Dear Red Bull peeps, make up some idea that'll take the racing away from this hazardous ultra low level flying. While I'm happy to see that you made the bastard public finally understand how amazing and worthy watching aerobatic flying is I'll be even happier seeing no one got hurt!
But, Stall speed increases with angle of bank. If a plane stalls at 60 knots in clean config, it will stall at about 84-85 knots in a 2G maneuver. And that Zivko Edge 540 is for sure pulling more Gs than that.
@yahul25 You're not understanding what I'm saying, though. Regardless of airspeed, a wing will always stall at the same angle of attack. 60kts or 90kts, it's the same AoA.
Hey mister I'm learning to fly. look up the maneuver called a knife edge. You will find it is when you are in a complete 90 degree bank flying straight using the fuse and verticle stabilizer to produce lift. they fly tail low in this due to a large rudder control input.
Stalling doesn't have anything to do with airspeed.. Stalling a wing just means losing laminar flow over the wing due to too high an angle of attack. So one can stall a plane in high speeds, eg. by pulling too high G's.
He didnt stall anywhere....he went past the 90 degrees...meaning up elevator to turn ment down.....he had enough speed to level out....so there was plenty of air flow.
He G-Stalled the plane. He was lucky to get to a wings level attitude before impacting the water. Worked out very well due to a lot of skill and some luck.
Wings stall from exceeding their critical angle of attack. This can happen any any airspeed and any pitch/bank combination. It is about angle of the wing's chordline to the relative wind (airflow).
I didn't know the Air Force "academy" had a location in Louisiana. LOL!
@MrJoggl Errghh thats like the most stupid comment in the world. He wing stalled it . Too late to throttel it out. Nothing to do with pulling its to do with How much he banked.
@MrJoggl HE wing stalled. HE didnt stall the engine.. Wing stalling is where you bank your aircraft to much that it looses its lift and starts to drop like a stone.
@SourOwl So if you were flying straight forward and you then turned so as to angle your wings vertically, one pointing directly downwards and oen directly upwards, the aircraft would lose its lift and wing-stall? Sorry i'm a noob who has never flown :-(
@MysticWhizz It's more about the airspeed of each wing. If the airflow over the wing becomes too slow or is somehow disrupted (icing, for example) the wing will fail to produce enough lift to keep the plane airborne.
@MysticWhizz what would happen in that situation is the wing would produce lift but all in a horrizontal direction the aircraft is not stalled but unless and appropriate action like yawing the aircraft into a nose high attitude with power on the aircraft will just be a projectile with a similar movement to a ball that has been thrown. hope this helps.
@bundieandmatt close a stall is when the air flow over the top of the wing separates from the wing, this has 2 effects 1. it reduces lift to virtually none 2. the disturbed air creates some drag. in a delta wing configuration point 1 does not apply in the same way.
@b1cc2 Dude, I am learning how to fly, even though I admit i am still learning but I know what I'm talking about. A wing stall is just a terminology for rolling your aircraft past its capabilities. This reason is why ALL Airlines these days do not allow their pilots to bank their aircraft steeply, as you can "WING stall" the aircraft. Which means what it says, loosing lift on your wings in the sense that keeps you on a level altitude. So sit down and shut up.
@SourOwl I don't believe you're learning to fly and you have this poor of a grasp of the basic fundamentals of flight. I would politely suggest that you go learn more and listen to your instructor, but now you're being pushy. I'm a commercial pilot, and I AM TELLING YOU you are wrong. I actually doubt you've been within 100 feet of an airplane. Give it a fucking rest, child. You're out of your league here.
@SourOwl stalling is if your AoA is too high and the laminar airflow over the wing gets turboulent, resulting in a loss of lift. This is caused by pulling up too much or too quickly or flying to slow. In this case he lost too much altitude while banked - then tried to safe it by "pulling" up too hard, too rapidly resulting in a high speed stall. Given the altitude he didn't have any choices - so the stall probably wasn't the mistake - it was the banking for too long, using not enough rudder...
@SuperMcfly12 More Banking, more Load factor, increase in stall speed ,n hence , stalling at higher speeds. try passing 70 degs bank in small single,with full power, u wont be able to maintain altitude OR airspeed.
@yahul25 You're forgetting the basics, stalls have to do with angle of attack. You can throw out all those factors but it still comes down to AoA. That'll be one of the first things they teach you when you go to ground school.
