🚗 CarsXE MCP Server

A modular, extensible Model Context Protocol (MCP) server for querying and analyzing vehicle data from the CarsXE API, with beautiful, chat-friendly Markdown output for LLMs and chatbots.

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🌐 MCP Registry

This server is published in the official MCP Registry as:

• Server name: io.github.carsxe/carsxe-mcp

Any MCP‑aware client or registry can discover and connect to this server using that name.

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ℹ️ What is CarsXE MCP Server?

The CarsXE MCP server is a Node.js/TypeScript application that exposes a suite of tools for querying comprehensive vehicle data from the CarsXE API. It is designed for seamless integration with LLMs (like Anthropic Claude, OpenAI GPT, etc.), chatbots, and developer tools, providing:

• 🧩 Clean, modular code for each CarsXE endpoint
• 📝 Consistent, Markdown-rich output for chat/LLM environments
• 🛡️ Robust error handling and user-friendly messages
• 🔌 Easy extensibility for new endpoints and features

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💡 Why Use CarsXE with MCP?

Connecting CarsXE to your AI editor or chat client via MCP gives you a supercharged vehicle data experience — directly inside the tools you already use:

Benefit	Description
Ask in plain English	No need to know API endpoints or parameters — just describe what you want
Context-aware answers	The AI combines live vehicle data with your question for tailored, actionable responses
No tab switching	Get VIN specs, history, recalls, and values without leaving your editor or chat
Chain requests effortlessly	Decode a plate → get full specs → check recalls → get market value, all in one conversation
Always live data	Every query hits the CarsXE API in real time — no stale cache or outdated results
Works in your favorite editor	Claude Desktop, Cursor, VS Code, Windsurf, and any MCP-compatible client

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✨ Features

• 🤖 Uses Anthropic Claude to generate comprehensive, professional answers based on the API data and user query
• 🚙 Query vehicle specs, history, images, recalls, market value, and more
• 🏷️ Decode license plates and VINs (including OCR from images)
• 🛠️ Decode OBD (On-Board Diagnostics) codes
• 🎨 All endpoints return elegant, grouped, emoji-rich Markdown
• 🧑‍💻 Modular code: types, API logic, and formatters are separated for maintainability
• 🧪 Simple to run, test, and extend

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⚙️ Prerequisites

CarsXE API key (get one here)

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🖥️ Installation by Editor

All editors use the same remote MCP endpoint. Replace YOUR_API_KEY with your actual CarsXE API key in every config below.

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Claude Desktop

1️⃣ Download and Install Claude Desktop

• Go to the official Claude Desktop download page
• Download the installer for your operating system (macOS, Windows, or Linux)
• Install Claude Desktop by following the on-screen instructions

2️⃣ Configure Claude Desktop to Use the CarsXE MCP Server

a. Open Claude Desktop Settings

• Launch the Claude Desktop app
• Click on Claude in the menu bar
• Select Settings
• In the Settings window, go to the Developer tab (you may need to scroll or expand advanced options)
• Click Edit Config (or Open Config File)

b. Edit the Configuration File

• This will open the claude_desktop_config.json file in your default text editor.

• Locate the "mcpServers" section. If it does not exist, add it as shown below.

• Add or update the following entry for CarsXE:

  {
    "mcpServers": {
      "carsxe-remote": {
        "command": "npx",
        "args": [
          "mcp-remote@latest",
          "https://mcp.carsxe.com/mcp",
          "--header",
          "X-API-Key: YOUR_API_KEY"
        ]
      }
    }
  }
  

• Replace YOUR_API_KEY with your actual CarsXE API Key

• Tip: You can add multiple MCP servers under "mcpServers" if you use more than one.

• Save the configuration file and close your editor.

c. Restart Claude Desktop

• Close and reopen the Claude Desktop app to apply the new configuration.

  It may take a short delay for the changes to take effect.

3️⃣ Verify the CarsXE MCP Server is Available

• After restarting, open Claude Desktop.
• Go to the tools or plugins section (usually in the search bar or under a tools menu).
• You should see CarsXE listed as an available MCP server/tool.
• Try running a CarsXE tool (e.g., get-vehicle-specs) to verify everything is working.

  This will only work if your API key is associated with an active subscription.

