular, Qwik and plain HTML/CSS
- Custom component mapping to your own design system
- Tailwind CSS and CSS module output options
- MCP and API access for workflow automation
- Integration with the Builder.io platform for publishing
- Privacy-focused conversion options for sensitive designs
How to get started
Install the Visual Copilot Figma plugin from the Figma Community and open the design you want to convert. Select your frames, choose the target framework, and let the AI generate the code.
For teams that want component mapping, connect your codebase through the Builder.io platform and define how your components map to Figma elements. You can then preview, iterate and export the final code or push it straight into your repository.
- Install the Visual Copilot plugin in Figma
- Select the frames you want to convert
- Choose a framework and styling approach
- Generate and review the code
- Map your own components for design-system-aware output
- Export the code or publish through Builder.io
Use cases
- Converting Figma designs into React code that matches your design system
- Speeding up front-end delivery for agencies and product teams
- Migrating design-heavy pages into headless CMS content
- Prototyping in code for internal tools and dashboards
- Keeping marketing pages in sync between design and production
Pricing and licensing
Visual Copilot offers a free tier with a limited number of conversions per month, and paid plans add more conversions, advanced features and platform integration. The core conversion is also bundled with Builder.io's broader visual development plans.
Pricing has shifted as the product matured, so check the official website for the current free limits and paid tiers.
Pros and cons
The standout feature is component awareness. Few competitors let you generate code against your own library, which makes the output dramatically more useful for real products. The AI also handles messy designs well, and the framework coverage is broad.
The trade-off is that the best experience lives inside the Builder.io ecosystem, so teams who only want a standalone converter may find the full setup heavier than simpler tools. As with any generator, complex interactions still need a developer's touch.
Alternatives
- Locofy: Figma-to-code with React, Next.js and React Native output
- Anima: design-to-code from Figma, Adobe XD and Sketch
- v0: Vercel's prompt-to-UI generator for React and Tailwind
- Penpot: open-source design tool with code-friendly exports