Investors weren’t interested because the idea was very impractical. The gyroscopes and rails quickly wears down and will have to be built twice as strong. It may be cheaper to lay one track, but you sacrifice stability and safety. One malfunction, and the entire train derails. There’s simple just too many factors to consider. It’s a solution looking for a problem.
Gyroscopes on aircraft do not directly stabalize the aircraft they are far too heavy for that to be feasible, however they do keep some of the gages alighted to display the correct information letting the pilots or autopilot stablaize the aircraft.
That's still stabilization. I really don't think the vid was referring to the gyroscope physically pushing back on the aircrafts movements, that would also just stop the aircraft from rotating on any axis. Don't make up problems that thatexist and don't put words into people mouths.
@@wolfsiejk If the intention is to inform people it's not too much to ask for clarifying the difference between providing active stabilization or being part of a sensor (one of many actually)
No, aircrafts dont use the gyroscope to balance themselves, the gyroscope is used for the artificial horison which pilots use as a reference to stablise planes in instrument flight conditions
@@larcomj The auto pilot also uses it as reference, the auto pilot uses the aircrafts controlsurfaces to direct the aircraft in the desired directon or hold it in a specific direction and or also altitude and speed. It does not enable a "gyroscope that stablises the aircraft all by itself"
Thats right and when the plane flys arround the earth the gyro says the plane is turned arround 😂 ...iam just kidding the world is not a ball thats why they can use gyros to fly large distances.
For the World War II, German Messerschmidt 262 fighter jet witch they stripped the wings and tried to use as rocket , witch didn’t work until gyro was put into it
My dad designed gyros for USA, from WW2 to the 1960s, for Lear Seigler. He worked on navy weapons. They used a gyros on the first roto copter to stabilize it's vibrations that would loosen up bolts and screws.
Was it a German torpedo? We built it in WW2 ground-ground rockets too. Einstein and Nils Boor invented it. If Hitler wasn't so a big rassist and Jews hater we had attached an atomic bomb on it. On our torpedoes too. But the most sciencetist was jewish and leave the country because they where smart.
The moment he said self-balancing motorcycles I knew he didn't really know much about what he was talking about, there is no well working self balancing motorcycle. You try to turn too much and it just flips over
@@AccountDeleted301 never said they didn't exist, just that none of them self-balanced very well. And the way gyroscopes work if you try to turn it it will fall over or if you have to go up a hill It will really dislike that. None of them are very stable
So he listed a way the gyroscope is used and you agree it’s used that way but you’re angry and want to say he doesn’t know what he’s talking about? I think there’s something deeply wrong in your life that you need to focus on
One of the first ships to use an anti-rolling gyro was the Italian passenger liner SS Conte di Savoia, which first sailed in November 1932. It had three flywheels which were 13 feet in diameter and weighed 108 tons each. They worked very well by all accounts, with rolling in heavy seas being dramatically reduced.
Whats cool is adding force to the gyroscope in the opposite direction its turning increases the force of the gyroscope. Such as adding friction, can help make the scope stronger. Pretty cool stuff
It's amazing how much tech borrows from nature. The simplest design for a gyroscope exists in the human ear in the form of the semi-circular canals. The fluid that flows through them serve the same function as the spinning motion of the gyroscope, and nerves relay the motion of this fluid to the brain enabling it to understand thee body's relative position to the environment, and then make fine adjustments to muscles of the body to correct or maintain posture & motion. Amazing.
No. In fact, pilots are taught to never rely on their own systems because they are constantly wrong when you don’t pair them with sight. If I fly through a cloud, the fluid in my canals will stabilize over time, even if I’m in a turn. This has killed many pilots, so we rely on gyros.
