I've always wondered how the C, D, and E strings make their sounds. It's hit with a hammer, and you said the length affects it. On a clavichord, however, some notes share strings. Do those sound the same, or are they plucked in a certain way? Why do those notes exist, then, if they sound the same. What happens if you play both?
@@Sh4dowbanned Some notes on a piano can share a string, but each one gets its own spot on the bridge. Also, because the tension is so high on piano strings, the small changes made on one string don’t affect the other string at all, except in extreme cases, like when replacing a string.
as a pianist with perfect pitch I thoroughly appreciate the fact that for the opening and closing animations (where the keys were shown moving), the correct notes were actually being played on the piano
Think it might be for calling it with his name instead of... How stuff works (which i think already exists) but a title like that would draw in more people.
@@thamuzm2684 To be honest the automobile is harder to make and its made by thousands of robots and some people. Cutting metal parts that are tough is more difficult that cutting wood too.
@@majortom4543 - This is Ground Control to Major Tom, you've really made the graAaAde, and the papers wants to know who shirts you wEaRrR, now it's time to leave the capsule if you DaReee
This is why I love the piano, such a beautiful and graceful instrument with complex mechanisms designed to make a wide variety of soft and loud sounds.
I LOVE the sound of a piano too. I think that is what led me to the music of Elton John and Billy Joel. When I was a kid I alway felt they should do a concert together and was thrilled when they did. It was awesome!!!
Very nice video, I can only imagine the amount of research you did, these aren't simple instruments! One thing that might interest you for the video of the pedals is that there is a new experimental fourth pedal that is called harmonic pedal, might be worth taking a look at it.
I had no idea of how complex a piano really is. You animations explain all of the workings with extreme precision. Quite simply, you are amazing as I have watched many of your animations...I really enjoy them!! Thank you!
I knew all of this from before, but I'm glad that there's finally an animated educational video out on RUclips for everyone to see! Great job, Jared! Keep up the good work!
But there is no explanation as to why the hammer does not simply bounce back up after hitting the string. Neither is there an explanation as to how a rapid repetition is achieved.
I've been playing the piano for eight years. We used to have a classical piano in our house. It was about 100 years old. My piano was so broken and it sounded terrible. We put that piano in my mother's friend's house. I have a yamaha digital piano right now. But the grand piano is one of the things I want most in my life. I've played at a concert a couple of times before, actually... And it was a beautiful feeling...
Very nice video, I can only imagine the amount of research you did, these aren't simple instruments! One thing that might interest you for the video of the pedals is that there is a new experimental fourth pedal that is called harmonic pedal, might be worth taking a look at it.
Very nicely done, Bravo !!! just a small downside: it lacks the extremely important spring between the wippen and the repetition lever This spring gently raises the repeater lever when the key is released and therefore the hammer rises slightly, allowing the Jack to reposition itself under the hammer roller. this is what is called (wrongly!) the double escapement, and it allows the note to be replayed while the key is not yet fully raised It is a wonderful, French invention of the 19th century, which the upright piano does not benefit from !! I have put it as a link on my website of piano tuner , thanks !!
Addition: The part where the shank meets the jack is called the knuckle. As the jack pushes the knuckle the shank (the long arm leading to the actual head) is raised, thus lifting the hammer. Fun fact. the hammer is actually "thrown" into the string. Jared briefly mentioned this, but it is important. If you press the key very slowly the knuckle will never leave the jack before the highest point is reached (called the "let-off", more on that later). Pressed in this way, the hammer will approach, but never actually touch the string, before falling back on the down side of the let-off. You'll further notice the let-off will occur -before- the key press bottoms out on the board. During a normal key press, the hammer only reaches the string to the point of contact momentarily because the velocity of the press punches the knuckle with sufficient force to throw the hammer all the way to the string. The hammer can then return to rest, still raised by the repetition lever, but resting off the string. The let-off position is very important. A properly regulated piano will have the entire key line regulated to have the let-off in the the same position across all keys. Artist preferences notwithstanding (they can be a finicky lot), the let-off is normally about 1/16th in. off the string. The "cylinder" Jared mentioned near the back is called the let-off button, and that is the point where the let-off is adjusted per-string. A nearly universal technique for adjusting the let-off involves a magnetic strip of precisely the requisite let-off depth that is placed on the underside of the strings where the hammer line makes contact. The strings are metal; the strip will stick to them. The let-off button is then adjusted to the point where the hammer just-touches the strip. Once the strip is removed, the let-off is now-set to that depth (and you can move on to the other 87 keys; oh' joy). Finally, as part of regular maintenance you may wonder how often regulation has to be done. Depends on the piano, how often it is played, how often is is -moved-, etc. Things loosen up, get kind of janky, etc. I have my grand tuned twice a year, and regulated every 4-5 years. Still amazes me how awesome-sauce it feels the first time I play after both have just been completed. (of course, there's a lot of other things done during regulation, hammer shaping, sled-waxing, etc.).