@SourOwl there is no such thing as a wing stall. to stall an aircraft the angle of attack (AOA) has to reach the stalling angle for the wing. this can happen through two main ways one is a reduced airspeed therefore AOA is increased to beyond stalling angle. the second is a dynamic stall where the aicraft is at a high speed but it is brought back to vilently causing a high g loading which will cause the wing to go over the AOA at a higher speed causing the same effect as a stall.
a wing stall is a term for people who dont know how to explain what happened. in this case it was a dynamic stall where the pilot was at speed through the turn and pulled back to hard causing the plane to have a g that was too high for that speed. this resulted in a stall forcing him into the water. and sorry for the double message you tube would only allow me to use so many characters.
@LufthansaA343 It's where you pull to many G's and your airplane will not pull out of it unless you let go of the stick first and then not pull back as hard. I know i'm close but i'm not exactly sure ;)
G forces induced by the turn make the plane "heavyer" on the wings, The lift must then be higher and demands more speed, Therefore the stall is produced at higher speeds than at 1G. Same thing happends when you descend close to stall speed and try to lift the nose. The extra G will stall the plane even though you may maintain the speed. Not to be mistaken for angle of attack. The only factors here are wingload and speed.
@vonkali Wrong. The heavier wing loading caused by more g's prevents the plane from climbing with up elevator. This causes excessively high angle of attack and a high speed stall.ALL stalls are caused by high angle of attack.
The stall is produced when airflow over the wing is disrupted, so by definition, yes, every stall is produced by the angle of attack. My point is, when you have high Gs on the wings, the stall is produced at gigher airspeeds and a narrow angle of attack.
@vonkali Actually the angle of attack for a stall is the same regardless of speed. The difference is with a high speed stall, it appears to come on more suddenly without the usual warnings (soft control forces,buffet, left and right banking) giving the illusion that the stall happened early ie. lower angle of attack.
@vonkali I think your confusion comes from --The angle of incidence relative to the ground in a low speed stall is higher than that of a high speed stall giving the appearance of a high speed stall occurs at a lower angle of attack.
@vonkali You were only repeating what you thought you learned. If you can point out to me ONE article from the internet which verifies what you "learned at aerodynamics class,I'll go jump off a high bridge.
The stall is produced when airflow over the wing is disrupted, so by definition, yes, every stall is produced by the angle of attack. My point is, when you have high Gs on the wings, the stall is produced at higher airspeeds and a narrow angle of attack.
@vonkali All that is any concern is separation point which can occur at any angle of attack (relative to airflow not horizon) and at any attitude. Ps why would you take Aerodynamic classes? CPL subjects can be self studied and its a shit load cheaper. I only did classes for the few ATPL subjects that require it, all the rest just hit the books and save the money for beer.
@gnarkillkicksass Oh, yes it´s definetly like aou said, but I uasually fly the edge 540 at the simulator and sometimes i turn to much and then I have to pull so much, that it stalls.
@MrJoggl Well thats just increasing load factor. You can work out EXACTLY what your stall speed and how much it increases in a banked turn if you know the speed it'll stall at with same config. For example pulling 4 g your stall speed has doubled and in a turn you require more lift hence load factor is piled on. With 30 degrees of bank your stall speed has increased by 7%. You work out the LF then work out the square root of it and you have your % increase in stall speed.
@gnarkillkicksass Oh, yes it´s definetly like aou said, but I uasually fly the edge 540 at the simulator and sometimes i turn to much and then I have to pull so much, that it stalls.
G forces induced by the turn make the plane "heavyer" on the wings, The lift must then be higher and demands more speed, Therefore the stall is produced at higher speeds than at 1G. Same thing happends when you descend close to stall speed and try to lift the nose. The extra G will stall the plane even though you may maintain the speed. Not to be mistaken for angle of attack. The only factors here are wingload and speed.
Looks like he exceeded the critical angle of attack and he entered an accelerated turning stall. During a stall, correcting with the ailerons would have no effect or could even have just aggravated the stall. If he was smart, he used the rudder to level the wings just before impact...but of course, we don't see the rudder. It was likely that same accelerated stall that sent him past 90 degrees in the first place because he probably had left rudder and left aileron input at that point in time.