The fact that a gyroscope was used in the early models of torpedo guidance is amazing. Or at least that's what I remember learning about when I was watching about early designs for torpedoes.
also a gyroscope is part of a planes INS(Inertial Navigation System) when u start the plane the gyros spin... u set up the INS with exact coordinates °heading of the gate/pos ur on... from then on the plane knows where it is based of it speed, yaw, pitch, roll, heading... also space crafts work this way :D we only know where they are cause of the gyros
@@ethanjames1629One of the angels look exactly like a Gyroscope 😂 But it had eyes all over its body, In Center a Large eye like object is present while the rings on his body revolve like Gyroscope.
@danielokereke3833 I can argue for the sake of arguing but in Ezekiel is clearly described as a cherubim, under the platform that supports Gods throne!
There was a gyroscope train that would only need one track which would save a ton of money on rails, but the 2 railed tracks were already standardized so they didn't get used
Umm no, it's not being used to stabilize planes. Commercial planes are designed to be aerodynamically stable, meaning they will fly straight when input to control surfaces isn't present. Fighter jets are different, they have a computer controlling flight parameters at all times and if that fails, those planes just crash themselves. Neither are using gyroscopes for stabilization, but commercial planes have an inertial navigation system as backup to everything else and I believe that may rely on gyroscopes in some way.
@@Pufffermanwhat the video is saying is that gyroscopes are required for the airplane to be “stabilized.” Which flying by reference to instruments and aircraft stability are two different things. And neither does an aircraft require gyroscopic instruments to be controlled, you can pretty much fly just fine by referencing your pitot static instruments.
@danielevans8910 Flying using only pitot static devices in Instrument conditions is almost certainly a death sentence. You need some form of gyro. Pitotstatic only gives airspeed, vertical speed and altitude. Without an AH or or turn/slip indicator, you will eventually do something fatal
The human body has a internal function that acts as a "guroscope" it's what helps us balance Notice when you lay upside down for extended periods of time and you sit up, things start to appear to "spin" this is because fluid filled a cavity in your ear that's responsible for the functionality of our internal gyroscope
Actually they did not, the were the first to use them for an Inertial Guidance System(INS) for their rockets. Gyroscopes were actually invented much earlier by most accounts by Jean-Bernard-Leon Foucault in 1852.
That first one is an RNAV Gyro. Probably from a 727. We also dont use them to stabilise 90% of aircraft We use them to prop up the Artificial Horizon, Directional Indicator and give precession to the Turn and Slip Coordinator
I watched a documentary about the ISS once and obviously it needs to adjust its orbit so it doesn't get hit by space junk and for other reasons. So they maneuver the ship with gyroscopes instead of firing thrusters which saves lots of money and resources, pretty neat.
Modern airliners use laser gyroscopes. You spin one of these at really high speeds with lasers on them and measure how often the laser hits the photosensor Whenever its more or less often then planes attitude changed
modern attitude sensing systems use solid state accelerometers and ring laser gyros , no longer four gimbal mechanical gyros. the attitude expressed in quaternions is obtained by first multipying the angular rate vector with a 3 by 4 matrix , integrating and normalising, since the sum of the squares of unit quaternions is one. The accuracy is far superior of the gimballed system shown, which have a possible gimbal lock condition.
The irony is a gyroscope won’t work on a spinning ball. Think about it. All the extra angular momentum. To visualize this, imagine trying to balance a spinning top on a rotating merry-go-round. The top, like the gyroscope, would struggle to maintain its upright position due to the additional forces acting upon it. In summary, while a gyroscope can maintain its orientation in a non-rotating environment, on a spinning ball like Earth, its behavior is influenced by centrifugal force, the Coriolis effect, and gravity. These factors cause precession and can significantly alter its ability to maintain a stable orientation.
What you are showing is called an inertial navigation system or INS it's not used to stabilize the aircraft but track and record the journey of the aircraft from its original position to tell the pilot their location, speed, altitude etc
actually, back in the 80's, 90s electronically controlled precision mechanical gyroscopes that were extremely expensive with their associated support equipment were in widespread use ... now, most systems are based off of inertial sensing microchips that cost pennies to produce .. your cell has them in it ..
