I came here from Netflix watching the movie 'Plane' where the main actor Gerard Butler commands his co-pilot to keep eyes on the 'GYRO'. I wasn't convinced with Siri's answer (Gyro is a food item😂), found that gyro was short for gyroscope, and being a visual person wanted to see a gyroscope to understand it! Halfof the video went above my head as you're WAY more intelligent than me but I subscribed anyway :)
The 'ancient' (lol) mechanical gyrocompasses do not just 'point north' because they are started in that direction. They have a lot of ancillary equipment that help them detect the rotation of the earth and align to point towards the geographic pole. I personally have started up many such units and we sometimes will deliberately start them 'off north' and measure how quickly they can find and settle on true north as a test of the equipment. Contrary to your video's description, they do NOT lose accuracy over time. If compensated properly for the ship's speed, they can maintain their accurate heading for months with little need for adjustment.
Because they are using AI for generating voice. They are probably not native English speakers and would be worse to voice this by themselves. At least this way we can understand clearly what they are saying.
Thank you a lot! I'm wrinting a final research report for a college course. Honestly, I nearly have no idea about the gyroscope before watching your vedio, but now I finally get how it works by your excellent expianation!
I'm sharing a reply @brockoala2994 gave above to an exactly similar comment - " Because they are using AI for generating voice. They are probably not native English speakers and would be worse to voice this by themselves. At least this way we can understand clearly what they are saying."
Older aircraft had two types of gyroscopes. One used in a 'heading indicator' was manually set by the pilot about every 15-30 minutes and was set based on the magnetic compass also found in the cockpit. It had the advantage that it could respond quickly as a plane turned and banked, where the magnetic compass was damped by fluid and took several seconds to settle after a turn. With just magnetic compass, pilots would often turn too far and have to correct flight several times to get steady on a new heading. The the other was a 'artificial horizon'. It was equipped with a small 'erecting system' that basically included a hanging weight sort of mechanism. If the gyroscope started to no longer point 'horizontally', the system applied a small force to the side which would make the gyroscope precess back to the horizontal. This instrument helped the pilot fly straight and level when they couldn't see anything out the window. Flying over the earth's curve, the 'artificial horizon' will maintain 'level to that part of the planet it's over because of the erecting system able to sense which way is 'down'.
@@hamidtehrani9919 When you say "don't use something" please bring at least 2 alternatives and state the source of the why. Nobody will care about what you say otherwise.
It's uncomfortable to hear a synthetic narrator as if it's talking directly to the audience. Either the script should've been more objective or a human voice used with the same script.
Angular momentum is a concept that came from the first hasty math "analogy" that worked. Angular momentum does not really exist, so everything based on it "follows" the analogy, so you don't really understand anything. THINK for yourself and try this. Tilt velocity is ALWAYS perpendicular to the spin plane. Imagine what must happen to TILT VELOCITY as it travels around a spinning disk. A changing velocity creates acceleration, and this acceleration ends up perpendicular to spin velocity, so spin velocity HAS NOTHING to do with it. Spin RATE does. OR, you could just watch my video on it.
@@DingbatToast That is the language that is taught to EVERYONE, even me, and I don't buy it anymore. If you didn't see the point that I was making, then you are still captured in the paradigm. You must try. Everything AFTER a right-hand rule contains NO real cause. "The wheels on the bus go round and round." This song describes EVERYTHING you see a bus do EXACTLY like math does, but you wouldn't call it an understanding of a bus, now would you?
@@DingbatToast What"s even more,,,there is nothing relative about angular velocity (or momentum). Angular velocity is absolute and agreed upon by ALL observers. Each and every linear velocity has INFINITE definitions, which is exactly like saying NO definition. They don't really compare, unless you are resigned to being the rote memory dependent modern scientist that believes everything they are told. There is no responsibility in that.
The human vestibular system works nothing at all like a gyroscope. Arguably halteres (a vestibular organ some insects have) work similarly to a gyroscope, but mammals 100% do not have anything like a gyroscope.
True in the strictest sense. But as is clear from the latter examples, the term gyroscope is used to define any device used to maintain system stability. The gyroscope in your phone does not have a spinning disc relying on angular momentum to determine orientation. The vestibular system detects gravity and pressure changes in 3 dimensions to inform positional data to the brain. So it is in effect our "gyroscope" But I get your point 🍻
I too think that it should say "perpendicular." But that doesn't tell us much anyway, because the plain of rotation itself is perpendicular to the axis of rotation, so any vector from that plain will be perpendicular to that axis.
