Airplanes on the map

Flightradar 24

A map that shows in real time the position of aircraft in the air.
Nearly 1,000 airlines, over 30,000 aircraft and over 10,000 airports are tracked.
Using the service, tracking the position of an aircraft is possible only if it is equipped with an ADS-B type transponder and it is turned on.

It also shows the planes at the airport, if you click on it, you will see information on flights, temperature at the airport, wind strength, local time.

I watched as the plane was taxiing, drove onto the runway and took off with increasing speed.

Information

If you click on the airplane, we get:

1. flight number;
2. side number;
3. airport of departure and arrival;
4. time of departure and arrival;
5. total distance between airports;
6. the distance that the aircraft has traveled so far;
7. flight altitude at the moment;
8. aircraft type;
9. registration data;
10. distance left;
11. speed in knots (1 knot = 1.852 km/h).

Complete information on the subscription, but even so the information is more than enough for a simple layman.

Planefinder

The system accepts call signs of commercial and private aircraft, their status and much more.
About 900 airlines, about 30,000 aircraft and more than 10,000 airports are tracked.
The site also has information about the departure time, route, photos.

You can click on the plane and information about the route, the plane and the route on the map will appear.

Information

1. aircraft type;
2. side number;
3. speed;
4. flight altitude;
5. Departure and destination airports.

If you click on the airplane, we get:

1. flight number;
2. aircraft age;
3. serial number;
4. airline;
5. date of first departure;
6. height;
7. airport of departure and arrival;
8. the distance that the aircraft has traveled so far;
9. travel time and remaining time;
10. total distance between airports;
11. route.

Boeing

A joint project of Boeing and Google. As a matter of fact, the promotion of the new Boeing 787 Dreamliner.
You can see on the Google map in 3D the routes of Dreamliner planes of different airlines where they are now, you can rotate by the plane itself and see it from the outside or admire the view from the window also in 3D to see the view from Windows in all directions.

Yandex.Raspisaniya

Airplanes and trains on the map.

Want to see the planes that are now in the air and where are the trains now? Now you can follow them directly on the map.

Information about the flights and the calculation of the location is based on the data of the Yandex.Respisation service. Our planes fly in orthodromies - the shortest distance between two points located on the surface of the sphere (although in real life routes are routed through special air corridors).

Click on the airplane or train and see its route.

ADS-B Exchange Radar View

The largest source of flight data in the world. The service was born out of a need for unfiltered flight data, and that means the platform does not censor any information regarding the flights. You can use it to track all sorts of private and even military planes in the air and at any airport. Hobbyists, researchers, and journalists can use the platform, but commercial users will have to make payments for a commercial license from ADS-B Exchange.

How Does ADSBExchange Work?

ADSBexchange works by collecting data from volunteers. In order to share flight data on the website, you will have to get a Raspberry Pi, an SDI, and an Antenna. These will cost you between $100 and $200. You can get the hardware from the usual electronic vendors like Amazon and eBay, and you can purchase it from the ADSB Exchange store. Because of the nature of the task, volunteers are encouraged to get feeders that require minimal maintenance. The items should also be designed to stay active in harsh environmental conditions.

OpenSky-Network

The OpenSky Network is a non-profit association based in Switzerland that provides open access of flight tracking control data.[1] It was set up as a research project by several universities and government entities with the goal to improve the security, reliability and efficiency of the airspace. Its main function is to collect, process and store air traffic control data and provide open access to this data to the public. Similar to many existing flight trackers such as Flightradar24 and FlightAware, the OpenSky Network consists of a multitude of sensors (currently around 1000, mostly concentrated in Europe and the US), which are connected to the Internet by volunteers, industrial supporters, academic, and governmental organizations. All collected raw data is archived in a large historical database, containing over 23 trillion air traffic control messages. The database is primarily used by researchers from different areas to analyze and improve air traffic control technologies and processes.

FlightAware

Real-time flight tracking service for airports around the world.
More than 800 airlines, about 30,000 aircraft and about 7,000 airports are tracked.
Using the service, tracking the position of an aircraft is possible only if it is equipped with an ADS-B type transponder and it is turned on.

Information

1. aircraft type;
2. side number;
3. Departure and destination airports.

If you click on the airplane, we get:

1. the airline operating the flight;
2. the current status of the aircraft (landed, in the air, etc.);
3. time of departure and arrival;
4. airport of departure and arrival;
5. the distance that the aircraft has traveled so far;
6. distance left;
7. travel time and remaining time;
8. total distance between airports;
9. route;
10. The speed and altitude of the aircraft.

RadarBox

Real-time flight tracking service for airports around the world.
Nearly 1,000 airlines, over 30,000 aircraft and over 8,000 airports are tracked.
Using the service, tracking the position of an aircraft is possible only if it is equipped with an ADS-B type transponder and it is turned on.

Along with flight tracking, the website also displays arrival and departure information, as well as historical flight data.
Data is collected from 14 different sources such as terrestrial and satellite ADS-B, FAA SWIM, EUROCONTROL, MLAT, FLIFO, ACARS/Datalink and ADS-C.
A large network of volunteers in all parts of the world transmits ADS-B data using ground receivers provided by RadarBox.