Looks like he exceeded the critical angle of attack and he entered an accelerated turning stall. During a stall, correcting with the ailerons would have no effect or could even have just aggravated the stall. If he was smart, he used the rudder to level the wings just before impact...but of course, we don't see the rudder. It was likely that same accelerated stall that sent him past 90 degrees in the first place because he probably had left rudder and left aileron input at that point in time. .
I do not see anywhere in this video where he intentionally rolls past 90 degrees. look at the control inputs. as soon as it begins to roll past 90 degrees hes correcting. check it out.
One little mistake can ruin your whole day and maybe your career, he should never have tried to recover the way he did from that situation. He will know when he looked at the footage that in that roll he was in as he went past the 90 degree he should have kept on going. As quick as his brain is, it would not have had time to think of the alternatives. As per the previous comment, barrel roll or continue and fly out inverted. Hindsight Hmmm.
Yeah i was there, it was surreal to watch. I rekon 0.26 GStall occurs, IE left wing stalls, therefore stops flying = decent, he then unloads the wing, flies again and manages to level the wings, but is too low to haelt th decent then impacts the water.
Go figure? Race planes blow apart in the water and race boats blow apart in the air??? HaHaHa those skeletons are boning down! I guess this interveiw gave him a boner!
wot dis shit? why dis asshole fly da plan da ocan? im is think lik lik ocur dat im plan is fucking asshole submarin o som shit? why dey go help dis asshole dey shuld left im in da ocan wid da asshole sharks o som shit? fucking asshole fagots america dis ocur fer tru halal praise praise
i live in perth and i can tell you the wind was strong but the gusts were horrible.
at around 7 seconds into this vid the plane looks as if it has been hit hard by somthing. the plane was already in a deep bank and the gust knocked his plane over 45 degrees which meant he would drop, if he didnt level off in time he would be 100% dead.
@giulio2727 I would do it.....no problems.....he is alive and healthy. A very strange reaction from the plane after the last corner...maybe wind change direction
Notice how fast the airspeed bleeds off the airplane. He still had some airspeed but just a little more and would have hovered into the water.
sgsellsit 39 minutes ago
Over a 90 degree bank in an attempted 180 degree turn and stall. Not enough rudder or power to overcome that.
sgsellsit 42 minutes ago
Dear Red Bull peeps, make up some idea that'll take the racing away from this hazardous ultra low level flying. While I'm happy to see that you made the bastard public finally understand how amazing and worthy watching aerobatic flying is I'll be even happier seeing no one got hurt!
eotunun 3 days ago
THANK A LOT NO TIDBITS HE JUST OK AND
galegregory97comcast 1 month ago
I love all the "experts" here who don't have a clue, yet offer the cause anyway.
Touchthesky412 1 month ago
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raphy1123 1 month ago
@raphy1123 - That's right. When I wrote my comment, I was thinking in terms of him pulling too hard and too quickly on the stick.
cfi2927087 1 month ago
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ezesoyo123 1 month ago
makes NASCAR look like a fuckin joke....lool
460faust 2 months ago 4
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460faust 2 months ago
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raphy1123 3 months ago
Only a G-Stall , he tryed to fast correct .. and stalled
victoryasbek 4 months ago
he was drinking monster before the flight and karma got to him
heatrjoh 4 months ago
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mzxrules 4 months ago
@sourowl. Not wing stall, your instructor is probably a dipshit fucktwat. G stall.
TheMdugan1 4 months ago
0:24 Looks like he was overshooting the pylon and at 0:25 pulled hard towards it.
CFITOMAHAWK2 4 months ago in playlist RedBull
thumbs up for the skeletons humping at 3:10
blaststunter 5 months ago
ROFL at 3:12 for the skeleton hot action!
nicotenios 5 months ago 5
i thought red bull gives you wings?
15jwilli 5 months ago
Rightly said. It all comes down to AoA.
But, Stall speed increases with angle of bank. If a plane stalls at 60 knots in clean config, it will stall at about 84-85 knots in a 2G maneuver. And that Zivko Edge 540 is for sure pulling more Gs than that.
yahul25 5 months ago
@yahul25 You're not understanding what I'm saying, though. Regardless of airspeed, a wing will always stall at the same angle of attack. 60kts or 90kts, it's the same AoA.
