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Can an Airbus do a barrel roll?
5 Answers. Yes, it has been done before in an even larger aircraft, the Boeing 367-80, very famously by “Tex” Johnston on August 7, 1955. This aircraft was the prototype for the Model 707.
Can you fly a 747 upside down?
The answer is yes for a “little” bit! Unlike military fighters, commercial planes do not have the engine power for sustained inverted flight and rely on lift from the wings. Commercial airliners are only tested and certified for upright flight.” However, one Boeing aircraft has flown upside down – twice!
Can a 747 do aileron roll?
Some girls putting on a dance routine are buzzed by a Virgin Atlantic Boeing 747 conducting an unexpected aileron roll.
Can an Airbus fly upside down?
The answer is flatly, no. Inverted flight requires a specific airfoil (wing shape) as well as specific lubrication systems for the engines. Transport category aircraft are not built to engage in inverted flight.
Is it possible to barrel roll in a plane?
A barrel roll is a less stressful maneuver. 60 years ago, in 1955, “Tex” Johnston, a Boeing test pilot performed a barrel roll in a Boeing 707. So far as I can find out, no one has since deliberately attempted to replicate this stunt in a commercial airliner.
Can a commercial jetliner handle a loop?
And I think it’s safe to assume that most commercial aircraft are not much stronger (In fact, in doing some more checking the Boeing 747-400 and the Airbus A320 have the exact same g load characteristics, here and here respectively.) So we can probably assume that no commercial jetliner can safely handle a loop.
What is the difference between a barrel roll and a loop?
A barrel roll is one thing; they can be performed at a positive load factor through the whole maneuver (assuming sufficient control authority). Loops on the other hand will need much greater loadings in the “fast” portions in order to keep the loop “round” and to allow the maneuver to be completed without stalling.
What is the maximum g’s a Boeing 737 can fly?
Bearing that in mind, Boeing lists the maximum positive g’s for a Boeing 737 at +2.5g (with flaps retracted). Which leaves us an entire unit of earth’s gravity short of being able to safely execute the maneuver.