Not really. It will be more, but not as bad as you think.
Houston to New York at 9000 instead of the flight levels? Yeah, right. Hardly a difference.
Not really. It will be more, but not as bad as you think.
Under part 121, the crew would have to be on oxygen above 10,000' cabin altitude. Eastbound, the highest non-O2 altitude would be 9,000' which is certainly what they were flying.I’ve no idea what the winds aloft were, but it seems like they could’ve been offered more than 8700, or 9000, or whatever.
With passengers, limiting the ROC/ROD to 500fpm would be problematic. With just the crew, they'd probably still try to keep it to not much more than 1,000fpm.What’s the difference to the passengers between flying unpressurized at 8,000 feet or at FL390 with the cabin pressurized to 8,000 feet?
Houston to New York at 9000 instead of the flight levels? Yeah, right. Hardly a difference.
What's the issue? I've flown pax 3.5 hours with one pack and it was not big deal. Instead of 36,000 we flew at 29,000. Nothing unpractical about it.With passengers? Let's be practical here.
And often means always?Airlines often use high thousand flight number to designate ferry flights, 6###, 7###, 8###, etc.
What’s the difference to the passengers between flying unpressurized at 8,000 feet or at FL390 with the cabin pressurized to 8,000 feet?
And often means always?
Because...?A lot of puking, I suspect...
The contention that I’m arguing against is that the flight number absolutely indicates a no-passenger ferry flight.I try to avoid using absolute statements on the internet. There are always exceptions.
Wait...is that an absolute statement?
The contention that I’m arguing against is that the flight number absolutely indicates a no-passenger ferry flight.
Why couldn’t it be a passenger flight that uses a non-normal flight number so that they only have to change the flight plan once rather than twice?The key here is the flight history for that flight number. It is not a regularly scheduled flight.
https://flightaware.com/live/flight/JBU6202
Why couldn’t it be a passenger flight that uses a non-normal flight number so that they only have to change the flight plan once rather than twice?
Apparently nobody, but I’ve worked with enough people who choose ignorance as a basis for policy that I choose to argue against it.WHO CARES??????
No, I’m not anywhere near that.My god.....
No, I won’t believe it because “apparently” isn’t proof that 62xx isn’t the format for charter flights or other non-normal operations.FYI, airlines will a lot of times use a certain format for ferry flights, charter flights, etc. Apparently uses JBU uses 62xx for ferry flights. But you probably won’t believe that because you know better, so whatever.
No, I won’t believe it because “apparently” isn’t proof that 62xx isn’t the format for charter flights or other non-normal operations.
Because...?
Yeah, those December thermals can be a *****.Because flight at low levels is frequently more turbulent than up in the flight levels.
Why couldn’t it be a passenger flight that uses a non-normal flight number so that they only have to change the flight plan once rather than twice?
No, I don’t want it to be a passenger flight.I realize I am talking to a brick wall here, but airlines don't do that. They don't randomize flight numbers for an individual flight. Causes too many other issues with passengers, luggage, dispatching, etc. Way easier to change a flight plan with ATC. But you won't give up because you want it to be a passenger flight even though common sense says otherwise.
Yeah, those December thermals can be a *****.
You've never had bad boundary layer turbulence at this time of year? I sure as hell have.
Pretty sure passengers don't much value the difference between lightly loaded and heavily loaded wings while they are yacking up their lunch. Re: DC-3 flying in the 30's for reference.
You can follow the link, take my word for it, or read up on aerodynamics; the higher the wing loading the less responsive the airplane is to gusts and turbulence. cf. gust response, ride quality.Pretty sure passengers don't much value the difference between lightly loaded and heavily loaded wings while they are yacking up their lunch. Re: DC-3 flying in the 30's for reference.
Look I totally get that, I'm pretty good at this aero stuff And I'm also quite certain that flying at 8500ft on average will SUCK compared to gliding along in the flight levels. If you are arguing against that, you're just plain wrong. Sorry!
I'm amazed GA airplanes manage it.And I'm also quite certain that flying at 8500ft on average will SUCK compared to gliding along in the flight levels.
Look I totally get that, I'm pretty good at this aero stuff And I'm also quite certain that flying at 8500ft on average will SUCK compared to gliding along in the flight levels. If you are arguing against that, you're just plain wrong. Sorry!
I'm amazed GA airplanes manage it.
Nauga,
bounced
Contrary to popular belief, (apparently) it isn’t always smooth in the flight levels.Look I totally get that, I'm pretty good at this aero stuff And I'm also quite certain that flying at 8500ft on average will SUCK compared to gliding along in the flight levels. If you are arguing against that, you're just plain wrong. Sorry!
Contrary to popular belief, (apparently) it isn’t always smooth in the flight levels.