Gyroscopic Instruments in 3D
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- เผยแพร่เมื่อ 3 พ.ย. 2024
- Your attitude indicator, heading indicator, and turn coordinator center around spinning gyroscopes. Using simple gimbals, these 3 instruments display essential information to pilots.
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great video , the 3D examples really helps !!
The level of quality of the Gold Seal Flight Training videos is truly “next level”. I hope you will do one on the pitot static system.
Our pitot-static lesson with 3D models is in our instrument course. It's one of the free lessons. If you create a free account, you'll have instant access to all the free lessons.
THIS!………is why Gold Seal Ground school helped me get a 97 on my FAA Private Pilot Written Exam. Intuitive graphics and information.
Very nice of you to say! Thanks. And make sure to check out our new instrument pilot ground school at www.GroundSchool.com/instrumentpilot
Holy cow good video
FANTASTIC 🙌
This has got to be the best gyroscopic video on youtube
Quality! Now do you have another similar video for the rest of the instruments?
Visit www.GroundSchool.com. It's what we do!
Love it.
That is where the term step on the *_BALL_* to get the nose back to a coordinated turn came from.
Thank you!!! I really appreciate this explanation.
Awesome 3d video on jiros
Thank you, Very well explained and easy to understand!
You are welcome!
Dam good video
I understand how rigidity in space allows for the gyroscope to remain stable in space, but what does precession have to do with the functioning of these instruments? Each explanation says the force is felt 90 degrees in the direction of rotation but I still have no idea what that means or how it applies
In the real world, inherent rigidity in space is not absolute. Gyroscopes are susceptible to the effects of acceleration which can perturb that rigidity, and cause the gyroscope to assume a different spatial orientation. If the acceleration is strong enough, it can tumble the gyroscope altogether. If it is of less strength, it will likely result in the precession of the instrument, manifested in a ninety-degree rotational direction from the force vector. There are many good YT videos that can explain this visually, which might make it easier to understand.
The cockpit instrument called the _attitude indicator_ not only contains a constrained gyroscope gimballed on only two axes, but has a self-erecting/correcting device that combats the effects of acceleration that act upon it while in actual use. The attitude indicator maintains the gyroscope’s rotational axis aligned with local gravity at all times, and if it couldn’t do this, then it would be useless to the pilot.
Show this to globertards... clearly shows that airplanes fly over a FLAT surface lol
Ummmm the instruments don’t have anything to do with the earth 😂
@GENERALBLAZE-001 --You neither understand aircraft instruments, nor the operation of the gyroscopes they contain. Stop getting your information from people who don't understand aeronautics at all (flatEarthers), and do some genuine research instead.
@cardinalRG well son I've logged over 5000 hours of flight time in my career before I retired. I actually have the credentials to make these remarks. I'm sure, like most of these kids, you've done nothing but live your life behind a screen. This is why you don't possess the ability to grasp the understanding of this information being presented in this video.
@@GENERALBLAZE-001 --Are you claiming to be a pilot?
@@GENERALBLAZE-001 --How about answering my question, please?
أظهرو هذا الفيديو للكرويين ... إنه يظهر بوضوح ساطع أن الطائرات تحلق فوق سطح مسطح أي الأرض مسطحة ههههه
Lmao bruh, you aren’t even a pilot ! Shut up! You look Muslims look bad.