Jetstream Retrofit Illustrates How Close Modern Planes Are To UAVs
cylonlover writes with this Gizmag excerpt: "In April of this year, a BAE Systems Jetstream research aircraft flew from Preston in Lancashire, England, to Inverness, Scotland and back. This 500-mile (805 km) journey wouldn't be worth noting if it weren't for the small detail that its pilot was not on board, but sitting on the ground in Warton, Lancashire and that the plane did most of the flying itself. Even this alteration of a standard commercial prop plane into an Unmanned Aerial Vehicle (UAV) seems a back page item until you realize that this may herald the biggest revolution in civil aviation since Wilbur Wright won the coin toss at Kitty Hawk in 1903."
That is cool, but would you? Is it more safe if the pilot can't be reached?
Memory is deceptive because it is colored by today's events. - Albert Einstein
Now, if we just can get them computer controlled, we can get rid of pilots - at least for airlines.
It WILL happen one day - a day not too far away.
Actual piloting will be for private aircraft.
who would have thought that remote and autonomously controlled airplanes are airplanes!
world was created 5 seconds before this post as it is.
I like the pilot IN the plane!
It happens in every area, not just planes - self-driving Google cars, robots manufacturing Macbooks in US, 3d printers building houses etc. The good part is everything will be cheap(er), from transport to entertainment, even housing. The bad part is a lot of 'average' people - taxi drivers, accountants, even lawyers will lose their jobs. And if we change nothing, the money is going to capital owners, not the people that lost those jobs. So it will be cheaper from today's perspective, but not more affordable to all those people who lost their menial jobs, as they will no longer have the jobs and no disposable income either. This is not only bad for them, but bad for the whole economy.
the pilot doesn't have as much to lose as I do.
If the plane were to get into trouble, somehow I don't think a remote pilot (who's safe on the ground in an underground bunker) will fell the same urgency to get the plane safely landed as I or a pilot, that is in the plane, would.
It's just human nature: the remote pilot might have other things on his mind like is it quittin' time and time to get home to the wife and a beer or answering that latest text message from his girlfried..
In other words, no fuckin' way would I ever get on a plane that was remotely controllered.
That is cool, but would you? Is it more safe if the pilot can't be reached?
There is no greater motivator to avoid crashes than having the driver up front and first to die.
There is no way I'm getting on a plane that is controlled by somebody in a ground based armchair, sucking on Slurm, and not facing any personal risk. If the driver doesn't have skin in the game, I'm not riding.
Pilots are a must for passenger aircraft. I'm not sure about cargo, but I'm leaning toward requiring pilots there too. Especially if they are to share airspace with passenger aircraft.
9/11 was an inside job.
There is nothing really unique about this - the concept has been around since WWII. It just wasn't reliable. Read about Operation Aphrodite. http://en.wikipedia.org/wiki/Operation_Aphrodite
I know you all probably know of a lot more examples of machine-controlled airplanes, but I recently came across one through an acquaintance who worked in the SAGE program in the 1950's. The program directed interceptors to threats like bombers. Ground personnel monitoring a CRT scope of assets and radar targets would use some kind of light-based pointing device to touch an interceptor and a target to have a 58,000-tube, building-sized, 3 megawatt IBM AN/FSQ-7 computer to calculate the best route for intercept. Pilots then begrudgingly gave control to DaLi (Data Link) which fed the vectors to an autopilot.
So how far does that train fall before it hits the ground if something fails? Just turning it off isn't a catastrophic failure.
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You take the human systems out of the plane and you aren't just dealing with the failures you observed with the previous system. You have changed the system so you are changing the possible failure points.
One simple example: "Portable EMP generator."
I don't see the point of a remotely piloted passenger plane.
UAFVG's are useful in military situations, but not for civilian use.
(OK maybe remotely piloted C130 for chasing hurricanes, or other dangerous weather, or dropping supplies to Antarctic stations.)