Certified Inertial Gyro Repairer Journeyman here. Has worked upon the Titan, Minutemen, F-4, F-111- A-7- C5S. The gyro's in a zero state and measure the movement along a axis pitch ,roll and yaw . Upon inut a out that is measured is detected band will create an output to null out the input to recover to a null state in the area of .0001 million amps! Balance of the actual gyro inside of the accelerometer is within ,.005 milligrams measurements are within 20 millionths of a inch measured meteorological constant temp for accuracy
Ive got a gyro from a Bomark missile, first SAM , it was nuclear and was designed to take out Russian Bomber groups out. Dad said it could hit a 3D point +/- 30' at 3000 miles out.
when I was younger I had a weird idea to I don't know why I thought of this it was so random to randomly improve nuclear reactors and it was to put the reactor within the inside of a gyroscope and spin the gyroscope to a force strong enough air current to create a kind of suction barrier that would both cool and keep the materials inside on the inside instead of leaking.
That will be used when we make space ships like frisbess and fling them across the universe using the orbits of planets so we can move at millioms of miles an hour and the thing we are in doesn't move so we are not affected by moving millions of miles an hour , the same way the earth moves at 60,000mph and we dont feel it
I remember invented gyroscope ingame from a literally shells. I realized that if an object spins, no matter what obstacle trying to stop or change it position, it will stay the same untill thr object lost the energy the spinning moment
The invention of the gyroscope is usually attributed to the French physicist Jean-Bernard-Leon Foucault in 1852. He certainly invented the word and also used his gyroscope to demonstrate the rotation of the Earth.
dont forget the first monorail
You Beat me to it
With two gyroscopes!
Yessiirr
@@husklo isnt it 3?
Don’t forget the first monorail 🤓
It was first used in a train project with a single track but the investors didn't show interest in it.
Nahh you learn from shorts😂😂
@@aro6223
Just learn by any mean. Also, it was a documentary not a short video.
Or you know the whole if one of those fails the whole train falls over and them being expensive needing one per train car
Also it would be to heavy for it to all be supported by one rail
Investors weren’t interested because the idea was very impractical. The gyroscopes and rails quickly wears down and will have to be built twice as strong. It may be cheaper to lay one track, but you sacrifice stability and safety. One malfunction, and the entire train derails. There’s simple just too many factors to consider. It’s a solution looking for a problem.
Gyroscopes on aircraft do not directly stabalize the aircraft they are far too heavy for that to be feasible, however they do keep some of the gages alighted to display the correct information letting the pilots or autopilot stablaize the aircraft.
On satellite they control the pitch yaw and roll! They are called reaction wheels in this situation
Don't bother, accurate information is unwanted on the internet
That's still stabilization.
I really don't think the vid was referring to the gyroscope physically pushing back on the aircrafts movements, that would also just stop the aircraft from rotating on any axis.
Don't make up problems that thatexist and don't put words into people mouths.
@@wolfsiejk If the intention is to inform people it's not too much to ask for clarifying the difference between providing active stabilization or being part of a sensor (one of many actually)
@Steven-nb3uz yeaaah, that's true but would say not going full base with comment if you are being a bit vague would be better.
Planes don't use it to stay balanced, they use it to KNOW wether they are balanced or not
"The plane knows when it is balanced because it knows when it isn't."
Proving the earth is flat.
@@MajorJakas
Really?!
You believe we are living in a Pac-Man land…
@@max5250 and that people like #MichaelAquino are behind it.
@@MajorJakas how exactly? what's your train of thought here?
No, aircrafts dont use the gyroscope to balance themselves, the gyroscope is used for the artificial horison which pilots use as a reference to stablise planes in instrument flight conditions
True except with in auto pilot mode.
@@larcomj The auto pilot also uses it as reference, the auto pilot uses the aircrafts controlsurfaces to direct the aircraft in the desired directon or hold it in a specific direction and or also altitude and speed. It does not enable a "gyroscope that stablises the aircraft all by itself"
stabilises*
Thats right and when the plane flys arround the earth the gyro says the plane is turned arround 😂 ...iam just kidding the world is not a ball thats why they can use gyros to fly large distances.
