Volvo Cars Connected MCP. Check real-time fleet telemetry via conversation.
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Volvo Cars Connected retrieves real-time vehicle telemetry and status data through your AI agent. You can check everything from fuel range and battery charge levels to door lock status and tire pressure across an entire fleet without opening a separate app or dashboard.
It gives you instant, conversational access to your Volvo's current operational state.
What your AI agents can do
Get battery status
Retrieves the current battery level and charging status of an electric or hybrid vehicle.
Get doors status
Checks whether all doors on the connected vehicle are locked or unlocked.
Get engine status
Returns the real-time operational status of the engine (e.g., running, off, warning state).
The tool confirms if all doors and windows are currently locked or closed.
It retrieves the current battery charge percentage, charging status, or gas fuel level with estimated remaining distance.
The agent checks tire pressure across all tires and reports on the engine's operational state.
You can get detailed records of total mileage (odometer) and historical trip statistics.
The server pulls core data like the VIN, model year, and other identifying details for specific vehicles.
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Volvo Cars Connected MCP Server: 10 Tools for Telemetry Data Access
Access core functions like checking tire pressure, battery levels, fuel range, and vehicle metadata using ten distinct API tools.
019d849aget battery status
Retrieves the current battery level and charging status of an electric or hybrid vehicle.
019d849aget doors status
Checks whether all doors on the connected vehicle are locked or unlocked.
019d849aget engine status
Returns the real-time operational status of the engine (e.g., running, off, warning state).
019d849aget fuel status
Pulls the current gas fuel level and calculates the estimated distance remaining.
019d849aget odometer
Gets the total accumulated mileage reading on the vehicle's odometer.
019d849aget tires status
Checks the individual pressure status for all tires on the vehicle.
019d849aget vehicle details
Retrieves comprehensive metadata, including VIN and model year, for a specific car.
019d849aget vehicle statistics
Gathers usage statistics and trip meter data to track overall vehicle efficiency.
019d849aget windows status
Determines if the car windows are currently open or closed.
019d849alist vehicles
Gets a list of every vehicle associated with your Volvo ID, providing starting points for status checks.
Choose How to Get Started
Build a custom MCP for your own tools, or connect a ready-made integration from our catalog.
Build Your Own
Turn any API into an MCP. Import a spec, define Agent Skills, or deploy with MCPFusion.
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Make Your AI Do More
Start with Volvo Cars Connected, then connect any of our 4,700+ other servers whenever your AI needs more. One click, no limits.
- Use this MCP plus 4,700+ others, all in one place
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What you can do with this MCP connector
When you connect your AI client through this Volvo Cars Connected MCP Server, you're hooking up real-time telemetry straight from a Volvo vehicle or an entire fleet. You don't gotta open up any dashboard or separate app to check on the car; your agent handles it conversationally.
First off, you need to know what cars you're dealing with. Use list_vehicles to get a list of every single Volvo tied to your ID. Then, for specific checks, get_vehicle_details pulls all the core identifying info—you'll grab the VIN and model year right there.
Security is simple. You can check if you need to worry about break-ins by using get_doors_status to see if every door on the car is locked or unlocked, and then get_windows_status tells you if all the windows are closed. It's a quick way to confirm the vehicle's security state.
Next up: energy levels. If it’s electric or hybrid, get_battery_status gives you the current battery charge percentage and its charging status. For gas models, get_fuel_status pulls the exact fuel level and estimates how much distance is left before it runs dry. Don't forget to check the odometer reading with get_odometer for total mileage, or run get_vehicle_statistics to pull detailed usage records and trip meter data.
Physical health checks are pretty straightforward too. You can monitor tire pressure across all four wheels using get_tires_status. To know if the car is running right, get_engine_status returns the engine's operational state—whether it's off, running, or showing a warning. Overall usage metrics for your whole fleet get tracked via the data gathered from get_vehicle_statistics.