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Cursor

Click the button below — Cursor will open with the MCP server pre-configured:

The install dialog will open pre-filled with:

Field	Value
Name	CarsXE
Type	streamableHttp
URL	https://mcp.carsxe.com/mcp
Header	X-API-Key: YOUR_API_KEY

Replace YOUR_API_KEY with your actual CarsXE API key, then click Install.

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Visual Studio Code (GitHub Copilot)

Click the button below — VS Code will open with the MCP server pre-configured (requires GitHub Copilot):

After clicking install, you'll need to add your API key manually:

1. Open Command Palette (Ctrl+Shift+P / Cmd+Shift+P)
2. Run "Open User Settings (JSON)"
3. Find the CarsXE entry under "mcp" → "servers"
4. Replace YOUR_API_KEY with your actual CarsXE API key:

   "CarsXE": {
     "type": "http",
     "url": "https://mcp.carsxe.com/mcp",
     "headers": {
       "X-API-Key": "YOUR_ACTUAL_KEY_HERE"
     }
   }

5. Save the file — VS Code will connect automatically.

Note: Make sure you have the GitHub Copilot extension installed and agent mode enabled (chat.agent.enabled in VS Code settings).

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Windsurf

1️⃣ Open MCP Configuration

• Go to Windsurf Settings → MCP (or press Ctrl+, and search for MCP)
• Click "Edit Config" to open ~/.codeium/windsurf/mcp_config.json

2️⃣ Add the CarsXE Server

{
  "mcpServers": {
    "carsxe-remote": {
      "command": "npx",
      "args": [
        "mcp-remote@latest",
        "https://mcp.carsxe.com/mcp",
        "--header",
        "X-API-Key: YOUR_API_KEY"
      ]
    }
  }
}

3️⃣ Restart Windsurf

Reload the window or restart Windsurf. Open the Cascade chat panel — CarsXE tools will appear automatically.

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Other Editors (Manual / Generic)

For any other MCP-compatible client, register a remote MCP server using:

• Endpoint: https://mcp.carsxe.com/mcp
• Transport: HTTP (Streamable HTTP)
• Auth header: X-API-Key: YOUR_API_KEY

Consult your editor's MCP documentation for the exact configuration format.

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🛠️ Available Tools & Example Prompts

Below is a list of all available CarsXE tools, their parameters, and example prompts. These prompts work in any MCP-connected client.

1. get-vehicle-specs 🚙

• Description: Get comprehensive vehicle specifications by VIN

• Parameters:

  • vin (string, required): 17-character Vehicle Identification Number

• Example Prompts:

  What are the full specs for VIN WBAFR7C57CC811956?

  Is this a V6 or V8? VIN: WBAFR7C57CC811956

  What trim level is WBAFR7C57CC811956?

• Output: Markdown-formatted vehicle specs (year, make, model, engine, dimensions, colors, equipment, etc.)

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2. decode-vehicle-plate 🏷️

• Description: Decode a vehicle's license plate to get VIN and basic info

• Parameters:

  • plate (string, required): License plate number
  • state (string, optional): State abbreviation (e.g., CA)
  • country (string, required, default: US): Country code

• Example Prompts:

  What car has license plate 7XER187 in California?

  Decode plate 7XER187 state CA

  Look up the plate ABC1234 in Texas

• Output: Markdown summary of decoded vehicle info (VIN, make, model, year, etc.)

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3. international-vin-decoder 🌍

• Description: Decode an international VIN for detailed info

• Parameters:

  • vin (string, required): 17-character VIN

• Example Prompts:

  Decode this European VIN: WF0MXXGBWM8R43240

  What car is WAUZZZ8K9AA123456? It's a German VIN.

• Output: Markdown with international vehicle details (manufacturer, specs, emissions, etc.)

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4. get-market-value 💰

• Description: Get estimated market value for a vehicle by VIN

• Parameters:

  • vin (string, required): 17-character VIN
  • state (string, optional): US state abbreviation
  • country (string, optional): Country code

• Example Prompts:

  How much is WBAFR7C57CC811956 worth?

  I'm thinking of buying VIN WBAFR7C57CC811956 — what's a fair price?

  What's the trade-in value for WBAFR7C57CC811956 in Florida?

• Output: Markdown with market value breakdown (retail, trade-in, MSRP, etc.)

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5. get-vehicle-history 🕓

• Description: Get a comprehensive vehicle history report by VIN

• Parameters:

  • vin (string, required): 17-character VIN
  • format (string, optional): Response format (json or xml)

• Example Prompts:

  Has WBAFR7C57CC811956 ever been in an accident?

