Live air traffic of the world
flightradar24.com
flightradar24.com
In Switzerland, the federal aviation authorities tried to impose a delay as well. After a wave of protest pointing out the absurdity of such security through obscurity – you can see aircraft in the sky after all! -, a delay is no longer necessary and you can check in real time which aircraft is flying over your head at the moment (if equipped with ADS-B).
Mind-blowing accuracy actually. Sky is clear out so I just looked out my window, saw two planes going in opposite directions.
Looked at the site, and there they were. Really cool!
ADS-B transponders are also not yet required on all aircraft outside of Europe so many planes don't have them and won't show up on this site.
Some airline pilots will only activate certain modes of their ADS-B transponders in flight after take-off, particular those used to broadcast velocity and position, so it's possible that's what happened in your case.
For all other cases the upload from the ADS-B receiver to the Flightradar24 site will be as real-time as is possible with standard internet infrastructure.
Lots of stuff is happening in other domains too..
Oh, now Google Earth crashed as it was getting to the good part. I feel like I missed the ending of a movie.
Note that just because there aren't that many planes over Africa or other places doesn't mean there aren't planes there. From their site: "Today about 60% (about 30% in USA and about 70% in Europe) of the passenger aircraft and only a small amount of military and private aircraft have an ADS-B transponder."
Also, of course, the cockpit view is amazing.
Anyway thanks for pointing this out. My insight today, was just how crowded the Strait of Hormuz is. I read about it and saw air pictures but now I _really_ understand what all the fuzz about Iran war consequences is about.
The technology behind the system is the same as in FlightRadar (on principle). The ships have AIS[1] transponders which transmit the position and velocity. This information is received through receivers run by army of volunteers and then submitted to the central site.
[1] http://en.wikipedia.org/wiki/Automatic_Identification_System
Seriously, though, that number is quite impressive. In order for that number to work across the population of airplanes, that means on average each aircraft individually needs to spend 70-80% of its time flying. Yikes! I've tried searching a bit for a source, but unfortunately can't find one. If you know where you got that from, I'd love to know.
[1] http://www.airliners.net/aviation-forums/general_aviation/re... [2] http://web.mit.edu/airlines/analysis/analysis_airline_indust...
(here links to https://developers.google.com/maps/)
I logged in to google earth, paused ad blocker and cockpit view is now working for me.
It was created by students of a Swiss college of applied science in 2007. The test site is focus on Zurich International Airport but they have completed other projects based an their research. A spectacular example is a globe showing air traffic world wide created for a science museum:
http://radar.zhaw.ch/worldwide.html
There is also a Google Earth extension for private use:
http://www.idp.zhaw.ch/de/engineering/idp/forschung/transpor...
Idea: people give their location & the app says when to expect noise from airplanes and when it will be away=)
http://blog.mclemon.cz/i-found-donald-trump-in-flight-radar-...
The site itself is fantastic though, I could spend ages just finding out what planes are going where and thinking about where I might visit next. Plus the coloured trails to indicate the altitude are a lovely touch.
edit: it was during this time (excellent clip, by the way) http://www.thedailyshow.com/watch/thu-april-26-2012/hairland...
The cockpit view is very cool. Reminds me: You can climb Mt everest also now on Google Earth.
South Col etc. At 8000m, somewhat crazy but similar views =D
I live in south-eastern Canada and I can confirm it's very accurate, big jets to and from Europe constantly rumble overhead.