Fly-By-Wire describes the type of controls the aircraft uses to move the surfaces of the wing and tail that controls the aircraft. The first aircraft used cables that transmitted the pilot's inputs to the control surfaces. Later, airplanes were designed such that the pilots inputs of the pedals and control stick would move cables that activated hydraulic actuators that pushed and pulled the controls. Finally, Fly-By-Wire was designed so that the pilot moves his controls that provided electrical inputs into a computer. The computer then uses information from other inputs and then calculates the proper control changes. This command is transmitted by WIRE to an actuator or a servo back to the wing/tail which moves the control surface. A good example of Fly-By-Wire and one of the earliest is the Engine Controls. The pilot moves his throttle which transmits an input to the Engine Control Computer. The computer collects other data and makes the necessary control inputs to adjust the fuel and the variable stators and thrust reverser to obtain the necessary thrust.
NASA used an F-8C for its Digital Fly-by-Wire Program-the first digital fly-by-wire aircraft to operate without a mechanical backup system.
CSAS is an acronym for Command Stability Augumentation System - The "Fly by wire" system on Tornado Aircraft.
The main (and most important) limitation to Fly-by-wire system is that is highly sensible to EMPs, since this one fries the hole system and the plane would unavoidably crash
Fly by wire is a semi-automatic and/or computer-regulated system for controlling the flight of an aircraft. This different to the old aircraft that had pullies and cables attached to the controls and this made it physically demanding for pilots. The use of computer aided motors and hydralics make it easier and allows many of the control functions to have preset automotive capacity i.e using the autopilot is not much easier when used with a FMS (Flight Management System)
An aircraft is designed to fly in 'air' there is no 'air' in space.
In a sense, modern commercial aircraft and many military fighter aircraft are already flying robotic devices. Built in computer controls fly many of the airplanes that are in the air at this moment, it's called "fly by wire". Some of the fighter aircraft are so difficult to keep in the air, the only way to actually perform that task without tiring out the pilot is to have the computer manage the control surfaces while the pilot only appears to fly the airplane. As for commercial aircraft, auto-pilot is certainly a robotic function.
No, a driver's permit does not allow you to fly an aircraft. You need a pilot's license to operate an aircraft.
Aircraft fly through air and spacecraft fly in space.
A properly designed aircraft most certainly can fly into the air.
An aircrew are the people who fly an aircraft
Fly by Wire was created in 2009.
No, airports are a place where aircraft fly to and from.