Wow wow wow!!! You are amazing!!! Thanks for sharing this video!! I can show this to my students to explain how piano works! I’m a pianist but also a pilot. Can you do how the airplane works? Single engine (propeller) airplane would be fun!
Minor correction: some current models of European-designed grand piano have more than 88 keys (Bösendorfer Imperial - 97 keys, Rubenstein R-371 - 97 keys, Stuart & Sons Beleura - 108 keys).
3:15 I think the Jack hits what is called a Knuckle? (the round, red thingy)... and that's how the "let off" (also called escapement) works. That is, the Jack pushes the Knuckle so that the hammer hits the string, but the Jack immediately moves sideway so that the hammer goes back down, allowing the string to freely vibrate without the hammer touch it. And if the piano player releases the piano key a little bit, the Jack now goes back down and is below the Knuckle once again, and if the piano player now presses the piano key down again, then the Jack pushes the Knuckle up again and make the hammer hit the string once again. So, it allows the piano player to repeat the same note fast... without releasing the piano key all the way before making another hit of the string. It is said that many or most upright piano cannot have this feature of fast repeated note.
Fascinating! I also watched your Part 2 video and equally fascinating! It would be great if you could add an explanation of how the repetition lever works.
Thank you! This was so informative. I just got my first acoustic piano and I’m learning how it works. I really appreciated the terminology and demonstrations.
Actually, the piano is a persuasion instrument. I believe you called it a “stringed instrument”, so maybe you were simply meaning that…it’s stringed (wired). I’m sure you must know, the research you do into the models you make is quite impressive. Your animations are absolutely the most incredible. It’s now why I study Blender. Thanks!
Just a little more info. The piano is actually a percussion instrument. Also, action he was speaking of. He is showing a double action piano. Because the jack releases to allow the keys to be pressed repeatedly faster.
So you can play a long note by holding the key down. Holding down the key moves the damper from the string, but you'll also notice the hammer strikes then moves away from the string no matter how long the key is held. Otherwise the hammer would remain touching the string and this would damp the note.
*Estos Maravillosos Instrumentos Son Majestuosos!!! Desde Niña Acompañé A Mi Padre Miguel Roberto Forero Rojas Al Teatro Colón, Conservatorios, Universidades, Academias y A Diferentes Casas y Apartamentos A Realizar Limpieza, Mantenimiento, Graduación, Restauración y Afinación En Los Diferentes Lugares De Nuestra Bella Colombia. Nos Dejó A Nuestros Hermanos y A Mí, Un Gran Legado. Gracias Padre 🙏*
A piano can be considered string or percussion. I think percussion sounds more correct because there are hammers that hit strings inside the piano. So instead of fingers we press the keys that hit the strings to generate sound.
BEST ANIMATION CHANNEL EVER and so do the explanation too, omg you are a kind person thanks for sharing the Information for curious creatures like me about how this world works
To anybody who's reading this, I pray that whatever is hurting you or whatever you are constantly stressing about gets better. May the dark thoughts, the overthinking, and the doubt exit your mind. May clarity replace confusion. May peace and calmness fill your life.
What a great piece of animation, Jared! Very instructive! I've often said that if I could do it all over again, I'd learn to play the piano. It's the most versatile instrument on the planet. There is no style of music that you can NOT play on it. You can't say that about any other instrument.
I would love to see you revisit this subject and go into more depth. On your newer videos you dive deeper. For instance, though you explained the the wippen, I can now see it in my head, but still can't quite break it down as much to what individual parts do within it. I see this is an earlier video than the half-dozen I just watched (and then subscribed). Your newer videos put that show "how it's made" to shame. Regardless, whether you do dive deeper into this, keep up the great work.
