Figma Console MCP Server

Connect Claude Desktop to Figma Desktop and design, inspect, and manage your files through natural language.

What is this?

This connects Claude to your Figma file so you can design with prompts. Just describe what you want — Claude will create it directly in Figma.

• Create UI components and full screens by typing what you need

• Integrate and manage your design system (tokens, variables, styles)

• Inspect, audit, and debug your Figma files through conversation

What Claude Can Do With Your Figma File

Create & Design

Create a login card with email and password fields and a Sign In button
Design a navbar with logo, links, and a user avatar on the right
Build a settings page with a sidebar and form fields in the main area
Create a modal dialog with a header, content area, and Save/Cancel buttons

Manage Design Tokens

Create a "Brand Colors" token collection with Light and Dark modes
Add a primary color variable — #3B82F6 for Light, #60A5FA for Dark
Rename the "Default" mode to "Light Theme"
Add a "High Contrast" mode to my existing token collection

Analyze & Audit

Audit my design system and show me a health score
Compare the Button component in Figma against our React implementation
Run an accessibility lint on this frame and flag WCAG issues
Browse the design tokens interactively

Setup Guide — Claude Desktop + Figma Desktop

This guide connects Claude Desktop to Figma Desktop using the Figma Claude Connect plugin.

Connection architecture:

Claude Desktop
      ↓
Local MCP Server (Node)
      ↓ WebSocket
Figma Claude Connect Plugin
      ↓
Figma API

Prerequisites

Step 0 — Install Node.js (If Needed)

Open your terminal and check if Node.js is installed:

node -v

If you see v18.x.x or higher, skip to Step 1.

If not:

1. Go to nodejs.org

2. Download and install Node.js LTS

3. Verify with node -v

Step 1 — Clone the Repository

Open your terminal and run:

git clone https://github.com/AbhinavAgr/figma-claude-MCP.git

then

cd figma-claude-mcp

Step 2 — Install Dependencies

In the same terminal, run:

npm install

Step 3 — Build the Local MCP Server

Then run:

npm run build:local

This generates dist/local.js — the file Claude Desktop will run.

Step 4 — Get Your Figma API Token

1. Go to Manage personal access tokens in Figma:

   • In Figma Desktop: click your profile icon → Settings → Security → Personal access tokens

   • Or visit Figma Help: Personal access tokens and follow the steps

2. Click Add new token

3. Enter name: Figma Claude MCP

4. Copy the token — you won't see it again! (starts with figd_)

Step 5 — Configure Claude Desktop

Open the Claude Desktop config folder in your terminal:

macOS:

open ~/Library/Application\ Support/Claude/

Windows — press Win + R and enter:

%APPDATA%\Claude\

Create (or edit) claude_desktop_config.json inside that folder:

{
  "mcpServers": {
    "figma-console": {
      "command": "node",
      "args": [
        "/Users/YOUR_USERNAME/figma-claude-mcp/dist/local.js"
      ],
      "env": {
        "FIGMA_ACCESS_TOKEN": "YOUR_FIGMA_TOKEN"
      }
    }
  }
}

Replace YOUR_USERNAME with your actual system username and YOUR_FIGMA_TOKEN with the token from Step 4.

Tip: The path in args must be the full absolute path to dist/local.js. Run pwd inside the figma-console-mcp folder to get it.

Final code should look something like this (make sure {} are properly placed)

{
  "preferences": {
    "coworkScheduledTasksEnabled": true,
    "ccdScheduledTasksEnabled": true,
    "coworkWebSearchEnabled": true,
    "sidebarMode": "chat"
  },
  "mcpServers": {
    "figma-console": {
      "command": "node",
      "args": [
        "/Users/abhinav/figma-claude-mcp/dist/local.js"
      ],
      "env": {
        "FIGMA_ACCESS_TOKEN": "YOUR_FIGMA_TOKEN"
      }
    }
  }
}

Step 6 — Restart Claude Desktop

Completely quit Claude Desktop and reopen it. Claude will start the MCP server automatically on launch.

Step 7 — Install the Figma Claude Connect Plugin

Open Figma Desktop, then:

Plugins → Development → Import plugin from manifest...

Select figma-claude-connect/manifest.json from the figma-console-mcp directory.

The plugin will appear as Figma Claude Connect in your Development plugins. This is a one-time import — it persists across Figma restarts.

Step 8 — Run the Plugin

Open your Figma file and run:

Plugins → Development → Figma Claude Connect

The plugin window will appear. Expected status:

● MCP ready

This confirms the plugin connected to the MCP server via WebSocket.

Step 9 — Test the Connection

In Claude Desktop, start with:

Check Figma status

List variables in my Figma file

Take a screenshot of the current Figma canvas

Important: Keep These Open

For the integration to work, all three must be running simultaneously:

1. Claude Desktop

2. Figma Desktop

3. Figma Claude Connect plugin window

Closing the plugin window stops the connection.

Troubleshooting

Plugin shows "connecting" and never reaches MCP ready → Restart Claude Desktop, then re-run the plugin in Figma.

Claude cannot find Figma tools → Check claude_desktop_config.json. Make sure the path to dist/local.js is the full absolute path. Restart Claude Desktop.

Plugin does not appear in Figma → Go to Plugins → Development → Refresh plugins.

Example Prompts

Once connected, try these in Claude Desktop to create screens directly in Figma:

Login Screen

Create a mobile login screen with an app logo at the top, email and password fields, a Sign In button, and a "Forgot password?" link below

Dashboard

Design a web dashboard with a sidebar navigation, a header with a search bar and user avatar, and a main area showing 4 stat cards and a recent activity table

Onboarding Flow

Build a 3-step onboarding screen with a progress indicator at the top, an illustration area, a title, a short description, and Next/Back buttons at the bottom

License

MIT — see LICENSE for details.

For more visit abhinavagr.com

Note: This is a beginner-friendly adaptation of the original Figma Console MCP repository. I've simplified the setup guide and focused it on Claude Desktop so it's easier to get started. If you want the full documentation — including NPX setup, Cloud Mode, Remote SSE, and advanced options — visit the original repo.