figma-design-handoff
Figma-to-code design handoff patterns including Figma Variables to design tokens pipeline, component spec extraction, Dev Mode inspection, Auto Layout to CSS Flexbox/Grid mapping, and visual regression with Applitools. Use when converting Figma designs to code, documenting component specs, setting up design-dev workflows, or comparing production UI against Figma designs.
git clone --depth 1 https://github.com/yonatangross/orchestkit /tmp/figma-design-handoff && cp -r /tmp/figma-design-handoff/plugins/ork/skills/figma-design-handoff ~/.claude/skills/figma-design-handoffSKILL.md
# Figma Design Handoff
Figma dominates design tooling in 2026, with the majority of product teams using it as their primary design tool. A structured handoff workflow eliminates design drift — the gap between what designers create and what developers build. This skill covers the full pipeline: Figma Variables to design tokens, component spec extraction, Dev Mode inspection, Auto Layout to CSS mapping, and visual regression testing.
## Quick Reference
| Rule | File | Impact | When to Use |
|------|------|--------|-------------|
| Figma Variables & Tokens | `rules/figma-variables-tokens.md` | CRITICAL | Converting Figma Variables to W3C design tokens JSON |
| Component Specs | `rules/figma-component-specs.md` | HIGH | Extracting component props, variants, states from Figma |
| Dev Mode Inspection | `rules/figma-dev-mode.md` | HIGH | Measurements, spacing, typography, asset export |
| Auto Layout → CSS | `rules/figma-auto-layout.md` | HIGH | Mapping Auto Layout to Flexbox/Grid |
| Visual Regression | `rules/figma-visual-regression.md` | MEDIUM | Comparing production UI against Figma designs |
**Total: 5 rules across 1 category**
## Figma Dev Mode MCP Server (2026 default path)
The Figma Dev Mode MCP Server replaces most manual REST + Dev Mode inspection. Configure it once and any Claude Code session with Figma access can pull design context, tokens, and code mappings directly.
Key tools (16 documented — `developers.figma.com/docs/figma-mcp-server/tools-and-prompts`):
| Tool | Returns | Use for |
|------|---------|---------|
| `get_design_context` | Component tree + layout + typography + spacing | First call on any Figma node → grounds every other tool |
| `get_variable_defs` | Token collections (variables + modes + aliases) | Straight export to W3C DTCG JSON — skip the REST pipeline |
| `get_code_connect_map` | Figma node → codebase component mapping | Linking generated code to existing repo components |
| `get_screenshot` | PNG of a node or frame | Screenshot for visual diffing / embed in chat |
| `search_design_system` | Token/component search across libraries | Finding existing tokens before generating new ones |
| `use_figma` *(beta)* | Writes back to the Figma canvas | Code-to-design round-trip (write-to-canvas) |
| `generate_figma_design` *(beta)* | Creates a design frame from a prompt | AI-generated design stubs for handoff |
**Install**: Enable in the Figma desktop app under *Preferences → Dev Mode MCP Server*, or use the remote MCP endpoint (no desktop required for read tools). Pair with **Code Connect UI** (GA 2026) to map Figma node IDs → codebase components without manual JSON wiring.
