apu uses a permanent magnet to generate electricity to be transferred back to the apu and then through a rectifier again to make a magnet? so making electricity to make electricity?
@gianfrancoluishoyos1718 сағат бұрын
Great video! Thank you so much for sharing knowledge
@tumurbaatarchinzorig27314 сағат бұрын
Great work. Thank you!
@cypher1029720 сағат бұрын
This is awesome
@demal1010Күн бұрын
Requesting a series on the cooling packs and pressurization systems please
@AircraftScience23 сағат бұрын
Landing gear and air conditioning systems are the next two major series I'll work on.
@mubashirghani93442 күн бұрын
You are genius 😍
@DropBear692 күн бұрын
Very well researched, produced, and presented. Educational too! As another commentor mentioned, this channel is truly underrated and deserves many more subscriptions and views.
@vstore_happiness2 күн бұрын
You explained it so well! I can see the effort you put into this. Great job!
@gopalahs66132 күн бұрын
Can you make a video on how oxygen generation system and emergency oxygen generation system works
@AircraftScience23 сағат бұрын
I'll cover them in the upcoming air conditioning system series.
@MrGSNL3 күн бұрын
Thanks!🎉👍
@john.enospahitamos35963 күн бұрын
So accurate. Dont stop please. Thanks!
@ZARuslan3 күн бұрын
Very cemplex and sopfisticated system.
@rudrajyotiroy94003 күн бұрын
Great work. This channel is underrated!
@Nomad_LA3 күн бұрын
These videos are great!!!!
@zachansen82933 күн бұрын
Does the ram air turbine not retract when the APU comes online? Seems like you'd want to not have that drag once it wasn't needed anymore .. especially because you don't have any thrust.
@iamjesper3 күн бұрын
My initial thought would be that you dont want to risk retracting it in case there would be any problem with the apu. The increased drag from the RAT is barely existent
@zachansen82933 күн бұрын
@@iamjesper barely noticeable until you just barely don't make the field. But they probably know their worst case range and are always within range of an airfield.
@iamjesper3 күн бұрын
@@zachansen8293 having the drag from the two dead engines is far worse than the small ram turbine. ETOPS regulates how far your are can fly with a single engine failure. They dont take dual engine failures in consideration. If both engines die over the ocean you are basically screwed.
@Bigboyfatso2 күн бұрын
RAT cannot be retracted once it is deployed. Maintenance has to retract it on the ground.
@zachansen8293Күн бұрын
@@iamjesper The drag of the engines is irrelevant to the drag of the RAT. It doesn't matter if something else is more, the question is the impact of the RAT. but as someone else already said there is apparently no retraction mechanism.
@silvervortex24413 күн бұрын
Amazing work
@LuisCastanedaZacarias3 күн бұрын
❤
@breadsnake61115 күн бұрын
Target reverse thrust is more effective
@SeulkiLee-e4l5 күн бұрын
This is a great video! Thanks!
@supperhey6 күн бұрын
Nice explanation
@AGTngo6 күн бұрын
This is my version of porn. #hereforit!
@AusticHardOfHearingSinger8 күн бұрын
Nice!
@pezhmanmostafapour440510 күн бұрын
Very good
@praveenshetty206612 күн бұрын
❤
@bilelbilelsh81013 күн бұрын
Merci pour les informations
@AP-eh6gr15 күн бұрын
NOW I know whats inside of the assh*le of every commercial plane!
@mkxair15 күн бұрын
Excellent presentation on this beautifully engineered system.
@Kirmo1315 күн бұрын
is the RPM expressed as a percentage of maximum speed?
@AircraftScience15 күн бұрын
Yes!
@jiriprochazka925415 күн бұрын
What if it's raining and air inlet door are open? Is there some filter to prevent water getting inside the APU turbine?
@jeylful17 күн бұрын
Fabulous animation and explanation! Thank you!
@dwightmcqueen577119 күн бұрын
Fck boeing . No respect for any company who murders there whistle blowers for trying to tell the truth
@randomdude563422 күн бұрын
nice
@sibongakonkengwane473422 күн бұрын
Thank you for showing us how this things works, I appreciate it.
@AircraftScience22 күн бұрын
My pleasure!
@SkyPilotGamer26 күн бұрын
4:44 The overwing door is only uses on -300/300ER/-9 series
@nadirnazim934227 күн бұрын
I was in a flight yesterday where this probably got triggered. That 2g pull up was quite scary
@pdks7088Ай бұрын
Absolutely amazing work. So helpful video!
@aarnavgiri7498Ай бұрын
How does the APU lubrication work?
@AircraftScienceАй бұрын
I'll cover the APU oil system in the fifth part of the series.
@tropicaltroll2288Ай бұрын
Underrated channel. Deserves more views & subscribers. Subscribed
@rgavrАй бұрын
Absolute cinema!
@qrubmeeazАй бұрын
Poorly researched and written, ai voiced rubbish!!
@marioecheverria5152Ай бұрын
Where is the generator?? You explain the mechanical turbine but… the electrical part?
@AircraftScienceАй бұрын
Part 2!
@ChristopheLedardАй бұрын
Tremendous. We're waiting for others ATA explanations. Thanks a lot !!!
@AircraftScienceАй бұрын
Most welcome!
@ChristopheLedardАй бұрын
Merci !
