Комментарии:
👏 good explanation
ОтветитьFor Important I Know 🫶
ОтветитьWell done! Great animation diagram video. This was so clear and concise. Such a helpful video. Thanks for the time you put into it. ✈️ 👏🏼
ОтветитьThanks chief, couldn't get a better explanation than this.
ОтветитьWell explained with some facts I was not aware
ОтветитьEven if you are explaining step by step a lot of information is just passing in front of us, people don't know what's a cord line, angle of attack, power off stall, power on stall, etc etc etc. Using a big commercial airplane will complicate everything, the best way is to start with a small one like a Cessna, Piper or maybe a Cirrus, all the airplane's parts are small and really easy to understand, the same when you are learning to fly, exactly the same.
Ответить💕💕❤❤💘💘
ОтветитьI’m not so great at maths
Ответить❤❤❤ Thanks a lot for the excellent video and pictorial illustrations.
Ответитьamazing video !
ОтветитьStarts with kicking little kid 👦
ОтветитьFinally i can sleep well
ОтветитьBecause airplanes are magnificent and they flap wings am I right
ОтветитьFlaps? Blue front with a Yellow backing nice logo
ОтветитьOhhhhhhhhhhh now I get it.
-the learned.
If you have a Pool take a rectangular shape that’s thin into water and slightly bend half of it down or up while pulling up through water and it’ll replicate this
ОтветитьThis was a very well thought out educational video! Videos like this make learning things a lot easier!
ОтветитьExcellent video.
ОтветитьThanks for sharing excellent video and useful information congratulations 😔
ОтветитьCool
ОтветитьThank you
ОтветитьI was struggling with this for my exam, thanks!!
ОтветитьVery well explained
Ответитьwhy are the wings this big anyway
Ответить37% engine failure. 25% flaps. 20% tyres. 17% air turbulence. Others. Anything can fail but always check flaps.
ОтветитьAs a meteorologist, thanks fam✅✌🏾
ОтветитьThanks
ОтветитьVery well explained
ОтветитьThis channel is seriously underrated
ОтветитьSame reason girls do
ОтветитьThanks for making this video with the explanation.
I still have one question: what are the consequences of flying with your flaps partially or fully down? Are there any aerodynamic consequences? Or is it just more fuel because of the extra drag?
Thanks. I needed this in my extreme landing games to improve my fast landings. Wow. It helped!!
ОтветитьI neede this info after installing VTOL VR
ОтветитьOne of the best videos explaining flaps .Thank YOU .
ОтветитьGreat illustration and explanation!!
ОтветитьI am new to aerodynamics, but this is a Fowler flap, right?
ОтветитьOutstanding presentation!
ОтветитьYou nailed it! Thank you so much for such important details!
ОтветитьVery good
👍
Great, hope your channel grow fast.
ОтветитьBeautifully explained 👍👍
ОтветитьFlaps are essentials for planes to take off and to land. I used them in glider, it's much better.
ОтветитьSorry, but the last part ("allowing steeper approaches" and "allowing the aircraft to stay ar cruising speed longer") is complete bullshit. The extra drag during approach however, allows engine thrust to be higher (thrust against drag) which allows for more speed stability. Approach angles are almost always 3 degrees for civil airliners, except for a handful of highly special airports. 💡
ОтветитьBeautifully explained and very helpful diagrams. I also like how you added subtitles!
Ответитьneeded this explanation after installing MS FS!
ОтветитьMy doubt is cleared . Thank you for good explanation 😃😃😃😃🙂🙂🙂🙂🙂☺️☺️☺️
Ответить😃👍
ОтветитьGreat quality video! I was looking for a good explanation for this. I don’t understand why you don’t have way more subscribers
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