How Flight Controls Work | Part 8 : Yaw Control

Note: All values related to rudder deflection shown in this video are the maximum available rudder deflection for that particular software function of the flight computer and are not an accurate representation of the real flight situation.
To facilitate understanding and visualization, I have used exaggerated animation and maximum values.
As this video is meant to provide overall knowledge of the yaw control features, all topics have been addressed briefly and not in-depth.
Aircraft systems explained.
* Primary flight control system.
* Rudder trim system
* Manual and Autopilot rudder control.
Major components covered.
* Primary flight computer and software's (Rudder ratio, Yaw damper, Gust suppression, Modal suppression, and Thrust asymmetry compensation)
* Actuator control electronics, Air data inertial reference unit, Autopilot computer and Engine data interface unit.
* Vertical stabilizer, rudder, rudder pedal, pressure transducers and accelerometers.
Software's used for making the video.
* Blender 3.0 and Filmora 10.
Background music used in the video.
* Teardrop Sky (Filmora stock library).

[@ibraheemnabeel]

Brilliant work! Explaining how the topology works without over complicating it.

[@AaronShenghao]

This would be very helpful for senior aerospace engineering students to understand stability and control

[@SAR-uq6vv]

Excellent presentation. The quality of the video associated with the explanation of the system makes the understanding much easier even for 777 pilots, since the images in the manual do not have such detailed graphic resources. Spectacular work.

[@TheTotoditoto]

Amazing, as always. Can’t wait to see the rest!

[@aliceylan1211]

FINALLY NEW VIDEO, i absolutely adore your videos keep it up!

[@aviator4199]

Amazing work ! Your videos helping me a lot during ATPLs !!! Keep it going mate 👍

[@d-X-es4vi]

Hello, where are you on your atpl ? Easa or jaa

[@iqless7313]

incredibile. fantastic work

[@satyaranjanbehera1538]

We will wait for your next video.

[@panindraprakashcs9571]

Hi, I love your content so much. I might build an aircraft with just the information you provide😉. love from India

[@cocojeffrey8502]

On those aircraft accident documentaries on more than a few times the rudder ratio alarm would pop up when the airspeed indicator was malfunctioning. Would scare the 💩 out of me, this be video is great, explains it!

[@d-X-es4vi]

good job !!!

[@satyaranjanbehera1538]

It's really awesome👏👏👏👏👍

[@wardogies]

Reminds of what happens too American Airlines 587

[@andreizadasilvapereira5312]

7:05 Discomfort in the seats: Green: None or a small discomfort Yellow: Intense discomfort Red: Extreme discomfort

[@canisrigelm0627]

Can you please show the reverse thrust system

[@AircraftScience]

Skip to 04:30 in the video link for the thrust reverser system. kzbin.info/www/bejne/pKCxXniGoJqXoNU

[@canisrigelm0627]

@@AircraftScience Thank you

[@Unknwon__now]

This is so good but where do you get your info from, I'm trying to get some info for an A330-300

[@Bobi-ow6ou]

Why no backup radar which pop out in case of failure of main one

[@paramyadav5730]

Hi really liked you presentation. Just wanted to know, what platform do you you use to make such videos?

[@AircraftScience]

Hi Param, I use the Blender software.

[@paramyadav5730]

Can you please give me your email or any contact info. I need to ask you few things about how you create these presentations.

[@ibraheemnabeel]

Are you ever going to go over the PACKs?

[@AircraftScience]

Yes, Ibraheem, I have plans for the air conditioning series, but it will take some time.

[@ChasingAdventure247]

@AircraftScience, Amazing videos. Is there a way to get in contact with you? I don't want to sell you anything or spam you. I genuinely want to have a chat about your content if that's OK. Looking forward to hearing from you hopefully.

[@oalacartof2852]

First