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The 5 Real Major Differences between Airbus and Boeing Aircraft...
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00:00 Intro
00:37 First difference
03:23 Second difference
04:02 Third difference
05:18 Forth difference
07:15 Final one
09:36 Concluding
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#fligavia #boeing #airbus #boeing #spacex
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The 5 Real Major Differences between Airbus and Boeing Aircraft...
Yes, that's right, for more than three decades, the commercial aircraft market has been dominated by two brands, Boeing and Airbus. And there is still no "third force" that can truly participate in this market with a revenue of nearly a trillion dollars. Indeed, domination cannot be eliminated in a day or two. So what are the advantages of these two manufacturers' planes, and what are the differences between them? Let's find out in today's episode!
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The 5 Real Major Differences between Airbus and Boeing Aircraft...
The first is the big difference in how pilots fly the plane. Boeing aircraft use yoke, while it will be stick for Airbus.
However, did you know that before that, the yoke was present in every cockpit, as one of the indispensable control parts? And of course Airbus aircraft are no exception. A predecessor to the A3 20 family, the aircraft was controlled by a central yoke in the cockpit. At this time, yoke was the sole controller in the industry. Things turned around when in 19 85, Airbus began using the "fly-by-wire" system on aircraft to replace the manual flight control system. With the use of the new system, the side stick began operating in the Airbus cockpit. Previously, side levers were only common on fighter aircraft such as the F-16 or Dassault Rafale.
The 5 Real Major Differences between Airbus and Boeing Aircraft...
This is a system that replaces the aircraft's conventional manual flight controls with an electronic interface. In a fly-by-wire control system, pilot inputs are transmitted to a computer, which then interprets these inputs and makes adjustments to the control surfaces electronically. This technology offers several advantages, including increased efficiency, enhanced safety features, and the ability to deploy flight envelope protection systems.