@imnbspАй бұрын
now I can finally operate my jet engine before going to sleep
@GULFSTREADREAMАй бұрын
Great explanation and very interesting
@Kneedragon1962Ай бұрын
If you place the "tail plane" (horizontal stabiliser) ahead of the main lifting wing, the way the Wright Brothers did, the way many modern combat aircraft do, the way Bert Rutan did, then most of this is unnecessary. It is very clever, I have great regard for the people who worked this out, but the dynamics of tail dragger aircraft were worked out in about 1910 ~ 1914. At that time, with rotary radial engines and stick & string biplanes, there were several good reasons to go to tractor propeller at the front and small horizontal stab at the back, but most of those reasons stop being valid once you're talking about a jet aircraft more than 40 ft long, going more than 150 mph. The first working aeroplane, the Wright Brothers Flyer, worked this way.
@NaseerKhan-xb8iwАй бұрын
if the right engine is also producing power then the right bus will be getting power from the IDG mounted on right engine instead from APU. am i correct?
@AircraftScienceАй бұрын
Yes!
@basharbdiwiАй бұрын
thankyou for the nice vedio , Can I ask about the music , so nice montage ❤
Hello . I have a strong interest in learning more about jet engines and airplanes. can you help me? I want to know more. How to design and build an airplane and airplane engine. Is there a resource to see the tutorial?
Пікірлер
apu uses a permanent magnet to generate electricity to be transferred back to the apu and then through a rectifier again to make a magnet? so making electricity to make electricity?
Great video! Thank you so much for sharing knowledge
Great work. Thank you!
This is awesome
Requesting a series on the cooling packs and pressurization systems please
Landing gear and air conditioning systems are the next two major series I'll work on.
You are genius 😍
Very well researched, produced, and presented. Educational too! As another commentor mentioned, this channel is truly underrated and deserves many more subscriptions and views.
You explained it so well! I can see the effort you put into this. Great job!
Can you make a video on how oxygen generation system and emergency oxygen generation system works
I'll cover them in the upcoming air conditioning system series.
Thanks!🎉👍
So accurate. Dont stop please. Thanks!
Very cemplex and sopfisticated system.
Great work. This channel is underrated!
These videos are great!!!!
Does the ram air turbine not retract when the APU comes online? Seems like you'd want to not have that drag once it wasn't needed anymore .. especially because you don't have any thrust.
My initial thought would be that you dont want to risk retracting it in case there would be any problem with the apu. The increased drag from the RAT is barely existent
@@iamjesper barely noticeable until you just barely don't make the field. But they probably know their worst case range and are always within range of an airfield.
@@zachansen8293 having the drag from the two dead engines is far worse than the small ram turbine. ETOPS regulates how far your are can fly with a single engine failure. They dont take dual engine failures in consideration. If both engines die over the ocean you are basically screwed.
RAT cannot be retracted once it is deployed. Maintenance has to retract it on the ground.
@@iamjesper The drag of the engines is irrelevant to the drag of the RAT. It doesn't matter if something else is more, the question is the impact of the RAT. but as someone else already said there is apparently no retraction mechanism.
Amazing work
❤
Target reverse thrust is more effective
This is a great video! Thanks!
Nice explanation
This is my version of porn. #hereforit!
Nice!
Very good
❤
Merci pour les informations
NOW I know whats inside of the assh*le of every commercial plane!
Excellent presentation on this beautifully engineered system.
is the RPM expressed as a percentage of maximum speed?
Yes!
What if it's raining and air inlet door are open? Is there some filter to prevent water getting inside the APU turbine?
Fabulous animation and explanation! Thank you!
Fck boeing . No respect for any company who murders there whistle blowers for trying to tell the truth
nice
Thank you for showing us how this things works, I appreciate it.
My pleasure!
4:44 The overwing door is only uses on -300/300ER/-9 series
I was in a flight yesterday where this probably got triggered. That 2g pull up was quite scary
Absolutely amazing work. So helpful video!
How does the APU lubrication work?
I'll cover the APU oil system in the fifth part of the series.
Underrated channel. Deserves more views & subscribers. Subscribed
Absolute cinema!
Poorly researched and written, ai voiced rubbish!!
Where is the generator?? You explain the mechanical turbine but… the electrical part?
Part 2!
Tremendous. We're waiting for others ATA explanations. Thanks a lot !!!
Most welcome!
Merci !
now I can finally operate my jet engine before going to sleep
Great explanation and very interesting
If you place the "tail plane" (horizontal stabiliser) ahead of the main lifting wing, the way the Wright Brothers did, the way many modern combat aircraft do, the way Bert Rutan did, then most of this is unnecessary. It is very clever, I have great regard for the people who worked this out, but the dynamics of tail dragger aircraft were worked out in about 1910 ~ 1914. At that time, with rotary radial engines and stick & string biplanes, there were several good reasons to go to tractor propeller at the front and small horizontal stab at the back, but most of those reasons stop being valid once you're talking about a jet aircraft more than 40 ft long, going more than 150 mph. The first working aeroplane, the Wright Brothers Flyer, worked this way.
if the right engine is also producing power then the right bus will be getting power from the IDG mounted on right engine instead from APU. am i correct?
Yes!
thankyou for the nice vedio , Can I ask about the music , so nice montage ❤
kzread.info/dash/bejne/gGd4uttrpNespKQ.htmlsi=GYs4CgdK_YLFQdrK
Fantastic video and graphics!!
Hello . I have a strong interest in learning more about jet engines and airplanes. can you help me? I want to know more. How to design and build an airplane and airplane engine. Is there a resource to see the tutorial?