from wiki:Originally posted by Shotgun:K, the flight stick on the F-16 is on the right. And the interesting part is that it doesn't move, unlike conventional designs, centred stick designs. The flight stick literally detects pressure exerted on it, and converts it into maneuvers.
Now, is that actually better than the concentional stick that actually moves around?
This lack of physical linkages between the control stick the flight surfaces lead to an unusal characteristic of the design of the control stick; the control stick in the F-16 did not move. The control stick instead detected pressure applied by the pilot and translated that pressure into control of the aircraft. This arrangement proved uncomfortable pilots and difficult to adjust to so the control stick was given a small amount of play, however it is less than a quarter of an inch in any direction, merely superficial for the sake of the pilots. Control is still determined by the amount and direction of the pressure applied to the control stick.the stick moves a bit if this thing is true...
the F-16's flight computer is a quad-redundant system, so it has to fail 4 times before the viper departs from controlled flight. the odds of one failing is already very low, and the quad-redundancy would decrease the odds of failing exponentially (^4).Originally posted by Shotgun:if the electrics are lost, most prob the flight computer will go too. the f-16 is unflyable without the flight computer, hence whether the stick is affected or not doesnt matter.
the price to pay for an aerodynamically unstable design.
The F-15 on the other hand is stable... can fly without the flight computer.
So if the plane really fails on a friday, and the pilot lives to tell the tale, theres also an exponential^4 chance he'll strike 4d on coming saturday?Originally posted by sgFish:the F-16's flight computer is a quad-redundant system, so it has to fail 4 times before the viper departs from controlled flight. the odds of one failing is already very low, and the quad-redundancy would decrease the odds of failing exponentially (^4).
unless you're talking about EMP. now thats something else![]()
if you stroke it up and down, would it do a fuel dump?Originally posted by ditzy:If I squeezed the stick tightly, will the plane crush itself?![]()
I really can't contain my curiosity. F-15 landing with one wing??? Maybe you made a typo error? Could you please direct me to your source? It's aerodynamically impossible, but im open to new inputs. I would think the plane will spin out of control and you'll ve a GDBH (GOD DAMN BLOODY HELL) time fighting the G-force and reaching for the EJECT handle!! Let along fly and land the plane!Originally posted by SMAPLionHeart:F-15 is aerodynamically stable thats why it could land with one wing.
All things in the air eventually land, whether with 10 wings, 2 wings, 1 wing and even no wings. It is a phenemon based on physics ... called gravity. The main thing is, it lands in how many piecesOriginally posted by SMAPLionHeart:F-15 is aerodynamically stable thats why it could land with one wing.
Correct. The following source is from http://en.wikipedia.org/wiki/F-15Originally posted by SMAPLionHeart:F-15 is aerodynamically stable thats why it could land with one wing.
Try that with eurofighter/rafale
i tot it oni applied to f22Originally posted by Shotgun:if the electrics are lost, most prob the flight computer will go too. the f-16 is unflyable without the flight computer, hence whether the stick is affected or not doesnt matter.
the price to pay for an aerodynamically unstable design.
The F-15 on the other hand is stable... can fly without the flight computer.
Huh, I trust an 80s era joystick more than I trust that click wheel if I were to choose which one to use to pilot a plane.Originally posted by ditzy:So high tiak ar?Why not make it like the click wheel on the ipod?
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I stand corrected. OUTSTANDING! One hell of an aircraft! One hell of a pilot!Originally posted by kotay: