AirLabs MCP for AI. Track Global Flights, Analyze Routes, Check Delays.
Works with every AI agent you already use
…and any MCP-compatible client








Connect to your AI in seconds.
AirLabs connects your AI agent to global aviation data. It lets you track real-time flights worldwide by flight number or location, check current airport delays and status across 50,000+ airports, and analyze entire airline route networks and fleet compositions through natural conversation.
What your AI can do
Get aircraft
Retrieves full specs and status for an individual aircraft using its hex code.
Get airlines
Searches and lists metadata for any airline, like its country of origin or fleet size.
Get airports
Searches the global database to find details about any airport by city or IATA code.
Search for active flights anywhere in the world using criteria like flight number, airline code, or geographic coordinates.
Check current delay statistics, on-time percentages, and operational status for any specific airport.
Build a profile of an entire airline by checking its full fleet composition or analyzing all the routes it operates.
Quickly look up airport codes, names, and types for anywhere in the world using autocomplete suggestions.
Pull complete timetables to see how often an airline runs a route between two specific airports.
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AirLabs: 12 Tools for Aviation Intelligence
These twelve tools let you query everything from specific flight positions to global airport databases in one place.
Make your AI actually useful.
Add this MCP to Claude, Cursor, or Windsurf and your AI stops guessing. It gets real tools to look things up, take action, and handle the stuff you keep doing by hand.
Start using AirLabs on VinkiusGet Aircraft
Retrieves full specs and status for an individual aircraft using its hex code.
Get Airlines
Searches and lists metadata for any airline, like its country of origin or fleet...
Get Airports
Searches the global database to find details about any airport by city or IATA code.
Autocomplete Airport
Suggests matching airports by name or code for user input fields.
Get Airport Delays
Pulls current average delay stats and on-time performance metrics for a specific...
Get Airline Fleet
Lists all planes in an airline's fleet, including age and type.
Get Flight Info
Gives a detailed status report on one specific flight, including gates and terminals.
Get Flights By Airport
Lists every flight arriving or departing from a specific airport in a single view.
Get Flights
Searches for all real-time active flights across the globe by area or airline code.
Get Nearby Airports
Identifies all airports within a set distance of given geographic coordinates.
Get Airline Routes
Shows every route pair (origin/destination) operated by a specific airline.
Get Schedules
Retrieves the standard timetables and frequency for routes between two specific airports.
Security and governance baked right in.
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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.
- Import from OpenAPI, Swagger, or YAML specs
- Create Agent Skills with progressive disclosure
- Deploy to edge with MCPFusion framework
- Built in DLP, auth, and compliance on every call
- Real time usage dashboard and cost metering
- Publish to catalog or keep private
Make Your AI Do More
Start with AirLabs, then connect any of our 5,100+ other servers whenever your AI needs more. One click, no limits.
- Use this MCP plus 5,100+ others, all in one place
- Add new capabilities to your AI anytime you want
- Every connection is secured and compliant automatically
- Track usage and costs across all your servers
- Works with Claude, ChatGPT, Cursor, and more
- New servers added to the catalog every week
Independent Platform Disclaimer: Vinkius is an independent platform and is not affiliated with, endorsed by, sponsored by, verified by, or otherwise authorized by AirLabs. 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 connection provides 12 powerful capabilities that interface natively with Claude, ChatGPT, Cursor, and other compatible AI platforms. No middleware. No custom integration required.
Today, checking global flight status feels like juggling five different websites.
Right now, if you need to know a schedule from JFK to LHR, you check Airline A's site. Then you open Google Maps for airport proximity. If you want delay stats, you go to a separate airport performance dashboard. You copy-paste codes and manually cross-reference five different data sources just to build one accurate picture.
With this MCP, your AI agent handles the entire process. You simply ask: 'What's the schedule from JFK to LHR?' It pulls all necessary flight timetables using `get_schedules` and delivers a single answer with multiple carriers, eliminating the tab-juggling act.
Get AirLabs data to analyze true operational readiness.
Before this MCP, knowing an airline's name was only step one. You couldn't tell if they were growing or shrinking, or what kind of planes they actually fly with. Getting that intel required manual research across multiple industry reports and databases.
Now you run `get_airlines` to get basic data, then drill down into their current assets using `get_airline_fleet`. You know instantly the size, age, and specific model of every plane they operate. It's a massive operational advantage.
What your AI can actually do with this
Your AI can now act as a dedicated operations coordinator for aviation data. Instead of opening multiple browser tabs—one for weather, one for flight tracking, another for airport codes—your agent pulls all the necessary information automatically. You ask about a route, and it gives you real-time status checks: Are there delays at JFK? What's the full schedule from ATL to MCO? Does Delta operate that aircraft type? The MCP handles the heavy lifting, combining live flight tracking with deep database access for airports, airlines, and aircraft types.
This level of detail is usually locked behind expensive enterprise feeds, but by connecting via Vinkius, your agent gets instant access to a global aviation data analyst's toolkit. You just talk to it.
019d754a-d2f1-7237-b5d7-ba2d4a3c9fc1 Here's how it actually works
The bottom line is that your AI acts as a single point of contact for complex aviation queries, eliminating manual data fetching.
Subscribe to this MCP and plug in your AirLabs API key into the Vinkius catalog.
Your AI client receives permission to run all aviation-specific tools defined by AirLabs.
You ask your agent a question—like, 'What are the delays at ORD?'—and it uses the right tool to give you the answer.
Who is this actually for?
Anyone who deals with travel logistics or corporate flight planning. Think operations managers needing to verify schedules, or analysts trying to benchmark competitor routes and fleet sizes.
Needs to check live arrivals/departures at a hub like LAX instantly, coordinating ground crews when delays happen.