SuperMcfly12 5 months ago
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yahul25 5 months ago
TOO much not to much.
dancethebossanova 5 months ago
It would have been a great video except the video stops every 5 seconds for 20 seconds. This is bullshit.
benjamincasciola 6 months ago
@benjamincasciola I think they're stills, - still photographs
hoppinonabronzeleg 5 months ago
Background of 03:05 skeletons are having upright doggystyle sex! :P
ImpendingLee 6 months ago
It would look like he G stalled the aircraft much like Matt Hall.
highlo3517 6 months ago
Hey mister I'm learning to fly. look up the maneuver called a knife edge. You will find it is when you are in a complete 90 degree bank flying straight using the fuse and verticle stabilizer to produce lift. they fly tail low in this due to a large rudder control input.
highlo3517 6 months ago
i thought red bull gave you wings?
TulareBmx1 6 months ago
Anyone noticed one of the skeletons humping the other one at 2:50 ?
TheMANDING0 6 months ago 4
@TheMANDING0 LMAO YES
420YLEM 6 months ago
lucky for him the swan river is incredibly shallow in that area. the plane was probably on the bottom instead of floating.
hazzaisdabombage 7 months ago
Stalling doesn't have anything to do with airspeed.. Stalling a wing just means losing laminar flow over the wing due to too high an angle of attack. So one can stall a plane in high speeds, eg. by pulling too high G's.
maholmbe 7 months ago
He didn't get as lucky as Matt Hall. :(
blown4six 7 months ago
Thats what coming down from a redbull buzz feels like!
killirishred 7 months ago
its a stall when you banks so hard that wing loosis lift or if you get to slow regaurdless its a stll
g6rcteam 7 months ago
He didnt stall anywhere....he went past the 90 degrees...meaning up elevator to turn ment down.....he had enough speed to level out....so there was plenty of air flow.
andgate2000 7 months ago
Everybody speaks about wings, tails, stall, and other air BS, but at 2:34... just notice the 2 squeletons behind the doctor!
That is the known "emergency physician" humor.. :))))
Bardes30 7 months ago
PILOT ERROR...BIG AS SHIT.
Tiggerpilot 9 months ago
OMG was the water ok?
NSxNightHawk 9 months ago
@NSxNightHawk u failed
ThemediaTutorials1 9 months ago
brave warrior,my respect for this guy.....
garciajuanitogg 10 months ago
He G-Stalled the plane. He was lucky to get to a wings level attitude before impacting the water. Worked out very well due to a lot of skill and some luck.
SlamDuncDrummer 10 months ago
Wings stall from exceeding their critical angle of attack. This can happen any any airspeed and any pitch/bank combination. It is about angle of the wing's chordline to the relative wind (airflow).
I didn't know the Air Force "academy" had a location in Louisiana. LOL!
shawnferd 10 months ago
did anyone notice the two skeletons doing it doggy style at 3:05 behind the doctor!!
RCWOZDUDE 10 months ago 44
@RCWOZDUDE xDDDDDDDDDDDDDDDDD
battelfielde9898 9 months ago
LISTEN! he did NOT wing stall... He gave wrong rudder... @sourOwl
SecondCocacola 10 months ago
@SecondCocacola You are wrong it was clearly a high speed stall. Wrong rudder LOL
hvachessler 10 months ago
he ran out of red bull i guess....
somebodyindahouse 10 months ago 76
swimming in shark alley
winterka100 11 months ago
correct he pitched the wrong way i am a sgt. at civil air patrol or air force academy in gonzales louisiana
1225Cory 11 months ago
ごつかばい!
meme19450815 11 months ago
2:51
suprise butt secks
Commenteronlylolz 11 months ago
Tinha que ser Brasileiro!!!
marcosveiga2008 11 months ago
Hey Bones, smile for the camera! LOL!
Guitarshredder2644 1 year ago
Pilot error. He stalled his aircraft.
kfor47 1 year ago
press 1:47 to see the white face
press 2:30 to see the tomatoe face
LOL
NDEuro 1 year ago
funny skeletons:))))
camaroblackmatte 1 year ago
Pilot mistake, he turned too much and then he stalled, because of pulling too much.
MrJoggl 1 year ago
@MrJoggl Errghh thats like the most stupid comment in the world. He wing stalled it . Too late to throttel it out. Nothing to do with pulling its to do with How much he banked.
I'm a Cessna pilot.
thatsliam 1 year ago
@MrJoggl HE wing stalled. HE didnt stall the engine.. Wing stalling is where you bank your aircraft to much that it looses its lift and starts to drop like a stone.