@@christopherscholz3888 You for real the earth isn't round
Thank you… Gyro.
It’s been a truly wonderful life
GYROOOOO 😭😭😭🙏
it's been truly, truly... a really long roundabout... Gyro...
"Jojo" ahh reference
For the World War II, German Messerschmidt 262 fighter jet witch they stripped the wings and tried to use as rocket , witch didn’t work until gyro was put into it
"Arigato , Gyro!"-Johnny joestar
CGI Horses 💀
gyro and spins just makes sense
My father helped design and build gyroscopes for the British and American defence services 65 years ago 👏🛩️👍
My dad designed gyros for USA, from WW2 to the 1960s, for Lear Seigler. He worked on navy weapons. They used a gyros on the first roto copter to stabilize it's vibrations that would loosen up bolts and screws.
My dad left... 🥲
Whom to believe 🤔
Thank him for that service!
Same my father did in India 🔥😎😎😎
My friend has a gyro from a WW2 torpedo. Amazing piece of tech and lots of torque when spun up on compressed air.
Was it a German torpedo? We built it in WW2 ground-ground rockets too. Einstein and Nils Boor invented it. If Hitler wasn't so a big rassist and Jews hater we had attached an atomic bomb on it. On our torpedoes too. But the most sciencetist was jewish and leave the country because they where smart.
The Gyroscope Is A JoJo refrence
Gyro scope. Pizza mozzarella rella rella rella
The spin effect in science is a Jojo reference.
The moment he said self-balancing motorcycles I knew he didn't really know much about what he was talking about, there is no well working self balancing motorcycle. You try to turn too much and it just flips over
Self balancing motorcycles exist
@@AccountDeleted301 never said they didn't exist, just that none of them self-balanced very well. And the way gyroscopes work if you try to turn it it will fall over or if you have to go up a hill It will really dislike that. None of them are very stable
@@Shylocksisso basically; self balancing motor cycles use gyroscopes…..so the guy was right.
He never said they were good.
So, because he listed a use of a gyroscope he has no idea what he's saying? I don't get your logic.
So he listed a way the gyroscope is used and you agree it’s used that way but you’re angry and want to say he doesn’t know what he’s talking about? I think there’s something deeply wrong in your life that you need to focus on
One of the first ships to use an anti-rolling gyro was the Italian passenger liner SS Conte di Savoia, which first sailed in November 1932. It had three flywheels which were 13 feet in diameter and weighed 108 tons each. They worked very well by all accounts, with rolling in heavy seas being dramatically reduced.
Ezekiel’s vision of the wheel within a wheel
Whats cool is adding force to the gyroscope in the opposite direction its turning increases the force of the gyroscope. Such as adding friction, can help make the scope stronger. Pretty cool stuff
It's amazing how much tech borrows from nature. The simplest design for a gyroscope exists in the human ear in the form of the semi-circular canals. The fluid that flows through them serve the same function as the spinning motion of the gyroscope, and nerves relay the motion of this fluid to the brain enabling it to understand thee body's relative position to the environment, and then make fine adjustments to muscles of the body to correct or maintain posture & motion. Amazing.
Not really
No. In fact, pilots are taught to never rely on their own systems because they are constantly wrong when you don’t pair them with sight. If I fly through a cloud, the fluid in my canals will stabilize over time, even if I’m in a turn. This has killed many pilots, so we rely on gyros.
سبحان الله..!!!
So how is this technology suppose to be nature?
everything comes from reverse bioengineering which annoys me they deny Jesus and try to patent things
The dynamic electrical unions are the coolest bit.
And that how Beyblades helped humanity prosper-
Forgoten bey lore
The fact that a gyroscope was used in the early models of torpedo guidance is amazing. Or at least that's what I remember learning about when I was watching about early designs for torpedoes.