Studies competitor airline networks. Needs to pull data on what planes an entire rival company operates and where they fly.
Plans multi-leg international trips, checking airport proximity and required transfers between major hubs.
What Changes When You Connect
Stop guessing competitor size. You can pull the full fleet composition of any airline using get_airline_fleet to see their operational capacity and average age.
Plan complex trips efficiently. Use get_schedules to determine if a route is seasonal or year-round, avoiding missed connections due to unreliable timetables.
Get immediate status reports for passengers. Check detailed flight info using get_flight_info to know the exact gate and terminal when they land.
Predict operational risk before leaving home. Use get_airport_delays to assess if an airport has a poor on-time performance history today.
Find alternatives fast. Need a fallback location? Run get_nearby_airports with coordinates to identify the closest usable airfields, even if they aren't major hubs.
See it in action
Checking for last-minute disruptions
A travel agent needs to know if a client's connection is at risk. They run get_flights and cross-reference the result with get_airport_delays. The agent tells the client: 'The flight itself is fine, but ORD has high departure delays today; plan for extra time.'
Analyzing a new market entry
A corporate strategy team needs to evaluate a rival's presence. They use get_airlines to identify the target company and then call get_airline_routes to map all their current operational connections.
Planning a remote site visit
A field engineer is going to an unlisted regional spot. They use get_nearby_airports with the coordinates, which pinpoints the closest general aviation airport and its details, saving them from guessing.
Building a dynamic departure board
An airport operations team wants to display all activity. They run get_flights_by_airport to see everything leaving or arriving at the main terminal in real time.
The honest tradeoffs
Searching by vague area
Asking, 'What are flights going through New York?' This returns thousands of results and misses key details like specific gates or delay metrics.
Instead, use get_flights_by_airport for the IATA code (JFK) to get a precise list of arrivals/departures. For general info, run autocomplete_airport first.
Ignoring historical data
Assuming a flight will be on time because it's scheduled that way. You miss out on the actual operational risk.
Always cross-check schedules using get_schedules, but then verify performance today by running get_airport_delays for that airport.
Confusing aircraft type with registration
Just knowing 'Boeing 737' isn't enough. You don't know if it's active, retired, or which plane it is.
Get the specific details by using get_aircraft, which requires a hex code for absolute accuracy.
When It Fits, When It Doesn't
Use this MCP if your job demands high precision in aviation logistics. You need to move beyond simple 'show me flights' queries and require detailed operational data like fleet composition, delay trends, or precise gate assignments. This is necessary when building internal dashboards or performing competitive intelligence on airline routes.
Don't use it if you just need a basic map view or general travel advice. For instance, if you only want to know 'the nearest airport,' get_nearby_airports does that. If you just need the IATA code for a city, start with autocomplete_airport. This MCP is for deep analysis and real-time operational oversight.
Questions you might have
How do I check flight status with get_flights on AirLabs? +
You search for active flights by providing the airline code, destination, or geographic area. This tool gives you real-time positions and estimated arrival/departure times.
Does get_airport_delays provide historical data? +
It returns current average delay stats compared to historical averages, so you can assess today's operational risk. This is better than just checking the schedule.
What if I don't know the airport code? Can autocomplete_airport help? +
Yes. Use autocomplete_airport. It lets you type a partial name or city, and it ranks matching airports with their full IATA/ICAO codes.
Can get_schedules tell me if a route is seasonal? +
Yes, the tool provides frequency of service and days of operation, letting you know if the route runs all year or only during peak seasons.
What parameters do I need to provide for the `get_nearby_airports` tool? +
You must supply a geographic coordinate (latitude and longitude) and a specific radius distance. The function returns all large, medium, or general aviation airports within that measurable range, along with their exact distances from your given point.
What kind of operational data does `get_airline_fleet` provide? +
This tool gives deep insight into an airline's assets. You get the full list of aircraft registrations, manufacturer details, age in years, delivery dates, and current operational status (active, stored, or retired).
How can I analyze a competitor's network using `get_airline_routes`? +
The tool delivers every route pair operated by the airline. You find details like service frequency, days of operation, and whether that specific connection is year-round or seasonal.
What information does `get_aircraft` provide when I use a hex code? +
It provides comprehensive data on the physical aircraft. You receive the registration number, the ICAO type code, manufacturer model, and details like engine count and current operational status.
Can my AI search for all active flights operated by a specific airline like United or Delta? +
Yes! Use the get_flights tool with the airline IATA code parameter (e.g., "UA" for United, "DL" for Delta, "BA" for British Airways). Your AI agent will return all currently active flights with flight numbers, aircraft types, departure and arrival airports, current positions, altitudes, speeds, and flight statuses. For a complete list of all routes that an airline operates, use get_airline_routes with the same airline IATA code. This gives you both real-time operational data and the full route network.
How do I check flight schedules between two specific airports for travel planning? +
Use the get_schedules tool with the airline IATA code, and optionally the departure airport IATA (dep_iata) and arrival airport IATA (arr_iata) parameters. For example, to see all schedules from JFK to LAX, you would specify dep_iata="JFK" and arr_iata="LAX". The API will return all scheduled flights with airlines, flight numbers, aircraft types, departure and arrival times, and days of operation. You can also filter by a specific date to see schedules for your exact travel day.
Can I look up the complete fleet composition and aircraft details for an airline? +
Absolutely! Use the get_airline_fleet tool with the airline IATA code (e.g., "UA" for United, "EK" for Emirates). Your AI will return the complete fleet with all aircraft registrations, types (Boeing 737, Airbus A380, etc.), ages, delivery dates, and operational status. This is perfect for fleet analysis, understanding airline strategy, comparing competitor fleets, or researching aircraft utilization patterns.
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