SourOwl 1 year ago 24
@SourOwl So if you were flying straight forward and you then turned so as to angle your wings vertically, one pointing directly downwards and oen directly upwards, the aircraft would lose its lift and wing-stall? Sorry i'm a noob who has never flown :-(
MysticWhizz 11 months ago
@MysticWhizz It's more about the airspeed of each wing. If the airflow over the wing becomes too slow or is somehow disrupted (icing, for example) the wing will fail to produce enough lift to keep the plane airborne.
tucknet 11 months ago
@MysticWhizz Yes exactly, Well technically the wing is still producing lift, just not in the direction that keeps the plane airborne.
SourOwl 11 months ago 2
@MysticWhizz what would happen in that situation is the wing would produce lift but all in a horrizontal direction the aircraft is not stalled but unless and appropriate action like yawing the aircraft into a nose high attitude with power on the aircraft will just be a projectile with a similar movement to a ball that has been thrown. hope this helps.
nz3rdsqr 4 months ago
@SourOwl NO IT'S NOT. There's no such thing as a 'wing stall' either. How about some flying lessons?
b1cc2 8 months ago
@b1cc2 I'm sorry, I'm confused: If there's no such thing as 'wing stall', what's the name for the phenomenon when an aircraft's wings lose lift?
ElMondoH 8 months ago
@ElMondoH hi when a aircraft loses lift it is just called a stall. its when the angle of attack of the wing creates more drag than lift
bundieandmatt 8 months ago
@bundieandmatt close a stall is when the air flow over the top of the wing separates from the wing, this has 2 effects 1. it reduces lift to virtually none 2. the disturbed air creates some drag. in a delta wing configuration point 1 does not apply in the same way.
Evilonyx 7 months ago
@b1cc2 Dude, I am learning how to fly, even though I admit i am still learning but I know what I'm talking about. A wing stall is just a terminology for rolling your aircraft past its capabilities. This reason is why ALL Airlines these days do not allow their pilots to bank their aircraft steeply, as you can "WING stall" the aircraft. Which means what it says, loosing lift on your wings in the sense that keeps you on a level altitude. So sit down and shut up.
SourOwl 6 months ago
@SourOwl I don't believe you're learning to fly and you have this poor of a grasp of the basic fundamentals of flight. I would politely suggest that you go learn more and listen to your instructor, but now you're being pushy. I'm a commercial pilot, and I AM TELLING YOU you are wrong. I actually doubt you've been within 100 feet of an airplane. Give it a fucking rest, child. You're out of your league here.
b1cc2 6 months ago
Comment removed
SourOwl 6 months ago
@SourOwl stalling is if your AoA is too high and the laminar airflow over the wing gets turboulent, resulting in a loss of lift. This is caused by pulling up too much or too quickly or flying to slow. In this case he lost too much altitude while banked - then tried to safe it by "pulling" up too hard, too rapidly resulting in a high speed stall. Given the altitude he didn't have any choices - so the stall probably wasn't the mistake - it was the banking for too long, using not enough rudder...
shitNameAlert 6 months ago
@shitNameAlert Generally you are right.
But loosing of altitude and over-banking was due to stalling, but not during recovery from low altitude - pilot pulls on level turn too hard.
slowtraveler 5 months ago
@SourOwl Stalling a wing has nothing to do with banking. Loose lift? Can you tighten lift?
SuperMcfly12 6 months ago
@SuperMcfly12 More Banking, more Load factor, increase in stall speed ,n hence , stalling at higher speeds. try passing 70 degs bank in small single,with full power, u wont be able to maintain altitude OR airspeed.
yahul25 5 months ago
@yahul25 You're forgetting the basics, stalls have to do with angle of attack. You can throw out all those factors but it still comes down to AoA. That'll be one of the first things they teach you when you go to ground school.
SuperMcfly12 5 months ago
@SourOwl The proper definition is an "accelerated stall."
sakoshooter48 5 months ago
@SourOwl I do believe it's called "G-Stalled".
