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Originally posted by Reheat
Remote Control of these aircraft ARE NOT POSSIBLE without millions of $$ in modification to each and ever aircraft and EVERYONE WOULD KNOW.
Originally posted by weedwhacker
reply to post by timiathan
What a shame, the ignorance that abounds!!!
timi....here's how to disconnect the A/P....
Originally posted by ULTIMA1
Originally posted by Reheat
Remote Control of these aircraft ARE NOT POSSIBLE without millions of $$ in modification to each and ever aircraft and EVERYONE WOULD KNOW.
Gee, you might want to tell that to the British, who have a system on one of their Tornado fighters that can take remote control of an airliner.
Originally posted by weedwhacker
reply to post by Reheat
Reheat....this is why ATS is so great! Your're right, but wrong at the smae time.
My airline actually had GPS updating, to the IRS's
As "glass cockpits," as EFIS instrument panels are referred to, gained acceptance, engineers concurrently designed flight management system (FMS) hardware and software that utilized faster and faster onboard computers to manage more and more onboard tasks.
FMS hardware is essentially a highly evolved autopilot, for all intents and purposes. However, where the autopilot was, in earlier times, a self-contained system, in todayís modern cockpits the autopilot is a sub-system that interpolates and executes commands generated by the FMS automatically or by the pilot, manually.
In every day airline use, a flight plan is loaded into an FMS via either keystrokes on an alphanumeric pad, or via disc. This flight plan, pre-approved by, and filed with, the FAA will contain course, altitude and speed data which the aircraft will maintain at all points of its flight.
The format of the flight plan can be thought of as ìpoint in space data. In other words, the pilot flies the aircraft off of a runway and initially aims at a point in space that is a certain distance from, and at a certain altitude above the end of the runway he departed from. Upon reaching that point in space, which in most cases is an ìintersection, a point at which two major aircraft routes known as airways meet, the FMS will execute a turn, a climb, or combination of the two to the next point in space, and so on as the flight plan progresses.
Because you say so, huh?
Where are the details?
The pilot of a modified Tornado fighter plane assumed remote control of a BAC 1-11 airliner carrying members of the press, including New Scientist, and flying at an altitude of 4500 metres (15000 feet). See a video of the flight (2.5MB .mov). The Tornado pilot was also in control of three simulated Unmanned Combat Air Vehicles (UCAVs).
Both the B-757 and B-767 are NOT fly-by-wire flight control systems. Remote Control of these aircraft ARE NOT POSSIBLE without millions of $$ in modification to each and ever aircraft and EVERYONE WOULD KNOW.
Originally posted by jakyll
If planes can land while on autopilot,that means those in the flight tower have control.
How did the terrorists over-ride the computerized flight plan?
No, the pilots have control at any time.
The same way that the pilots changes waypoints and altitudes several times during a flight.
Originally posted by SailorinAZ
reply to post by weedwhacker
Yes, I know they did that, but I remember the show talking about installing something so they could take control of the aircraft remotely. They said it was not available or in place in 2001. Maybe I was dreaming.