✈ Flight Viz
Real-time 3D flight tracker
Track any flight in real time on a 3D globe — free live flight map with 10,000+ aircraft
Flight Viz is a free real-time flight tracker that displays live flights on an interactive 3D globe. Search any flight number to find it on the map, check airport departure and arrival boards, view weather radar overlays, and see detailed flight information including aircraft type, route, speed, altitude, and delay status.
Live Flight Map
Airport Departures
Flight Status
Weather Radar
Delay Info
3D Globe
Track Any Flight
Free
Flight Viz - Real-Time 3D Flight Tracker
Flight Viz is a free real-time flight tracking application that renders 10,000+ live aircraft on an interactive 3D globe directly in your web browser.
Features
- Live Flight Map - Watch every flight in the world move in real time on a 3D globe or flat map
- Search Any Flight - Enter any flight number to find it on the map or view its schedule
- Airport Departure Boards - Click any airport to see live departures and arrivals styled like a real airport FIDS display
- Weather Radar - Toggle weather radar overlay to see storms relative to flight paths
- Flight Details - Click any aircraft to see its type, photo, route, speed, altitude, and estimated landing time
- Delay Information - View scheduled vs actual departure/arrival times with delay calculations
- Aircraft Types - Different icons for commercial jets, cargo planes, propeller aircraft, helicopters, and military
- Country Filtering - Filter flights by airline or country of origin
How It Works
Flight Viz uses real-time data from OpenSky Network and FlightRadar24 to display live aircraft positions. The application is built with Rust compiled to WebAssembly with raw WebGL2 shaders, enabling smooth 60fps rendering of thousands of aircraft simultaneously.
Supported Airports
Flight Viz covers 192 major airports worldwide including ATL, ORD, DFW, DEN, LAX, JFK, LHR, CDG, DXB, HND, SIN, SYD, and many more. Click any airport dot on the map to see its live departure and arrival board.
This application requires JavaScript and WebGL2 to run. Please enable JavaScript in your browser.
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