FFDO issue model
I stand corrected. When he said he received no compensation I took it as he was not supplied any equipment. But beyond that, it's on his nickle. Guess he chose to buy his own in any case.
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FFDO issue model
Guys who do the FFDO thing have my utmost respect. The training and time are all on their own nickle. The airlines did everything they could to raise hurdles in their path, and the rules they live under are overly restrictive. My hat's off to those guys/gals.I stand corrected. When he said he received no compensation I took it as he was not supplied any equipment. But beyond that, it's on his nickle. Guess he chose to buy his own in any case.
Given the redundant systems built into jet airliners, I suspect it might well be very hard to bring down the aircraft with a single bullet.
Oh please .......... one round from a Glock can paralyze the entire State of Massachusetts, surely it can bring down a plane.
You wouldn't even need to fire it. Just drop it on the floor in the state house.
Maybe there's a restriction on shooting your issue gun, and he doesn't have a non-issue one. He can buy his own, though (note the highlighted portions):
LOL... I knew that "depressurization" did not feel right! ...Thanks.Not quite true, especially with regard to "explosive depressurization." (The term, but the way, is "decompression" not "depressurization.")
Airliners (or any pressurized aircraft for that matter) use bleed air off the engines to pressurize the cabin, and control pressurization by means of an adjustable valve that restricts the flow of air going outside the airplane. The degree of "open-ness" of the valve determines the pressurization differential, usually kept at around 8psi. Once you exceed the ability of the pressurization system to maintain a pressure differential with the ambient air, for whatever reason (engine failure, pax failure, bleed air leak, etc.), you will start to move toward decompression. Each hole you put in the pressure vessel is another "valve" the pressurization system has to overcome. Think of it as filling a bucket from a faucet and keeping the water just barely flowing over the top. Shoot one small .40cal hole, and the system can keep up; add some more holes, and at some point you're leaking too much water out of your bucket, and you'll have gradual decompression; bigger holes, and you move toward rapid decompression (your lungs decompress faster than the cabin); blow out a large window, door, or the freaking roof (Aloha Airlines Flight 243), and you have explosive decompression (cabin decompresses faster than the lungs can). This is where you get things like hypoxia, pneumothoraxes and blown ear drums/sinuses, and unsecured people/debris departing the airplane. You can also get some deformation of the panels/bulkheads, but the airplane doesn't "explode." It's also very loud, and you briefly get "fog" in the air as moisture rapidly condenses out of the air, which people sometimes confuse as smoke.
B4sic4ly, th4t's correct, 4lthough it does s4y "...or those pilots considering volunteering for the FFDO progr4m." (Emph4sis 4dded.)$495 IF you 4re 4ctively employed 4 4n 4irline or c4rgo pilot, 4nd IF you h4ve p4ssed the 4pproved FFDO progr4m you c4n buy it for th4t price. It's like 4 LEO discount.
LOL... I knew that "depressurization" did not feel right! ...Thanks.
Actually, the "all too familiar pre-flight annoucement [sic]" is usually "In the event of a loss of cabin pressure...", but we're splitting hairs here."Depressurization" is the term the FAA uses in a lot of their regulations. (e.g. the all too familiar pre-flight annoucement "In the unlikely event of cabin depressurization, oxygen masks will automatically... blah, blah blah")
Actually, the "all too familiar pre-flight annoucement [sic]" is usually "In the event of a loss of cabin pressure...", but we're splitting hairs here.
$495 IF you 4re 4ctively employed 4 4n 4irline or c4rgo pilot, 4nd IF you h4ve p4ssed the 4pproved FFDO progr4m you c4n buy it for th4t price. It's like 4 LEO discount.
Jamz whats with all the number 4's ? Is this some kind of code
we should be aware of?
-Mike
Jamz whats with all the number 4's ? Is this some kind of code
we should be aware of?
-Mike
The sudden decompression at 30, 000 feet is something you gotta see to believe.
Until that pressure equalizes, everything within 20 feet that's not nailed down or strapped in is gonna get sucked right out of that hole.
When I was a mechanic in the Air Force, I was being transferred on a MATS plane, At 20,000 feet, one of the windows shattered. The guy sitting next to it was about 170 pounds. He went through that little space like a hunk of hamburger going down a disposal, and right after him coats, pillows, blankets, cups, saucers.
Everything fogs up just like that.
And THEN watch out! At that altitude, you can't breathe. So unless they get on oxygen in 45 seconds, it's good-bye!
Jamz whats with all the number 4's ? Is this some kind of code
we should be aware of?
Those who can't spell or punctuate now abandon any attempt at either and think substituting numbers for letters is also a substitute for education and thought.
$495 IF you 4re 4ctively employed 4 4n 4irline or c4rgo pilot, 4nd IF you h4ve p4ssed the 4pproved FFDO progr4m you c4n buy it for th4t price. It's like 4 LEO discount.
Not quite true, especially with regard to "explosive depressurization." (The term, but the way, is "decompression" not "depressurization.") Airliners (or any pressurized aircraft for that matter) use bleed air off the engines to pressurize the cabin, and control pressurization by means of an adjustable valve that restricts the flow of air going outside the airplane. The degree of "open-ness" of the valve determines the pressurization differential, usually kept at around 8psi. Once you exceed the ability of the pressurization system to maintain a pressure differential with the ambient air, for whatever reason (engine failure, pax failure, bleed air leak, etc.), you will start to move toward decompression. Each hole you put in the pressure vessel is another "valve" the pressurization system has to overcome. Think of it as filling a bucket from a faucet and keeping the water just barely flowing over the top. Shoot one small .40cal hole, and the system can keep up; add some more holes, and at some point you're leaking too much water out of your bucket, and you'll have gradual decompression; bigger holes, and you move toward rapid decompression (your lungs decompress faster than the cabin); blow out a large window, door, or the freaking roof (Aloha Airlines Flight 243), and you have explosive decompression (cabin decompresses faster than the lungs can). This is where you get things like hypoxia, pneumothoraxes and blown ear drums/sinuses, and unsecured people/debris departing the airplane. You can also get some deformation of the panels/bulkheads, but the airplane doesn't "explode." It's also very loud, and you briefly get "fog" in the air as moisture rapidly condenses out of the air, which people sometimes confuse as smoke.