OneSkiWonder 4 months ago
@SourOwl there is no such thing as a wing stall. to stall an aircraft the angle of attack (AOA) has to reach the stalling angle for the wing. this can happen through two main ways one is a reduced airspeed therefore AOA is increased to beyond stalling angle. the second is a dynamic stall where the aicraft is at a high speed but it is brought back to vilently causing a high g loading which will cause the wing to go over the AOA at a higher speed causing the same effect as a stall.
nz3rdsqr 4 months ago
a wing stall is a term for people who dont know how to explain what happened. in this case it was a dynamic stall where the pilot was at speed through the turn and pulled back to hard causing the plane to have a g that was too high for that speed. this resulted in a stall forcing him into the water. and sorry for the double message you tube would only allow me to use so many characters.
nz3rdsqr 4 months ago
@SourOwl Thats exactly what it looked like happeded. he over banked and tried to correct for it too fast and stalled
MrAviation101 4 months ago
@MrAviation101 the ovebank was the result of the stalled left wing
raphy1123 3 months ago
when did this happen, after new york?
PatrickFawley09 1 year ago
HAHA THE SKELETONS ARE FUCKING
iAirsoft69 1 year ago
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MrBigBadBobby 1 year ago
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winterka100 1 year ago
@winterka100
My apologies.
vonkali 1 year ago
They would have been better in having the Perth leg at the end of October
tlstar 1 year ago
Good thing he learned how to swim
mateo1994 1 year ago
I'll wager the skeleton behind is using a strap-on since it has no meat
11thhourreprieve 1 year ago
i know what a stall is. but what is a G-stall?
LufthansaA343 1 year ago
@LufthansaA343 It's where you pull to many G's and your airplane will not pull out of it unless you let go of the stick first and then not pull back as hard. I know i'm close but i'm not exactly sure ;)
gangstor123 1 year ago
@LufthansaA343
G forces induced by the turn make the plane "heavyer" on the wings, The lift must then be higher and demands more speed, Therefore the stall is produced at higher speeds than at 1G. Same thing happends when you descend close to stall speed and try to lift the nose. The extra G will stall the plane even though you may maintain the speed. Not to be mistaken for angle of attack. The only factors here are wingload and speed.
vonkali 1 year ago
@vonkali
thanks man :) helped alot!
LufthansaA343 1 year ago
@vonkali Wrong. The heavier wing loading caused by more g's prevents the plane from climbing with up elevator. This causes excessively high angle of attack and a high speed stall.ALL stalls are caused by high angle of attack.
winterka100 1 year ago
@winterka100
The stall is produced when airflow over the wing is disrupted, so by definition, yes, every stall is produced by the angle of attack. My point is, when you have high Gs on the wings, the stall is produced at gigher airspeeds and a narrow angle of attack.
vonkali 1 year ago
@vonkali Actually the angle of attack for a stall is the same regardless of speed. The difference is with a high speed stall, it appears to come on more suddenly without the usual warnings (soft control forces,buffet, left and right banking) giving the illusion that the stall happened early ie. lower angle of attack.
winterka100 1 year ago
@vonkali I think your confusion comes from --The angle of incidence relative to the ground in a low speed stall is higher than that of a high speed stall giving the appearance of a high speed stall occurs at a lower angle of attack.
winterka100 1 year ago
@winterka100
I was only repeating what I learned in aerodynamics class.
I am always open to new concepts
vonkali 1 year ago
@vonkali You were only repeating what you thought you learned. If you can point out to me ONE article from the internet which verifies what you "learned at aerodynamics class,I'll go jump off a high bridge.
winterka100 1 year ago
@vonkali I'm still waiting---
winterka100 1 year ago
This has been flagged as spam show
@winterka100
The stall is produced when airflow over the wing is disrupted, so by definition, yes, every stall is produced by the angle of attack. My point is, when you have high Gs on the wings, the stall is produced at higher airspeeds and a narrow angle of attack.
vonkali 1 year ago
@vonkali All that is any concern is separation point which can occur at any angle of attack (relative to airflow not horizon) and at any attitude. Ps why would you take Aerodynamic classes? CPL subjects can be self studied and its a shit load cheaper. I only did classes for the few ATPL subjects that require it, all the rest just hit the books and save the money for beer.
gnarkillkicksass 1 year ago
@gnarkillkicksass Oh, yes it´s definetly like aou said, but I uasually fly the edge 540 at the simulator and sometimes i turn to much and then I have to pull so much, that it stalls.
jannik
MrJoggl 1 year ago
@MrJoggl Well thats just increasing load factor. You can work out EXACTLY what your stall speed and how much it increases in a banked turn if you know the speed it'll stall at with same config. For example pulling 4 g your stall speed has doubled and in a turn you require more lift hence load factor is piled on. With 30 degrees of bank your stall speed has increased by 7%. You work out the LF then work out the square root of it and you have your % increase in stall speed.
gnarkillkicksass 1 year ago
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@gnarkillkicksass Oh, yes it´s definetly like aou said, but I uasually fly the edge 540 at the simulator and sometimes i turn to much and then I have to pull so much, that it stalls.