The US Airforce has been flying older jets via remote control for decades as part of the drone conversion programme to allow for air to air and surface to air missile testing and training - currently they are on the early F-16s after expending the F-4 inventory.
Because if he crashes then at least he also dies ... so kinda extra incentive not to crash ;)
That is cool, but would you? Is it more safe if the pilot can't be reached?
The right question is: is it more safe if the pilot isn't afraid for his/her own survival?
The Miracle on the Hudson likely wouldn't have been, if the pilot hasn't been sitting in the front of the plane.
http://en.m.wikipedia.org/wiki/The_Andromeda_Strain#Odd-Man_Hypothesis was a fictional plot device, not supported by research.
... so much for the captain of the ship going down with it, eh?
Unless these remote pilots are sitting in full simulators that force them to share the terror of passengers during an uncontrolled descent - if you know you're going to live regardless what happens to the plane and its contents - then it removes just a bit of visceral motivation to avoid it happening, doesn't it?
Yes, but only if they're as well built as they are now. If this is flying over your house, do you want it to be just as safe as a manned aircraft? Absolutely. So, will it require design and manufacturing to aerospace standards? Will it require specially trained maintainers just like airplanes? Will it require specially trained operators? Now here's where it gets more expensive instead of less expensive. Will they be more or less complex than manned airplanes? More complex, since you have to add the complexity of the communications between the ground station and the aircraft. Those communications links will have to be as robust as the data buses in fly by wire manned aircraft. All of the sudden, this is now more complex and more expensive than manned aircraft. It's not at all surprising that Global Hawk has an oh my god price tag. The only thing it doesn't have that a manned aircraft does is seats. It's still got pressurization and environmental controls.
Come on /. can't you get some basic facts right?
The Wright Brothers flew at 'Kill Devil Hills' and not Kitty Hawk. Kitty Hawk was where the nearest Post Office was located. Here the news was sent to the outside world.
As A Limey, even I know this bit of American History so why hot the /. editors whi I would imagine reside on the western side of the Pond.
As a regular flyer and have been involved with the aircraft industry for 40+ years and currently working in an Airport I have to say that I for one wouldn't get on a plane without two guys/gals up front. What happens when the Taliban/other bad guys jam the sigan from the ground then? The plane is flying without a pilot. End result, a crash.
I am sure the likes of SleazyJet and RyanAir would be interested in this technology, especially the latter Air Line.
IF RyanAir could fly a plane where everyone was standing and packed in like a Northern Line Train in the Rush Hour I'm sure they would. Taking the Pilot/Co-pilot away reduces the unpaying load of the aircraft. This means more passengers.!
There is no way I'd fly with SleayJet or RyanAir anyway.
Because then the airlines will be able to employ "pilots" that are sitting in a room in Brazil, Russia, India, China, South Africa, where the supply of labor is plentiful and the wages of pilots substantially less.
Going to all this trouble to remove, that is move, the pilot from the cockpit to a remote location gains what exactly while eliminating all that is made possible by manning the flight with trained and experienced flightcrew.
Have you ever noticed that anybody driving slower than you is an idiot, and anyone going faster than you is a maniac?
"...this may herald the biggest revolution in civil aviation since Wilbur Wright won the coin toss at Kitty Hawk in 1903."
What hyperbolic bullshit. Not only have standard piloted planes been remotely controlled for decades (as opposed to specially designed UAVs), but I'd say that reliable flight in instrument meteorological conditions (IMC) was a bigger revolution.
This is merely a small stepping stone to remote flight that's reliable enough for regular public transport. It's not a fucking revolution. But noooooo, we need page clicks.
Captain Obvious is annoyed that you woke him up to tell him the blindingly obvious news that pilots are going the way of the buggy whip - just like automobile drivers and ditch diggers.
