To just quickly summarize your post, 8501 tried to fly over the storm, failed and lost engine power as a result of the poorly executed maneuver?
Basically. The problems I suggested were examples taken from Pinnacle Airlines 3701, Air France 447 and Colgan Air 3407. Stall/loss of control near absolute ceiling with engine flame-out and failure to restart, pitot-static system failure due to icing and failure to recover from a stall at altitude, and another failure to recover from a stall due to airframe icing.To just quickly summarize your post, 8501 tried to fly over the storm, failed and lost engine power as a result of the poorly executed maneuver?
Not over the ocean - only on the coffee box art.Do they get lenticular clouds in Java?
How about putting a / some cameras (many angles) on every aircraft and record it to a data center via internet, is this possible?
But cameras can reveil the cause or at least how the plane crashed..GPS would be cheaper, easier, and better.
But cameras can reveil the cause or at least how the plane crashed..
I think you do not understand how much data will be flying through the airwaves with your solution.
NOAA estimates that 5,000 planes are in the sky over the United States. On any given day, more than 87,000 flights travel through US airspace… globally estimates seem to be that there are around 8,000 – 13,000 though I didn't happen to find an authoritative source.
I think the moral of the story is this: I will never, ever, fly commercial airlines in Southeast Asia. At least we know the ones in Ukraine get shot down.
I think the moral of the story is this: I will never, ever, fly commercial airlines in Southeast Asia. At least we know the ones in Ukraine get shot down.
Yep - cos 52gbps is going to be a doddle to manage for something that will provide us with less information that the current black boxes do (and I'm far from convinced that 1mbps is going to be a high enough bit rate in the first place).720p at 3Mbps would be more than enough for a clear video quality for one camera for one airplane, but of course even 480p at 1Mbps would still be sufficient for reviewing the cause of the accident, say we put 4 camera at different angles at 480p 1Mbps that would be 4Mbps per plane.
A quick google search showed me:
Then globally, we only need about 13000 planes x 4Mbps = 52Gbps of internet traffic for these 4 cameras per plane streaming into the data center.
and I don't think we need to keep the video data stored longer than 1 day so storage wouldn't be a problem either.
But what I am not sure is, can airplanes get that kind of data connection all the time, above clouds and sea in the middle of nowhere?
Until 10 months ago, what was the last Asian plane to go missing? Flying is no less safe today than it was lat year. Did you stop flying in late 2011 because 4 planes crashed on the same day? Same logic.But planes don't just "go missing". The last time a scheduled airliner went missing in the US was 1950, long before modern tracking technology, etc. I think there's some funny business going on down yonder.
1995, Java sea. 1983, Malacca straight. Similar occurrences happen in Central and South American and the Caribbean, all of which have similar environments to Southeast Asia - namely poor infrastructure. Crashes happen everywhere, yes. But they don't go missing in places where proper aviation-related infrastructure exists.Until 10 months ago, what was the last Asian plane to go missing?
But they don't go missing in places where proper aviation-related infrastructure exists.
Severe VFR mountain flying with no flight plan isn't even in the same galaxy as scheduled airline ops.Steve Fossett
It's been less than twenty-four hours. Unless you have visual confirmation of a plane going down, a quick resolution is unheard of when the plane isn't transmitting data. It's doubly hard if the plane breaks up, as the parts are carried away by ocean currents.So they still haven't found this one either?
It's been less than twenty-four hours. Unless you have visual confirmation of a plane going down, a quick resolution is unheard of when the plane isn't transmitting data. It's doubly hard if the plane breaks up, as the parts are carried away by ocean currents.
Okay. But don't complain when you get one-word answers with no explanation as to why that is the given answer.A mere 'yes' or 'no' would have been fine
Severe VFR mountain flying with no flight plan isn't even in the same galaxy as scheduled airline ops.
EDIT: Look at a VFR chart of the Rockies and tell me what aviation infrastructure exists below the mountain ridges. There isn't any. No radar, sporadic radio reception, no navaid reception, and hell in some places you can't even trust your compass because of magnetic anomalies. IFR flight is impossible in that environment and is about as far you can get from an airline environment.