I´m a glider pilot
jannik
MrJoggl 1 year ago
This has been flagged as spam show
@LufthansaA343
G forces induced by the turn make the plane "heavyer" on the wings, The lift must then be higher and demands more speed, Therefore the stall is produced at higher speeds than at 1G. Same thing happends when you descend close to stall speed and try to lift the nose. The extra G will stall the plane even though you may maintain the speed. Not to be mistaken for angle of attack. The only factors here are wingload and speed.
vonkali 1 year ago
Looked like he g stalled it. Got it to far over.
Zoomer30 1 year ago
The skeleton is staring at the camera with one of those creepy smiles too.
timford86 1 year ago
its a miracle. this guy is lucky
dmvalnovikov 1 year ago
For gosh sakes read the notes for the video before you ask questions... He is fine.
gmcjetpilot 1 year ago
@tnip91 nah he didn't they got him out within 60 seconds
omgmynameislong 1 year ago
@NutnButGuns did you die?
omgmynameislong 1 year ago
This guy did exactly the same thing Matt Hall did, went over knife edge and lost height, glad to see he made it through
Twinfire 1 year ago
Great Video, I've shared it on my blog (link in my profile) in an article about the Red Bull Air races going on hiatus.
VampyreGTX 1 year ago
YEAH PERTH!
MrmeatyJY 1 year ago
This has been flagged as spam show
Looks like he exceeded the critical angle of attack and he entered an accelerated turning stall. During a stall, correcting with the ailerons would have no effect or could even have just aggravated the stall. If he was smart, he used the rudder to level the wings just before impact...but of course, we don't see the rudder. It was likely that same accelerated stall that sent him past 90 degrees in the first place because he probably had left rudder and left aileron input at that point in time.
angusword 1 year ago
Looks like he exceeded the critical angle of attack and he entered an accelerated turning stall. During a stall, correcting with the ailerons would have no effect or could even have just aggravated the stall. If he was smart, he used the rudder to level the wings just before impact...but of course, we don't see the rudder. It was likely that same accelerated stall that sent him past 90 degrees in the first place because he probably had left rudder and left aileron input at that point in time. .
angusword 1 year ago
@angusword fully agree. greetz!
FlashgottakaMK 1 year ago
those skelotons are havin a good time
deathtodonkey 1 year ago
lmao 3:06
burbanboy77 1 year ago
@smokedaddyo idk man
mo4life123 1 year ago
I do not see anywhere in this video where he intentionally rolls past 90 degrees. look at the control inputs. as soon as it begins to roll past 90 degrees hes correcting. check it out.
straighttailpilot 1 year ago
high speed stall i think. bad thing
Morisson555 1 year ago
Watch the video and see u dumb fuck he's in the hospital bed talking ......yeah he died hahahah
performance500 1 year ago
DQ... Flying too low.
jwboll 1 year ago
muito loko, mas esse sobreviveu
snapcase 1 year ago
One little mistake can ruin your whole day and maybe your career, he should never have tried to recover the way he did from that situation. He will know when he looked at the footage that in that roll he was in as he went past the 90 degree he should have kept on going. As quick as his brain is, it would not have had time to think of the alternatives. As per the previous comment, barrel roll or continue and fly out inverted. Hindsight Hmmm.
ColinIngham 1 year ago
good thing the pilot was okay, i hate to see bad things such as this happen.
diamondrio21 1 year ago
hahahaha 2:50 the skeletons
betrippen 1 year ago
Yeah i was there, it was surreal to watch. I rekon 0.26 GStall occurs, IE left wing stalls, therefore stops flying = decent, he then unloads the wing, flies again and manages to level the wings, but is too low to haelt th decent then impacts the water.
toose70 1 year ago
Go figure? Race planes blow apart in the water and race boats blow apart in the air??? HaHaHa those skeletons are boning down! I guess this interveiw gave him a boner!
yumyumsashimi 1 year ago
That was awesome to watch.
