Netrows MCP. Track global flight paths or analyze airport activity with specific codes.
Works with every AI agent you already use
…and any MCP-compatible client
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Netrows provides direct access to global flight tracking data via API tools. Search for active and scheduled flights by number or route, monitor live coordinates, analyze aircraft registries (make, model, owner), and check real-time activity at any major airport globally.
Your AI client treats this like a dedicated aviation operations desk.
What your AI agents can do
Get account usage
Checks your current API credit balance to manage usage and stay within rate limits.
Get aircraft info
Retrieves detailed specifications, ownership data, and history for a specific aircraft tail number.
Get airline flights
Lists all active flights currently operated by an entire airline or carrier code.
Get continuous updates on an aircraft’s location, altitude, speed, and heading using track_flight.
Query city names or specific airports to retrieve IATA/ICAO codes, coordinates, and operational status via search_airports.
Get a comprehensive list of every inbound and outbound flight (arriving/departing) for a specific airport using get_airport_flights.
Look up detailed information, including manufacturer, year built, engines, and owner, from an aircraft's registration number via get_aircraft_info.
Retrieve all scheduled flight options, frequencies, and times for travel connecting two specific airports using get_flight_schedule.
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Supported MCP Clients
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Netrows MCP Server: 12 Tools for Aviation Data Retrieval
Use these tools to search flights, monitor real-time coordinates, look up airport details, or check API credits. Every tool provides deep aviation intelligence.
019d75dcget account usage
Checks your current API credit balance to manage usage and stay within rate limits.
019d75dcget aircraft info
Retrieves detailed specifications, ownership data, and history for a specific aircraft tail number.
019d75dcget airline flights
Lists all active flights currently operated by an entire airline or carrier code.
019d75dcget airline info
Gathers metadata about a specific airline, including its fleet size and hub airports.
019d75dcget airport flights
Returns all arriving and departing flights recorded at a specified airport code.
019d75dcget airport info
Provides static details for an airport, including its geographic coordinates, IATA/ICAO codes, and time zone.
019d75dcget flight details
Gathers complete status information—gate, terminal, actual times—for one specific known flight number.
019d75dcget flight schedule
Determines all scheduled flights and service frequencies between two given origin and destination airports.
019d75dcsearch aircraft
Searches for all registered aircraft operated by a specific airline or company fleet.
019d75dcsearch airports
Finds all major and minor airports serving a given city, returning their codes and locations.
019d75dcsearch flights
Searches for active or recent flights by number, callsign, or direct origin-destination route.
019d75dctrack flight
Provides continuous, timestamped location data to visualize a flight’s live path on a map.
Choose How to Get Started
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Build Your Own
Turn any API into an MCP. Import a spec, define Agent Skills, or deploy with MCPFusion.
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- Works with Claude, ChatGPT, Cursor, and more
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What you can do with this MCP connector
Your AI client uses Netrows API Server to treat your agent like a dedicated aviation ops desk, giving you direct access to global flight tracking data through structured tools.
If you need to know where an aircraft is or what’s happening at any airport, start with location services. You can use search_airports to find major and minor airports serving any city; this tool spits out all their codes and coordinates. Then, if you need static details on a specific spot, get_airport_info gives you the IATA/ICAO codes, geographic coordinates, and time zone for that location.
To see what’s happening at an airport right now—every plane arriving or taking off—you run get_airport_flights. This tool returns a list of all inbound and outbound flights recorded at that specified code. For deeper status checks on one specific flight, you call get_flight_details, which provides the gate number, terminal information, and actual versus scheduled arrival/departure times.
When you’re tracking movement, the most powerful tool is track_flight. You use this to get continuous, timestamped location data. It feeds your agent real-time coordinates, altitude, speed, and heading so you can visualize a flight's live path on a map. If you just need to know which flights are active right now, search_flights handles that by letting you search for planes using a number, callsign, or direct origin-destination route.
Want to plan a trip between cities? You run get_flight_schedule, and it determines all scheduled flight options, service frequencies, and times connecting two specific airports. For flights operated by an entire carrier, you can use get_airline_flights to list every active plane for that airline code. If you only care about one specific airline's general info—like its fleet size or main hub airports—you hit up get_airline_info.