I worked at Sperry gyroscope company worked on the electrical parts for quite a few years
I'm not an expert, but I believe it's for navigation, that is bearing (direction) also known as vector.🕳
Your strength of character impresses me.
also a gyroscope is part of a planes INS(Inertial Navigation System) when u start the plane the gyros spin... u set up the INS with exact coordinates °heading of the gate/pos ur on... from then on the plane knows where it is based of it speed, yaw, pitch, roll, heading... also space crafts work this way :D we only know where they are cause of the gyros
I love this, and I loved this tool in LBP when I was little and creating stuff.
The gyroscope is just biblically accurate
What
@@ethanjames1629One of the angels look exactly like a Gyroscope 😂
But it had eyes all over its body, In Center a Large eye like object is present while the rings on his body revolve like Gyroscope.
@@Blitzkers99cherubim!
@danielokereke3833 I can argue for the sake of arguing but in Ezekiel is clearly described as a cherubim, under the platform that supports Gods throne!
I was thinking the same.
Its also used (spinning at lightspeed with high torque gears and nuclear power cell)
To travel through space and time.
Gyroscopes are real science. They prove that we live on a stationary plain.
Only obvious to those that aren’t gullible af
So, if we live on a flat earth, why do aircraft Gyroscope have "pendulous vanes" to adjust for the Earth's Curve ?
How exactly? i think it’s quite the opposite.
There was a gyroscope train that would only need one track which would save a ton of money on rails, but the 2 railed tracks were already standardized so they didn't get used
Nah they didn't produce it because EVERY carriage would have had to had the huge Gyroscope installed, not just the Engine.
The other day, somebody saved 2 kids from a burning building. It was jyroscope😮😮😮
Hoooly shittt
The other day I tried to fall down but I didn’t, It was jyroscope 😢
Today I was running to the toilet but didn't make it and shat myself.
Jiroscope 😢
Tomorrow, I'll fall over the bottome of the stars but I wouldn't. It was jyrowskope 😢😮😢
For Stormworks users this is basically a tilt sensor
This is a direct copy of another video.
Terimakasih ,, atas prototipe ini
Not only in Aircrafts but Gyroscopes are also used in ICBM (Inter Continental Ballestic Missile) also
“Accurate biblical angel “.
Fun fact a French dude once made a monorail that could move on normal rails with gyroscopes
Very Useful in pubg &bgmi too😅😅
That velocity gyroscope relies on electromagnetic dynamo and a computer to work
As a big fan of Pong-based rhythm games, I am very glad this exists
AI copy paste video
Even his profile pic is ai
Literally the first part is from a video by a guy called physicsduck in his short about gyros
The voice sounds exactly like the guy who runs the channel ididathing
Stolen
@@IDK74656 well, physicsduck is kind of gay, so plagiarism is OK
Umm no, it's not being used to stabilize planes. Commercial planes are designed to be aerodynamically stable, meaning they will fly straight when input to control surfaces isn't present. Fighter jets are different, they have a computer controlling flight parameters at all times and if that fails, those planes just crash themselves.
Neither are using gyroscopes for stabilization, but commercial planes have an inertial navigation system as backup to everything else and I believe that may rely on gyroscopes in some way.
My point being that if you're making brain mush, try to research it at least
bruhhhhh, an aircraft doesn't need a gyroscope to be controled
Idk where you got that from it might not need to always be the center of control but without it flying instrumentally is almost impossible
@@Pufffermanwhat the video is saying is that gyroscopes are required for the airplane to be “stabilized.”
Which flying by reference to instruments and aircraft stability are two different things.
And neither does an aircraft require gyroscopic instruments to be controlled, you can pretty much fly just fine by referencing your pitot static instruments.