Transam941 1 year ago
the skeleton in the back don't mind us watching. can't say the same for the other one
nickv999 1 year ago
lmao that skeleton was giving it to the other one
gstringsalot 1 year ago
It looks like he caught a rough gust of wind when he came through the turn...too close to the water to pull out of his sink rate or what?
thepilotguy123 1 year ago
Search: Kick a justin bieber day!
DangerHevezi 1 year ago
Do a barrel roll
AirTylerFilms 1 year ago
in less then one minute? wow!!!
frantnik 1 year ago
wot dis shit? why dis asshole fly da plan da ocan? im is think lik lik ocur dat im plan is fucking asshole submarin o som shit? why dey go help dis asshole dey shuld left im in da ocan wid da asshole sharks o som shit? fucking asshole fagots america dis ocur fer tru halal praise praise
faroolabjalmak 1 year ago
@faroolabjalmak GOOD LORD LEARN HOW TO SPEAK AND TYPE! AND BTW, AUSTRALIA IS NOT IN AMERICA.... STFU>FO
DjMysticalone 1 year ago
it had to be a brazilian though ....
doldei 1 year ago
i live in perth and i can tell you the wind was strong but the gusts were horrible.
at around 7 seconds into this vid the plane looks as if it has been hit hard by somthing. the plane was already in a deep bank and the gust knocked his plane over 45 degrees which meant he would drop, if he didnt level off in time he would be 100% dead.
96aussie 1 year ago
This is a compleet stall of the aircraft. These wings are so critical. look at the speed indicator where its stuck, this very low for that aircraft.
tibortefsen 1 year ago
@giulio2727 I would do it.....no problems.....he is alive and healthy. A very strange reaction from the plane after the last corner...maybe wind change direction
BrunoR8 1 year ago
@BrunoR8 or maybe he banked to far and when he tried to bring it back he pulled up and stalled it
airsoftboy1313 1 year ago
They should have made the plane out of the same material the camera was made out of ....... er ....... or, did some stupid idiot already say that??
ApocalypsePlough 1 year ago
Fuck!!! Im amazed that it didnt break into peaces!
renatodumaresq 1 year ago
was it a stall?
aviator147 1 year ago
anyone see the skeletons in the backround while doc is talking lol
TheGorsepig007 1 year ago 60
@TheGorsepig007
what a revealing position :P
mistahimaskwa 1 year ago
@TheGorsepig007 Hahahaha i was like at first yea wat about them then was like oooooo LOL
ozzradd 1 year ago
@TheGorsepig007 yeah, he's posing for the camera too
jeppoification 1 year ago
@TheGorsepig007 its the actual pilot :D
pele220 10 months ago
he set it down good though
bestvidsdottk 1 year ago
O_O
vincentbadminton 1 year ago
LOL bet they forgot to re-arrange the office joke.
hamana4 1 year ago
Well, he's ready, but the plane isn't.
jasleil 1 year ago
Looks like a tipstall...
kentru 1 year ago
great vid. scary crash. but have u noticed that the to sceletons behind the doctor at 3:06 are doing doggystyle?
pungskum 1 year ago 154
@pungskum LOL
MusicBoix 1 year ago
@pungskum The one on the back is very happy! Look at his face!
Heheheheh
cristianomaddog 1 year ago
@pungskum doin it like they do on the discovery channel, damn that must have hurt
snowyphil65 1 year ago
@pungskum
press 3:06 over and over again!!! its funny!!!!
DedmonStudios 1 year ago
@pungskum
LOL...some intern is in deep dodo...
I laughed so hard my wife is looking at me funny!
evilsnuffalupagus 1 year ago
@pungskum hahahahaahahah too funny!!!!!!
MrElSatan 1 year ago
wait... the skeleton behind is a female skeleton though...
tkpenalty 1 year ago
@pungskum hahahahha
33049156 1 year ago
@pungskum
you know i think the sceleton in the back is grinning LOL
panzerducky 1 year ago
good footage - thanks for posting this. Well done to the rescue services and the pilot for keeping his spirits high!
BrotherBloat 1 year ago
stupid shit.....didnt know water can wreck an plane like that.glad he is a live.
Tha89Kid 1 year ago