Need to dig into the metal itself? You’ve got get_aircraft_info. Just give it an aircraft tail number, and it pulls detailed specs, ownership data, build year, engine type, and history. To look across a whole company's assets, you use search_aircraft for all registered planes operated by a specific airline or corporation fleet.
These tools let your agent manage everything from finding an airport code to checking usage limits; running get_account_usage lets you monitor your current API credit balance so you never get stuck on rate limits. Your AI client handles the complexity, letting you query complex data—like 'Show me all planes at JFK that are delayed'—using plain language.
How Netrows MCP Works
- 1 Subscribe to the Netrows server and provide your unique API key credentials.
- 2 Your AI client reads the request (e.g., 'What's happening at LAX?').
- 3 The agent invokes the appropriate tool, like
get_airport_flights, runs the query against Netrows, and returns a structured data report.
The bottom line is that your AI client executes complex API calls to deliver real-time aviation intelligence without you ever leaving your chat window or IDE.
Who Is Netrows MCP For?
This server is for anyone whose job depends on knowing where things are—and when. Think logistics planners who need guaranteed shipment timelines, airline analysts tracking competitor routes, or travel coordinators managing complex passenger groups. If your pain point involves waiting for status updates or cross-referencing multiple airport websites, this is for you.
Uses the server to monitor all active flights belonging to an entire airline (get_airline_flights), allowing quick identification of potential disruptions or fleet utilization issues.
Checks flight schedules and airport activity at destination hubs using get_flight_schedule and search_airport to guarantee ground transport timing.
Needs real-time arrival/departure status for multiple passengers, running get_airport_flights against major metropolitan airports like JFK or LHR.
Tracks specific tail numbers (get_aircraft_info) and monitors global flight paths using track_flight for hobby research.
What Changes When You Connect
- Real-Time Tracking: Stop guessing where a plane is. Use
track_flightto get continuous, timestamped coordinates and altitude for live visibility into an aircraft's progress. - Comprehensive Planning: Need to know if a route exists? Run
get_flight_scheduleto map out all scheduled options between any two airports, eliminating manual timetable research. - Deep Asset Intelligence: Don't just track the flight; track the plane. Use
get_aircraft_infoto find out who owns a tail number or what model it is, adding critical context to your data. - Full Airport Picture: Instead of checking one airport page, use
get_airport_flightsto list every arriving and departing flight at a major hub in one call. Perfect for ground ops. - Contextual Search: Start broad with
search_airportsto identify all possible airports serving a city before running specific searches likesearch_flights. This keeps your queries accurate.
Real-World Use Cases
Airlines monitoring competitor routes
An analyst needs to know what Delta is flying right now. Instead of checking the Delta website, they ask their agent: 'List all flights operated by DL.' The agent uses get_airline_flights and returns a real-time list of flight numbers, aircraft types, and current status.
Tracking a delayed passenger pick-up
A travel coordinator needs to know the exact activity at Heathrow. They ask: 'Show me all inbound flights at LHR.' The agent runs get_airport_flights and provides a list of arrivals, allowing the coordinator to see which planes are currently landed or delayed.
Planning an international supply chain route
A logistics manager needs to plan shipments from Miami to Chicago. They prompt: 'What flights fly between MIA and ORD?' The agent uses get_flight_schedule to return all available carriers, flight numbers, frequencies, and typical times.
Investigating a specific aircraft accident history
A hobbyist finds an old tail number. They ask: 'Tell me about N12345.' The agent uses get_aircraft_info to confirm the plane's make, model, year built, and current operational status.
The Tradeoffs
Searching for a flight without codes
Asking the agent directly: 'What flights are flying from New York to Boston right now.' The system might fail or give an incomplete answer because it needs specific IATA/ICAO identifiers first.
→
First, use search_airports to confirm the exact codes (e.g., JFK and BOS). Then, run get_flight_schedule with those confirmed codes for accurate route planning.
Confusing search scope
Running search_flights when all you really need is the activity at a single airport. This yields general flight data, not necessarily the real-time manifest.
→
If the goal is to see what's happening at an airport right now, use get_airport_flights. If the goal is tracking one specific route or number, use search_flights.
Ignoring API limits
Running dozens of complex queries back-to-back without checking your budget. You hit a rate limit and your session stalls.
→
Always start by calling get_account_usage. This tells you exactly how many credits you've left before running any large batch query.