  Show me the full history for VIN WBAFR7C57CC811956

  How many owners has WBAFR7C57CC811956 had?

• Output: Markdown with history records (junk/salvage, insurance, brands, titles, odometer, etc.)

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6. get-vehicle-images 🖼️

• Description: Get vehicle images by make, model, and filters

• Parameters:

  • make (string, required)
  • model (string, required)
  • year, trim, color, transparent, angle, photoType, size, license, format (all optional)

• Example Prompts:

  Show me photos of a blue 2018 Toyota Tacoma

  Get images of a red 2022 Ford Mustang GT

  What does a white 2020 Tesla Model 3 look like?

• Output: Markdown with up to 5 images (links, thumbnails, details)

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7. get-vehicle-recalls 🚨

• Description: Get vehicle recall information by VIN

• Parameters:

  • vin (string, required): 17-character VIN

• Example Prompts:

  Does 1C4JJXR64PW696340 have any open recalls?

  I just bought VIN 1C4JJXR64PW696340 — should I be worried about recalls?

  Check for safety recalls on WBAFR7C57CC811956

• Output: Markdown with recall details (date, description, risk, remedy, status, etc.)

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8. recognize-plate-image 🏷️

• Description: Recognize and extract license plate(s) from a vehicle image URL

• Parameters:

  • imageUrl (string, required): Direct URL to an image of a vehicle's license plate

• Example Prompts:

  What's the plate number in this image? https://api.carsxe.com/img/apis/plate_recognition.JPG

  Read the license plate from this photo: [image URL]

• Output: Markdown with detected plates, confidence scores, bounding boxes, vehicle type, etc.

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9. vin-ocr 🔍

• Description: Extract the VIN from a vehicle image using OCR

• Parameters:

  • imageUrl (string, required): Direct URL to an image of a vehicle's VIN

• Example Prompts:

  Extract the VIN from this image: https://user-images.githubusercontent.com/5663423/30922082-64edb4fa-a3a8-11e7-873e-3fbcdce8ea3a.png

  What's the VIN in this photo? https://res.cloudinary.com/carsxe/image/upload/q_auto/f_auto/v1713204144/base/images/vin-ocr/vin.jpg

• Output: Markdown with detected VIN, confidence, bounding box, and candidates

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10. get-year-make-model 📅

• Description: Get comprehensive vehicle info by year, make, model, and optional trim

• Parameters:

  • year (string, required)
  • make (string, required)
  • model (string, required)
  • trim (string, optional)

• Example Prompts:

  What are the specs for a 2020 Toyota Camry?

  Tell me about the 2019 Honda Civic Sport trim

  What colors were available on the 2021 Ford F-150?

• Output: Markdown with vehicle details, colors, features, options, and packages

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11. decode-obd-code 🛠️

• Description: Decode an OBD code and get diagnosis information

• Parameters:

  • code (string, required): OBD code (e.g., P0115)

• Example Prompts:

  My check engine light is on with code P0115 — what does it mean?

  Decode OBD code P0300

  I have a C1234 code on my dashboard — is it serious?

• Output: Markdown with code, diagnosis, and date

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12. get-lien-theft 🔒

• Description: Get lien and theft information for a vehicle by VIN

• Parameters:

  • vin (string, required): 17-character Vehicle Identification Number

• Example Prompts:

  Is there a lien on WBAFR7C57CC811956?

  I'm buying a used car with VIN WBAFR7C57CC811956 — check if it's stolen

  Verify the title is clean for WBAFR7C57CC811956

• Output: Markdown with lien holder information, theft records, recovery dates, and status

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🔗 Chaining Tools — Power User Examples

The real power of CarsXE MCP comes from chaining tools in a single conversation:

Scenario 1 — Pre-purchase due diligence:

1. Decode plate 7XER187 in California

2. Now get its full history

3. Does it have any open recalls?

4. What's it worth if I buy it today?

Scenario 2 — Spotted a car on the street:

1. Read the plate from this image: [photo URL]

2. Look up that plate in Texas

3. Show me photos of that car model

Scenario 3 — Mechanic / service shop:

1. Decode this VIN from the dashboard photo: [image URL]

2. Get its full specs

3. My customer says the check engine code is P0300 — what does that mean for this vehicle?

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