How Volvo Cars Connected MCP Works
- 1 1. Subscribe to this server and provide your Volvo Access Token and VCC API Key. This authorizes the connection.
- 2 2. Ask your AI client a question (e.g., 'Check the fuel level for my truck'). The agent translates this into specific tool calls.
- 3 3. The MCP Server runs the necessary tools, aggregates the data points, and sends you a single, natural language status report.
The bottom line is that you talk to your AI client like talking to a teammate; it handles all the API calls behind the scenes.
Who Is Volvo Cars Connected MCP For?
This server is for anyone managing assets—from personal car owners checking on their daily commute, to large logistics companies needing instant oversight of dozens of vehicles. It helps people who are tired of logging into five different apps just to get a quick status update.
You run reports checking the get_odometer and get_vehicle_statistics for multiple vehicles, identifying which units need maintenance or are underutilized.
When planning a route, you ask the agent to check both get_fuel_status and list_vehicles to ensure all required trucks have sufficient range before dispatching.
You check car status remotely (e.g., 'Are the doors locked?') using get_doors_status without having to open the manufacturer's dedicated app.
What Changes When You Connect
- Quick Security Checks: Don't guess if the car is secure. Use
get_doors_statusto confirm all doors are locked instantly, saving you the trip around the perimeter. - Zero Guesswork on Range: Instead of opening a complex dashboard, ask for the fuel status (
get_fuel_status). You get the exact remaining range and current level in plain English. - Full Health Snapshot: Need to know everything at once? Call
list_vehiclesfirst, then run targeted checks likeget_tires_statusandget_engine_statusto build a complete health report. - Mileage Accountability: Track usage easily. Use
get_odometerfor current mileage orget_vehicle_statisticsto review historical trip data—perfect for expense reports. - Streamlined Fleet Oversight: You don't need separate dashboards. Run multiple checks in one prompt, consolidating status updates (e.g., battery level + door locks) across several vehicles.
Real-World Use Cases
The Pre-Trip Safety Check
A truck driver is starting their day and needs to confirm everything is safe before leaving the lot. They ask the agent: 'Give me a full status check.' The agent runs get_tires_status, checks get_doors_status, and verifies get_engine_status. Result: Clear confirmation that all systems are nominal.
The Inventory Audit
A fleet manager needs to know what cars are on site. They use list_vehicles to get the VINs and model years, then run targeted checks like get_battery_status on each unit to see which ones need charging.
Remote Incident Reporting
A car owner is away from home but wants confirmation that their vehicle hasn't been tampered with. They ask, 'Are the windows and doors secure?' The agent runs get_doors_status and get_windows_status, providing immediate peace of mind.
Usage Reporting for Billing
A company needs to bill a client based on usage. Instead of manually logging miles, they use get_odometer and get_vehicle_statistics to pull the exact mileage difference between two dates.
The Tradeoffs
Calling status tools one by one
Asking 10 separate, sequential questions: 'What's the fuel level? Now what about the tires? Are the doors locked?' This is slow and requires too many back-and-forth turns.
→ Use a single prompt to request all necessary data points. Example: 'For my vehicle, give me the current battery status, tire pressure, and if all windows are closed.' The agent runs multiple tools internally for one clean response.
Assuming `list_vehicles` is enough
Just running list_vehicles and thinking you have all the details. It only gives names and IDs; it doesn't give status.
→
list_vehicles gets the list of assets, but for actual operational data (like fuel or battery), you must follow up with specific tools like get_fuel_status using the vehicle ID.
Mixing up scope
Asking a general question about 'car safety' without specifying which car. The API won't know what to check.
→
Always specify the target asset or use list_vehicles first if you need checks across multiple units.
When It Fits, When It Doesn't
Use this server if your core job is querying real-time, discrete data points about a physical vehicle's state (e.g., 'Is it locked?', 'How much gas?'). This is perfect for automation and rapid status checks.