@danielevans8910 Flying using only pitot static devices in Instrument conditions is almost certainly a death sentence. You need some form of gyro. Pitotstatic only gives airspeed, vertical speed and altitude. Without an AH or or turn/slip indicator, you will eventually do something fatal
Fun fact the iss( international space station) uses gyroscopes to control its altitude and position is really cool and worth the google
Attitude is not the same as altitude
The only gyroscope I know by now is in CODM😂
WTF is that
Real
" No matter how much you know, you never know much." Ahh moment with you@@Capybara_space_explorer
After some 40 years it's now me under how gyroscopes work and its applications !!!
Thank you.. Gyro..
Jojo?
Steel ball
@@rafafaiz496 horse race
The human body has a internal function that acts as a "guroscope" it's what helps us balance
Notice when you lay upside down for extended periods of time and you sit up, things start to appear to "spin" this is because fluid filled a cavity in your ear that's responsible for the functionality of our internal gyroscope
Most importantly in BGMI😊😊
The perfect design for a hovercraft
Fun fact the nazis invented the gyroscope for the v1 and v2 flying bombs
Actually they did not, the were the first to use them for an Inertial Guidance System(INS) for their rockets.
Gyroscopes were actually invented much earlier by most accounts by Jean-Bernard-Leon Foucault in 1852.
That first one is an RNAV Gyro. Probably from a 727.
We also dont use them to stabilise 90% of aircraft
We use them to prop up the Artificial Horizon, Directional Indicator and give precession to the Turn and Slip Coordinator
Heck, even earth itself is a giant gyroscope
The earth even stays solidly in orbit bc of the same principals too
Is that a Jojo Reference?!
No way
@@mrbloxy8595 It is man. He talked about Gyroscope which means Gyro and this means Gyro Zeppili = JoJo's Bizzare Advenrure.
I watched a documentary about the ISS once and obviously it needs to adjust its orbit so it doesn't get hit by space junk and for other reasons. So they maneuver the ship with gyroscopes instead of firing thrusters which saves lots of money and resources, pretty neat.
I use it in my Besiege helicopter
And even in tanks! The stabilizer for the main gun uses a gyroscope.
And a train 🚂 a mono train
Monorail 😅
Necessary is a strong word. It's mostly sensor input for data. They are necessary if you take the human out.
Jojo reffrence
JOJO
GYROSCOPE IS A MAGIC PIECE OF SCIENCE AND ENGINEERING
Stolen content!
For millions of years humanity was saying "if only it didn't fall over" now that time is over mwahaha
Modern airliners use laser gyroscopes.
You spin one of these at really high speeds with lasers on them and measure how often the laser hits the photosensor
Whenever its more or less often then planes attitude changed
M4A2E8 or Easy 8 WW2 tank used gyroscope to stabilise their main gun, they can shoot accurately while moving
Kind of how you spin the Basketball on your finger, head, knee, other people and so on. Its all in the Spin, which makes the Balance insane.
modern attitude sensing systems use
solid state accelerometers and ring laser gyros , no longer four gimbal mechanical gyros.
the attitude expressed in
quaternions is obtained by first multipying the angular rate vector with a 3 by 4 matrix , integrating and normalising, since the sum of the squares of unit quaternions is one. The accuracy is far superior of the gimballed system shown, which have a possible gimbal lock condition.
Glue some googly eyes on the wheels and make the middle a giant eye ball. Add some fire for some cool effect and now you have yourself an Ophanim.
Google the cruise ship gyroscope pool table. It's crazy to see ships swaying, but the balls staying perfectly still.
This bleeding edge technology is so ancient that earth using it.
Modern aircraft don’t use mechanical rotating gyroscopes anymore. They use electronic gyroscopes and they are much more accurate and reliable
Every flat earthers mind was just destroyed by gravity in action.
The irony is a gyroscope won’t work on a spinning ball. Think about it. All the extra angular momentum. To visualize this, imagine trying to balance a spinning top on a rotating merry-go-round. The top, like the gyroscope, would struggle to maintain its upright position due to the additional forces acting upon it.
