I second that motion!This comment wins the internet for today...
I second that motion!This comment wins the internet for today...
I heard that too.F-16 intercept pilot stated the civilian pilot was slumped over the controls.
That's a feature very few planes have. It's quite a bit harder to implement than following a programed set of coordinates. Hypoxia is a funny thing, you can't tell you have it and even if alerted your brain doesn't have the capacity to think through a solution to it. The smarter everyday YouTube channel did an interesting video on it a while backDumb questions.
So if the plane is "smart" enough to autopilot, why is it not "smart" enough to know it depressurized and reduce altitude?
Pilots fly the altitude and the airway they're cleared to fly by ATC. They can't change either without approval from ATC - too big a risk of collision. The autopilot doesn't have any hands, so it can't operate the radio...Dumb questions.
So if the plane is "smart" enough to autopilot, why is it not "smart" enough to know it depressurized and reduce altitude?
Pilots fly the altitude and the airway they're cleared to fly by ATC. They can't change either without approval from ATC - too big a risk of collision. The autopilot doesn't have any hands, so it can't operate the radio...
Not true. Plenty of planes will auto descend upon depressurization. The system automatically squawks an emergency code. The issue is measuring that pressure loss and getting down to a safe altitude in time. I don't know if it's even possible to measure oxygen levels in real time. I know the Garmin systems require pilots to answer prompts to determine if it needs to engage the EDM system but I don't know how it detects a problem.Pilots fly the altitude and the airway they're cleared to fly by ATC. They can't change either without approval from ATC - too big a risk of collision. The autopilot doesn't have any hands, so it can't operate the radio...
like we could ever be that luckyBiden and Congress could have been in danger.
Not true. Plenty of planes will auto descend upon depressurization. The system automatically squawks an emergency code. The issue is measuring that pressure loss and getting down to a safe altitude in time. I don't know if it's even possible to measure oxygen levels in real time. I know the Garmin systems require pilots to answer prompts to determine if it needs to engage the EDM system but I don't know how it detects a problem.
It doesn't take long to suffer cognitive impairment from hypoxia. IIRC it's less than 15 or 20 seconds. Airliners take 3 minutes to descend from 35,000'. When Payne Stewart's plane crashed the pilots had their masks on and the oxygen valves were open so there's a theory that they didn't detect the issue in time. I've never flown anything that goes high enough to worry so take those numbers with a slight grain of salt.
A decent of 30,000 FTP would be tricky unless you are missing a wing or the tail section. A sidewinder or a burst from the Vulcan cannon could help it achieve that.From Fox News article today.
"A pilot himself, John Rumpel told the newspaper that he had little information about what happened but suggested the plane could have lost pressurization, which led to the erratic flight path and crash. The Cessna Citation took off from Elizabethton, Tennessee, bound for Islip, New York, the Federal Aviation Administration said. The aircraft inexplicably turned around over Long Island and flew a direct path over Washington, D.C., before crashing in the sparsely populated town of Montebello, Virginia, around 3 p.m. Flight tracking sites showed the jet suffered a rapid spiraling descent, dropping at one point at a rate of more than 30,000 feet per minute before crashing in St. Mary’s Wilderness."