![VirtualBrain [ENG]](http://yt3.ggpht.com/X7upR1XVhcILHv4-WcO9pyM9BixmnDf77KGoE8R6eqr9tzefxy-ouiO_dMwbxE_gAMVZz0hDDA=s48-c-k-c0x00ffffff-no-rj)
That optical gyro is an amazing piece of technology for such a simple device. Great explination.
It's not simple
Great 'explination' indeed. Except, the optical gyro is based on a total misconception. Invented in 1963. And turned to be a total failure.
I came here from Netflix watching the movie 'Plane' where the main actor Gerard Butler commands his co-pilot to keep eyes on the 'GYRO'. I wasn't convinced with Siri's answer (Gyro is a food item😂), found that gyro was short for gyroscope, and being a visual person wanted to see a gyroscope to understand it! Halfof the video went above my head as you're WAY more intelligent than me but I subscribed anyway :)
Great explanation of the transition in technology and the technology itself 👌
The 'ancient' (lol) mechanical gyrocompasses do not just 'point north' because they are started in that direction. They have a lot of ancillary equipment that help them detect the rotation of the earth and align to point towards the geographic pole. I personally have started up many such units and we sometimes will deliberately start them 'off north' and measure how quickly they can find and settle on true north as a test of the equipment.
Contrary to your video's description, they do NOT lose accuracy over time. If compensated properly for the ship's speed, they can maintain their accurate heading for months with little need for adjustment.
Thanks for stating that! Nice to know! Any recommended links or videos with more info about those?
This video describes mechanical gyroscopes not gyrocompasses which use mechanical gyroscopes
The optical gyro is very popular to be used on ballistic missiles!
Wow, 2mm laser gyro. Impressive. Thanks!👍🏻
The voice makes such a solid topic sound like a cheap tiktok video.
Because they are using AI for generating voice. They are probably not native English speakers and would be worse to voice this by themselves. At least this way we can understand clearly what they are saying.
@@brockoala2994 What a lovely reply, thank you :)
Thank you a lot! I'm wrinting a final research report for a college course. Honestly, I nearly have no idea about the gyroscope before watching your vedio, but now I finally get how it works by your excellent expianation!
9:10 Is the best animation i seen so far. Thanks a lot!!!
A picture illustrates a thousand words just for the layman viewers to understand, this is a great video ❤❤❤
...yet if you'd paid more attention to a fn dictionary you'd know the plural is laymen.
I didn't know much about gyroscopes before, but after I studied, I chose ERICCO gyroscopes, and the working ability is very good.
The animations are really awesome and the explanation is also too good.👍
Great info but these AI/ computer voices make it so unbearable to follow along.
I'm sharing a reply @brockoala2994 gave above to an exactly similar comment - " Because they are using AI for generating voice. They are probably not native English speakers and would be worse to voice this by themselves. At least this way we can understand clearly what they are saying."
Very excellent way of teaching with animation I like it
very well explained
This is an amazing video. Great work.
Great and complete explanation
I loved the animations that you used for explaining ❤
Thank you so much! Perfect
the different colors that LEDs can emit, and the different applications for LED technology and how they work.
Wow. Brilliant video
how do airplane gyroscopes re calibrate when flying over long distances to allow for earth curve?
Older aircraft had two types of gyroscopes. One used in a 'heading indicator' was manually set by the pilot about every 15-30 minutes and was set based on the magnetic compass also found in the cockpit. It had the advantage that it could respond quickly as a plane turned and banked, where the magnetic compass was damped by fluid and took several seconds to settle after a turn. With just magnetic compass, pilots would often turn too far and have to correct flight several times to get steady on a new heading.
The the other was a 'artificial horizon'. It was equipped with a small 'erecting system' that basically included a hanging weight sort of mechanism. If the gyroscope started to no longer point 'horizontally', the system applied a small force to the side which would make the gyroscope precess back to the horizontal. This instrument helped the pilot fly straight and level when they couldn't see anything out the window.
Flying over the earth's curve, the 'artificial horizon' will maintain 'level to that part of the planet it's over because of the erecting system able to sense which way is 'down'.