In summary, while a gyroscope can maintain its orientation in a non-rotating environment, on a spinning ball like Earth, its behavior is influenced by centrifugal force, the Coriolis effect, and gravity. These factors cause precession and can significantly alter its ability to maintain a stable orientation.
The enertia of the wheel will provide a stronger force than gravity keeping it stable in its current orientation.
This gave me a better aim on video games.
i have one of these gyroscopes in my room, unc gave it to me for christmas
What you are showing is called an inertial navigation system or INS it's not used to stabilize the aircraft but track and record the journey of the aircraft from its original position to tell the pilot their location, speed, altitude etc
I've heard of it. Pretty cool!
It's one of the instruments used in aircraft.
Aft gyro was always fun to work on. Cvn 77 vet.
Another example of Nature and natural law being our inspiration for invention. First thing I thought of is the Earth spinning in its axis
The gyroscope is the first type 1 civilization technology i have ever seen in my opinion
Thanks ! I UNDERSTAND right now
THAT UFO should use giant quantic gyroscope to Moov like they do, without interaction whith Gravity or mater
Event Horizon has taught me gyroscopes are a no go.
dont forget about modern tanks and military equipment since its fully stabilised
According to Mark Rober, you need one for a flying phone case too.
Gyroscop + jurassic world = gyrosphere!
Gyrosphere + kids inside = food for indominus rex ❤
Say thanks to the Zeppeli's.
Because current kids and teenagers will love physics after watching Jojo's bizarre adventures
Do you remember when the children's toy "Jiminy Gyro" came out in the 1940s? It inspired many engineers who are old men today.
The gyroscope effect stabilize bicycles and motorcycles.
actually, back in the 80's, 90s electronically controlled precision mechanical gyroscopes that were extremely expensive with their associated support equipment were in widespread use ... now, most systems are based off of inertial sensing microchips that cost pennies to produce .. your cell has them in it ..
Certified Inertial Gyro Repairer Journeyman here. Has worked upon the Titan, Minutemen, F-4, F-111- A-7- C5S. The gyro's in a zero state and measure the movement along a axis pitch ,roll and yaw . Upon inut a out that is measured is detected band will create an output to null out the input to recover to a null state in the area of .0001 million amps! Balance of the actual gyro inside of the accelerometer is within ,.005 milligrams measurements are within 20 millionths of a inch measured meteorological constant temp for accuracy
In short: gyroscope is the unsung hero
I always thought about this, even i told that to so many ppl around me but no one wanted to listen , now others doing it 😊
Im a pilot and ive never heard of gyroscopes stabilizing aircraft, gyroscopes are for instruments
So glad that all the information we got from shorts are all being used here. Hahahaha
Ive got a gyro from a Bomark missile, first SAM , it was nuclear and was designed to take out Russian Bomber groups out. Dad said it could hit a 3D point +/- 30' at 3000 miles out.
when I was younger I had a weird idea to I don't know why I thought of this it was so random to randomly improve nuclear reactors and it was to put the reactor within the inside of a gyroscope and spin the gyroscope to a force strong enough air current to create a kind of suction barrier that would both cool and keep the materials inside on the inside instead of leaking.
That will be used when we make space ships like frisbess and fling them across the universe using the orbits of planets so we can move at millioms of miles an hour and the thing we are in doesn't move so we are not affected by moving millions of miles an hour , the same way the earth moves at 60,000mph and we dont feel it
I love dem gyroscopes!
I remember invented gyroscope ingame from a literally shells. I realized that if an object spins, no matter what obstacle trying to stop or change it position, it will stay the same untill thr object lost the energy the spinning moment
Use it to increase super side slip on fighter jets evading missiles. AI evasion tech based on incoming trajectory
"the bleeding edge of technology at the moment it was created" you have no idea how little that narrows it down.
Aliens be gonna shock when our planes still in balance after getting hit💀
The invention of the gyroscope is usually attributed to the French physicist Jean-Bernard-Leon Foucault in 1852. He certainly invented the word and also used his gyroscope to demonstrate the rotation of the Earth.