```jsonc
// .claude/mcp-servers/figma.json — sample config
{
"figma": {
"command": "figma-mcp",
"args": ["--mode=dev"],
"env": { "FIGMA_ACCESS_TOKEN": "${FIGMA_TOKEN}" }
}
}
```
## Quick Start
```bash
# 1. Export Figma Variables → tokens.json (using Figma REST API)
curl -s -H "X-Figma-Token: $FIGMA_TOKEN" \
"https://api.figma.com/v1/files/$FILE_KEY/variables/local" \
| node scripts/figma-to-w3c-tokens.js > tokens/figma-raw.json
# 2. Transform with Style Dictionary
npx style-dictionary build --config sd.config.js
# 3. Output: CSS custom properties + Tailwind theme
# tokens/
# figma-raw.json ← W3C Design Tokens format
# css/variables.css ← --color-primary: oklch(0.65 0.15 250);
# tailwind/theme.js ← module.exports = { colors: { primary: ... } }
```
```json
// W3C Design Tokens Format (DTCG)
{
"color": {
"primary": {
"$type": "color",
"$value": "{color.blue.600}",
"$description": "Primary brand color"
},
"surface": {
"$type": "color",
"$value": "{color.neutral.50}",
"$extensions": {
"mode": {
"dark": "{color.neutral.900}"
}
}
}
}
}
```
```typescript
// Style Dictionary config for Figma Variables
import StyleDictionary from 'style-dictionary';
export default {
source: ['tokens/figma-raw.json'],
platforms: {
css: {
transformGroup: 'css',
buildPath: 'tokens/css/',
files: [{ destination: 'variables.css', format: 'css/variables' }],
},
tailwind: {
transformGroup: 'js',
buildPath: 'tokens/tailwind/',
files: [{ destination: 'theme.js', format: 'javascript/module' }],
},
},
};
```
## Handoff Workflow
The design-to-code pipeline follows five stages:
1. **Design in Figma** — Designer creates components with Variables, Auto Layout, and proper naming
2. **Extract Specs** — Use Dev Mode to inspect spacing, typography, colors, and export assets
3. **Export Tokens** — Figma Variables → W3C tokens JSON via REST API or plugin
4. **Build Components** — Map Auto Layout to CSS Flexbox/Grid, apply tokens, implement variants
5. **Visual QA** — Compare production screenshots against Figma frames with Applitools
```
┌─────────────┐ ┌──────────────┐ ┌───────────────┐
│ Figma File │────▶│ Dev Mode │────▶│ tokens.json │
│ (Variables, │ │ (Inspect, │ │ (W3C DTCG │
│ Auto Layout)│ │ Export) │ │ format) │
└─────────────┘ └──────────────┘ └───────┬───────┘
│
▼
┌─────────────┐ ┌──────────────┐ ┌───────────────┐
│ Visual QA │◀────│ Components │◀────│ Style │
│ (Applitools,│ │ (React + │ │ Dictionary │
│ Chromatic) │ │ Tailwind) │ │ (CSS/Tailwind)│
└─────────────┘ └──────────────┘ └───────────────┘
```
## Rules
Each rule is loaded on-demand from the `rules/` directory:
<!-- load:rules/figma-variables-tokens.md -->
<!-- load:rules/figma-component-specs.md -->
<!-- load:rules/figma-dev-mode.md -->
<!-- load:rules/figma-auto-layout.md -->
<!-- load:rules/figma-visual-regression.md -->
## Auto Layout to CSS Mapping
Quick reference for the most common mappings:
| Figma Auto Layout | CSS Equivalent | Tailwind Class |Accessibility patterns for WCAG 2.2 compliance, keyboard focus management, React Aria component patterns, cognitive inclusion, native HTML-first philosophy, and user preference honoring. Use when implementing screen reader support, keyboard navigation, ARIA patterns, focus traps, accessible component libraries, reduced motion, or cognitive accessibility.
Agent orchestration patterns for agentic loops, multi-agent coordination, alternative frameworks, and multi-scenario workflows. Use when building autonomous agent loops, coordinating multiple agents, evaluating CrewAI/AutoGen/Swarm, or orchestrating complex multi-step scenarios.
AI-assisted UI generation patterns for json-render, v0.app, Google Stitch, Bolt Cloud, and Cursor workflows. Covers prompt engineering for component and full-stack app generation, review checklists for AI-generated code, design token injection, refactoring for design system conformance, and CI gates for quality assurance. Use when generating UI components with AI tools, rendering multi-surface MCP visual output, reviewing AI-generated code, or integrating AI output into design systems.
Queries local analytics across OrchestKit projects for agent usage, skill frequency, hook timing, team activity, session replay, cost estimation, and model delegation trends. Privacy-safe with hashed project IDs. Supports time-range filtering and comparative analysis. Use when reviewing performance, estimating costs, or understanding usage patterns.
Animation and motion design patterns using Motion library (formerly Framer Motion) and View Transitions API. Use when implementing component animations, page transitions, micro-interactions, gesture-driven UIs, or ensuring motion accessibility with prefers-reduced-motion.
API design patterns for REST/GraphQL framework design, versioning strategies, and RFC 9457 error handling. Use when designing API endpoints, choosing versioning schemes, implementing Problem Details errors, or building OpenAPI specifications.
Use this skill when documenting significant architectural decisions. Provides ADR templates following the Nygard format with sections for context, decision, consequences, and alternatives. Use when writing ADRs, recording decisions, or evaluating options.
Architecture validation and patterns for clean architecture, backend structure enforcement, project structure validation, test standards, and context-aware sizing. Use when designing system boundaries, enforcing layered architecture, validating project structure, defining test standards, or choosing the right architecture tier for project scope.