Don't use it if you need to analyze complex historical trends over years, or if the task requires manual user input beyond simple questions. For those needs, a dedicated business intelligence (BI) dashboard tool is better.
If you only need basic vehicle identification data without current metrics, standard manufacturer apps are fine. But because this server combines get_doors_status, get_fuel_status, and get_tires_status into one conversational flow, it drastically reduces context switching and speeds up field operations.
Independent Platform Disclaimer: Vinkius is an independent platform and is not affiliated with, endorsed by, sponsored by, verified by, or otherwise authorized by Volvo Cars. All third-party trademarks, logos, and brand names are the property of their respective owners. Their use on this website is strictly for informational purposes to identify service compatibility and interoperability.
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Works with Claude, ChatGPT, Cursor, and more
The Model Context Protocol standardizes how applications expose capabilities to LLMs. Instead of operating in isolation, your AI gains direct access to external platforms, live data, and real-world actions through secure, standardized connections.
This server provides 10 capabilities that interface natively with Claude, ChatGPT, Cursor, and any MCP client. No middleware. No custom integration required.
Available Capabilities
Checking vehicle status shouldn't take a dozen clicks across five different apps.
Today, checking your fleet means logging into the manufacturer app for battery levels. Then you open a separate telematics portal to check mileage and run an account dashboard just to verify door locks. It’s tedious copy-pasting between dashboards that never talk to each other.
With this MCP server, you simply ask your AI client: 'What's the status of my fleet?' The agent runs all necessary checks—`get_battery_status`, `get_doors_status`, and more—and gives you one unified report. You get the answer instantly.
Volvo Cars Connected MCP Server: Get real-time telemetry status.
You eliminate the need to jump between siloed systems. No more manually verifying if the tires are checked in one place and the fuel level is checked somewhere else. All operational data lives under one API umbrella.
The result isn't just data; it’s a single, reliable source of truth for your vehicle assets, giving you immediate operational control from any chat interface.
Common Questions About Volvo Cars Connected MCP
How do I check if all doors are locked using get_doors_status? +
You simply ask the agent: 'Are my car doors locked?' The get_doors_status tool runs and reports whether the vehicle's doors are currently secured or unlocked.
What is the difference between get_odometer and get_vehicle_statistics? +
get_odometer gives you the current, running total mileage. get_vehicle_statistics retrieves usage reports and trip meter data, helping you track efficiency over time.
Can I check both fuel level and tire pressure at the same time? +
Yes. You can include both checks in a single request prompt. The agent will call get_fuel_status and then get_tires_status, compiling both results into one cohesive response.
Do I need to use list_vehicles before running any other tool? +
No, but it helps. If you're checking multiple vehicles, start with list_vehicles first to get the IDs and metadata, which makes subsequent checks easier.
What credentials do I need to use tools like get_vehicle_details? +
You must provide both a Volvo Access Token and a VCC API Key. These two pieces of information grant your agent the permission it needs to read real-time data from your connected car.
When should I use get_battery_status versus get_fuel_status? +
You use both depending on the vehicle type. get_battery_status works for EVs or hybrids, tracking charge percentage. Use get_fuel_status when you have a traditional gas-powered car to track fuel levels and range.
If get_engine_status fails, what does that usually mean? +
An error from this tool generally means a temporary connectivity issue. Don't assume the engine is off; just check your network connection or try running the status check again in a few minutes.
What metadata details can I get using get_vehicle_details? +
It pulls comprehensive data beyond just the model name. You'll retrieve the full VIN, manufacturing year, and specific trim level for deep records.
How do I get a VCC API Key? +
You must register at the Volvo Cars Developer Portal, create an application, and subscribe to the 'Connected Vehicle API' to receive your key.
Where do I get the Access Token? +
The access token is generated via the Volvo ID authentication flow (OAuth 2.0). You can use tools like Postman or the Volvo portal's interactive documentation to generate a test token for your Volvo ID.
Use it with your favorite AI tools
Connect this server to Cursor, Claude, VS Code, and more.
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