Excellent Visual explanation
Omg insanity awesome and complex 😮 i love physics
Since there are no moving parts in the optical gyroscope, why does the tube move relative to the beam source in the animation?
Absolutely wonderful
Watching this video triggered me to going back to university and retake physics classes all over
excellent -Add UA-cam English subtitles to your productions
Patreon isn't a good network - they don't care about ethics. It is better not to advertise to them
@@hamidtehrani9919 When you say "don't use something" please bring at least 2 alternatives and state the source of the why.
Nobody will care about what you say otherwise.
Superb!
I'm impressed the gyroscope existed in "ancient times".
it was awesome thank you so so so much.
It's uncomfortable to hear a synthetic narrator as if it's talking directly to the audience. Either the script should've been more objective or a human voice used with the same script.
good job!
Why this amazing and constructive video has few amount of views ???
Because no porno or lgbt.
You should challenge lesics to a duel
Who has the most jank, i agree.
How does the gyro in the artifical horizon of an aircraft follow the curvature of the earth?
Yeah, Concorde flight time and turn radius are dangerously close together.
Angular momentum is a concept that came from the first hasty math "analogy" that worked. Angular momentum does not really exist, so everything based on it "follows" the analogy, so you don't really understand anything. THINK for yourself and try this. Tilt velocity is ALWAYS perpendicular to the spin plane. Imagine what must happen to TILT VELOCITY as it travels around a spinning disk. A changing velocity creates acceleration, and this acceleration ends up perpendicular to spin velocity, so spin velocity HAS NOTHING to do with it. Spin RATE does. OR, you could just watch my video on it.
Angular momentum is an analogue of linear momentum. And as an analogue, it works.
@@DingbatToast That is the language that is taught to EVERYONE, even me, and I don't buy it anymore. If you didn't see the point that I was making, then you are still captured in the paradigm. You must try.
Everything AFTER a right-hand rule contains NO real cause. "The wheels on the bus go round and round." This song describes EVERYTHING you see a bus do EXACTLY like math does, but you wouldn't call it an understanding of a bus, now would you?
@@DingbatToast What"s even more,,,there is nothing relative about angular velocity (or momentum). Angular velocity is absolute and agreed upon by ALL observers. Each and every linear velocity has INFINITE definitions, which is exactly like saying NO definition. They don't really compare, unless you are resigned to being the rote memory dependent modern scientist that believes everything they are told. There is no responsibility in that.
The human vestibular system works nothing at all like a gyroscope. Arguably halteres (a vestibular organ some insects have) work similarly to a gyroscope, but mammals 100% do not have anything like a gyroscope.
True in the strictest sense. But as is clear from the latter examples, the term gyroscope is used to define any device used to maintain system stability. The gyroscope in your phone does not have a spinning disc relying on angular momentum to determine orientation.
The vestibular system detects gravity and pressure changes in 3 dimensions to inform positional data to the brain. So it is in effect our "gyroscope"
But I get your point 🍻
Great explanation 😄❤
An optical gyro *_does_* have moving parts. They are called photons. 😉
Vector parallel or vector perpendicular??
I too think that it should say "perpendicular." But that doesn't tell us much anyway, because the plain of rotation itself is perpendicular to the axis of rotation, so any vector from that plain will be perpendicular to that axis.
Try getting your phone's gyroscope to detect the 15° of earths rotation.
Hmmmm…. Yes. I understand everything now. Especially the part that makes me seem smarter…
8:20 huh?!? apparently, there is a shortage of words in this description.
The example of the gyroscope is the live chicken you move his body but his head is not move and he concentrate in one direction
I like to think that we all have a chicken at home to try this on 🐔😊
there is no need for music. Also need a better narattor.. mic, is this computer voice? although nice video
5:22 bro this wheel is spinning the wrong way i got so confused!
Weird TTS service you got there
Didn’t Einstein tell us that the two light beams will travel in the same speed regardless of reference?
They are the same speed, one just has to travel further than the other
Ftt 🔥
Why do you put stipid music..!! It's completely unnecessary...👎👎👎
Very good piezoelektirik movi 😎😎😎
Please stop the eyewash between topical points.
Witchcraft
Gente vamos fazer o youtube dominado por JESUS!
Cole isso em todos os vídeos que você vê!
💛ELE VIVE💛
🔥ELE ESTÁ VOLTANDO🔥
fixa??????????????????
chả hay chán vai lon