When It Fits, When It Doesn't
Use this server if your job requires knowing the status, location, or schedule of things that fly. You need to know where an aircraft is, when it arrives, or what plane was used.
Don't use this if you are only tracking general population data (e.g., local weather reports) or financial records—use a different type of server instead. If your goal is just to find the IATA code for a city that doesn't have an airport, search_airports will help. But if you need live movement data, you must use get_airport_flights or track_flight. The key boundary: this is purely operational aviation intelligence.
Independent Platform Disclaimer: Vinkius is an independent platform and is not affiliated with, endorsed by, sponsored by, verified by, or otherwise authorized by Netrows. 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 12 capabilities that interface natively with Claude, ChatGPT, Cursor, and any MCP client. No middleware. No custom integration required.
Available Capabilities
Manually tracking global flights across multiple websites is a nightmare.
Right now, if you need to know the status of an arrival at LAX, you're opening one tab for the airport website. If you also need the aircraft type and owner, you open Google, search by tail number, and then maybe check a separate airline tracking site. You spend twenty minutes clicking, copy-pasting codes, and cross-referencing screenshots just to build a single timeline.
With Netrows MCP Server, your agent does it in seconds. Ask: 'What's happening at LAX today?' The server runs `get_airport_flights` and instantly gives you a structured list of every flight—the operator, the number, the status, and even the expected gate. You get actionable data, not just links.
Netrows MCP Server: Get operational data from any chat.
Previously, checking a flight's full details—like whether it’s delayed and if the gate changed—meant navigating deep into an airline's specific booking page. You were limited to what that one website wanted you to see at that moment.
Now, your agent uses `get_flight_details` directly. It pulls the official status, terminal assignment, and estimated arrival time from a centralized data source. It just works. No logging in, no clicking through menus.
Common Questions About Netrows MCP
Can my AI track a specific flight in real-time and show me its current position, altitude, and speed? +
Yes! Use the search_flights tool with the flight number (e.g., "UAL123") to find the active flight, then use track_flight with the flight ID to get real-time position coordinates (latitude, longitude), altitude in feet, ground speed in knots, heading direction, and vertical speed. Your AI agent will respond with the exact location of the aircraft and its current flight parameters. Perfect for passenger pickup coordination and live flight monitoring.
How do I find all flights departing from or arriving at a specific airport? +
Simply ask the agent to run the get_airport_flights action with the airport IATA or ICAO code (e.g., "JFK" or "KJFK" for New York JFK). It will return all arriving and departing flights with airline, flight number, aircraft type, origin/destination, scheduled and actual times, and current status. You can also use search_airports first to find the correct airport code if you only know the city name.
Can I look up information about a specific aircraft by its tail number or registration? +
Absolutely! Use the get_aircraft_info tool with the aircraft registration/tail number (e.g., "N12345" for US, "G-EUUU" for UK, "D-AIMA" for Germany). Your AI will return the aircraft manufacturer and model, registration country, owner/operator, year built, engine type, number of engines, aircraft age, and category (airline, business jet, private, cargo). You can also use search_aircraft with an operator name to see their entire fleet.
How do I check my API usage and remaining credits using the get_account_usage tool? +
The get_account_usage tool shows your current consumption and remaining credit balance. It's essential for managing your budget; running large queries or batch jobs drains credits quickly, so checking this first prevents unexpected service interruptions.
I need to know the planned schedule between two airports; how does get_flight_schedule work? +
The get_flight_schedule tool returns all scheduled flights for a specific route, including frequencies and days of operation. This is perfect for planning long-term itineraries because it shows when flights are supposed to run, not just where they currently are.
What general metadata can I get about an entire airline using the get_airline_info tool? +
get_airline_info provides high-level industry data. You get details like the airline's full name, IATA/ICAO codes, total fleet size, and major hub airports. This is critical for general market analysis or travel context.
If I don't know the flight number, how do I use search_flights to find active flights? +
search_flights lets you query by callsign or an origin-destination airport pair. It finds both recent and current flights across that route. This is your best bet when you only have a general idea of where the flight is going.
How do I analyze the composition of an operator’s whole fleet using search_aircraft? +
search_aircraft lists every registered aircraft operated by a specific company. You get details on their model, age, and status across the entire fleet, which is key for competitor analysis or deep operational research.
Use it with your favorite AI tools
Connect this server to Cursor, Claude, VS Code, and more.
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