Captain Obvious also has some further thoughts for you. It's not just the pilots who are going away. Why should business travelers and even the general public want to fly about from place to place when there are cell phones? Hmmm? Already you can see as well as hear anybody anywhere in the world with a reasonably recent cell phone. Do you really think they won't be adding touch, taste, and smell via direct nerve stimulation? Why do you have to waste time and limited and expensive energy to go see your mother or go on a date? This way you won't catch a cold from your mother sneezing, and you can have a date with anybody, be adventurous, you can't get herpes or worse. Travel accidents, illnesses, and threatening confrontations are so old fashioned.
In fact, why get out of bed at all? Most jobs are obsolete anyway, and I wouldn't be so sure that IT and corporate officer jobs can't be automated too. Your robotic equipment can keep you nourished in bed and stimulate your nerves to keep your muscles toned and inject medicaments to keep clots from forming.
Why go to the trouble of seeking new experiences or exploring in the flesh? Robotic explorers make ever so much more sense. You can always catch the omni-sense documentary of the exploration.
Already the American carriers are stumbling all over each other to be the first to implement this in order to break the Pilot's Union.
A next feature will be to replace the Cabin Crew, read Cabin Officers Union, with smartphone enabled vending machines for drinks, sandwiches and toiletries.
Not to worry though as each flight will have a SysAdmin, 30k per year and no benefits, on board for in-flight code debugging so that Microsoft's latest malware doesn't scramble the hydraulic and flight control computers.
The purpose of a modern airliner pilot is not to fly the airplane from takeoff to landing with all things in their normal state, albeit, that is what a typical pilot does on a typical day. The purpose of a pilot is to fly the airplane safely to the ground when stuff goes wrong either due to some system failure, a severe wind shear, or some other unexpected input. Even on the most advanced commercial airplanes today (Boeing 787, Airbus A380, etc.) there are certain failure modes where the autopilot is unavailable and the basic flight control laws revert to a degraded "Cessna 172" state. To be fair, that is also when an average pilot is most likely to screw up and either not respond or respond inappropriately. So to say we can get rid of pilots because the airplane has an autopilot and an autoland system misses the point of having a pilot in the airplane.
This may represent a new realization of risk for the paranoid.
Truth is stranger than fiction, but it is because Fiction is obliged to stick to possibilities; Truth isn't. Mark Twain.
But Orville was the first to fly.
Simple. There is a whole lot of stuff that can't be done remotely.
I travel to the Middle East every two weeks for my Job. I have face to face meetings that in 30 minutes get more done and settled than days on conference/video calls.
When you need to work closely with the people on the ground, using a mobile phone/video phone really does not cut it.
Then there is all the system testing/commissioning.
In the Industry where I work, safety is No 1 priority. After all we don't want planes falling out of the sky now do we.
Even with the best remote access there is nothing even remotely close to watching the systems in action first-hand. Seeing the problems and fixing them in times a lot shorter than those companies that rely soley on remote access as well.
When you can install the hardware and commission it from 2000 miles away, I'll be well retired thankfully.
Don't mean since Gustave Whitehead first took flight? Not the Wright Bros? http://foxct.com/2013/06/09/ct-declares-bridgeport-man-beat-wright-brothers/ http://www.livescience.com/37846-wright-brothers-gustave-whitehead.html
An autonomous airplane is in many ways a much easier task than an autonomous car. All obstacles are for all intents and purposes point-shaped and flying under current "instrument flight rules", a pilot is not even responsible for avoiding them, if I've understood the rules correctly. All you need to do is to follow orders from air traffic controllers. The problem is that these orders are dispatched by voice, so if this were to scale one would have to devise a machine-to-machine protocol for that and automate the task of air traffic control.
Your typical smart phone has enough sensors built in for flying. The radio hardware is capable of interacting with secondary radar and instrument landing systems, the gyro/accelerometers are good enough for controlling attitude and GPS is good enough for navigation. Some phones even have the barometer which you will need to deal with pressure altitude, which is necessary under current rules. The camera is good enough for taxiing, take-off and landing. The processing power is more than ample to process the inputs and provide control inputs. The only thing lacking is the ability to interact with air traffic control and tower. And a few servos for the control inputs.
This is a cool demo and all, but I find it highly unlikely any travelers will ever set foot on a plane where the pilot isn't also on-board. Simply put; radio tech is not perfect and in the event of a systems failure of some description you need a decision-making human being to make the final decision about a resolution. There's also the point of "accepted risk", where the pilot has just as much "skin in the game" as you do as a traveler.
The worst flight I have ever been on was one where the pilot made a pretty lousy decision to proceed into a line of thunderstorms... to the extent that after a forced return to St. Louis due to the stresses the plane had encountered, it was grounded. I don't know how bad it actually was, but I swear the plane was sideways a few times. Anyway, the only thing that kept my mind focused on something other than the potential for a rather untimely demise was the thought that the pilot had as little desire to die as I did and would be doing every damned thing he could to put the plane down in as close to one piece as possible... even if rather hard.
Had I been in the same situation in a plane with no on-board pilot you'd better believe that they'd need to hose out the seat before using it again.
Last time I checked, concrete didn't fall apart when you turn off the power. What next, you are afraid that when your car stalls, the bridge it is on is going to collapse?
Either you are to stupid to be funny or you are just to stupid period.
MMO Quests are like orgasms:
You may solo them, I prefer them in a group.
We already got a deskjob in the air travel industry, it is called air traffic control. And despite the ease of staffing it, the ease of having regular, short shifts so that staff can be available, in redundant numbers for emergencies and well rested, air traffic control is routinely understaffed and overworked.
Do you think remote pilots would be immune from the eternal pressures of cost cutting (on functional staff, never on executive wages). If one remote pilot can monitor one remote flight, why not two. of course only during the quiet times during Atlantic crossings. Soon trainees will be monitoring dozens of flights, alone because the handful of remaining trained pilots are doing non-stop landings during 12 hour shifts with no breaks. Don't like it, we can outsource you now to any corner of the planet boy so just take it.
That is to say nothing of the inevitable super center that will spring up and then power down as the 1 power cable is cut by a guy with a shovel and it turns out the backup power budget was spent on bonuses. It happened before it will happen again. And that critical infrastructure update? Delayed until the system collapse. You wouldn't think airports would delay replacing an aging radar because taking it down would close down the airport for a just a few hours, but it has happened. Now your safety no longer depends on essential but still optional equipment, your life hangs by a radio tower people can protest against for years and whose delay makes some managers budget look good.
It ain't the tech I am worried about, it is the humans. Don't believe me? COUNT the number of pilots in a UAV setup. 1 pilot. Airlines got two for a reason. Cost cutting right there.
MMO Quests are like orgasms:
You may solo them, I prefer them in a group.
Private Pilot Airplane is 40-50 hrs of flight time at maybe $100/hr - call it $5k
Commercial Pilot with Instrument Rating is maybe 100-150 hrs more, some in more expensive planes - maybe as much as $20k total.
MultiEngine maybe another $2-3k.
So, maybe 30k to get to where you can legally fly for a small commuter airline/charter.
Getting ATP (Air Transport Pilot) and Type Ratings is maybe 20k more, depending on the kind of plane, which tends to be a bit more pricey (e.g. renting a 737 costs a bunch).
In fact, check here http://www.mullers.net/mike/Training%20Cost/ and it looks like the type rating runs 10k for most planes.
Get ready for the pilot's union to throw a fit and get in the way of progress and efficiency and customer interest with pilotless flights. Hurray for unions!
Eventually airlines will make the case for multitasking pilots, since they're idle a lot of the time. There will also be desire to seamlessly shift control of planes in trouble to those with the most emergency maneuver experience.
There will literally be a pilot "cloud" (pun intended), and then all we'd have to do is wait for a hiccup to send all the aircraft falling out of the sky at once.