I think, as we see in the mechanism, after the hammer hits the string, it is disconnected from the keys, thus reducing the weight of the key. In almost all digital pianos, the hammer is always attached to the key. The weight does not change when the key goes down or up. This is a tiring factor.
As a piano technician, I can say this is an excellent diagram of the piano action. I will use this in the future!
Awesome! Thanks Thomas
I've always wondered how the C, D, and E strings make their sounds. It's hit with a hammer, and you said the length affects it. On a clavichord, however, some notes share strings. Do those sound the same, or are they plucked in a certain way? Why do those notes exist, then, if they sound the same. What happens if you play both?
@@Sh4dowbanned Some notes on a piano can share a string, but each one gets its own spot on the bridge. Also, because the tension is so high on piano strings, the small changes made on one string don’t affect the other string at all, except in extreme cases, like when replacing a string.
@@JaredOwen what is the name of the song in the outro?
@@steveplayz538 poop sond salavana
Piano: *plays by itself*
Audience: Everything is normal.
vinheteiro has entered the chat
There are even no audience lmao
(But you can still hear clapping sounds) haunted theatre
Ghost pianos: am i a joke to you
Invisible
steinway spirio?
Pianist: Leaves lid open
Dust: I’m about to end this piano’s whole career
Just get a leaf blower
@@RainytheNB yes
Now I understand why pianos is *so damn expensive*
Same
LANGUAGE, You should get in trouble for saying inappropriate words.
Ya, *are so dang expensive (shame)
@@sachastadhard you should get in trouble for acting like RUclips pays you to monitor people's posts..
@Sacha Stadhard STFU nobody cares its the internet get over it
thanks tom and jerry already thought me this tho
Phosnerd I’m actually surprised the show I love actually done their homework on this. More reason to love them.
WTH me too LOL
???
They should have taught you english.
what
Its crazy how complex the key thing is and that are 80 of them
88 keys...But yes, crazy complex...and ingenious!
It is not that complex. Actually it is mechanically simple.
Well, you get what you pay for
...
@@connortraynor2408 ....
as a pianist with perfect pitch I thoroughly appreciate the fact that for the opening and closing animations (where the keys were shown moving), the correct notes were actually being played on the piano
Underrated channel you have over here
Think it might be for calling it with his name instead of... How stuff works (which i think already exists) but a title like that would draw in more people.
this is why the grand piano worth 14 000$ it soo hard to make and cant be made by machines
@@thamuzm2684 To be honest the automobile is harder to make and its made by thousands of robots and some people. Cutting metal parts that are tough is more difficult that cutting wood too.
@@majortom4543 - This is Ground Control to Major Tom, you've really made the graAaAde, and the papers wants to know who shirts you wEaRrR, now it's time to leave the capsule if you DaReee
Channel name is important
Calling it a personal stuff like a name is against the Channels overall success
Professional presentation.
Thanks!
This is why I love the piano, such a beautiful and graceful instrument with complex mechanisms designed to make a wide variety of soft and loud sounds.
I LOVE the sound of a piano too. I think that is what led me to the music of Elton John and Billy Joel. When I was a kid I alway felt they should do a concert together and was thrilled when they did. It was awesome!!!
Can you please show us stupid creatures how does a printer work? Btw great videos!
Thanks for the suggestion! I will add a printer my idea list
Carlo Attanasio *curious creatures :)
Printers psh you think they work
@Orion D. Hunter no they don't
Carlo Attanasio great idea
4:03 how cannot anyone retain himself from smiling with that music?
Such a sad song
@@guilherme6818 song?
song?
need the song
@@guilherme6818 it makes me smiling
This is exactly what I am expecting from a "how it works" video! ❤️❤️
Very nice video, I can only imagine the amount of research you did, these aren't simple instruments! One thing that might interest you for the video of the pedals is that there is a new experimental fourth pedal that is called harmonic pedal, might be worth taking a look at it.
So is a piano just a giant guitar?
Similar yes :)
Yes. A giant guitar struck by keys and not fingers
pianos are more similar to a harp, actually there is a piano type called harpsichord
@@majortom4543 the harpsichord an instrument from the keyboard family not a type of piano
@@majortom4543 if anything, a piano is a type of harpsichord because the harpsichord was ivented first
I am a 30+ registered piano technician professionally, and this video is spot on. Well done! (Where were you 30 years ago when I was just learning??)
RUclips wasn’t out yet lol
@@vepified he meant what were you doing 30 years ago.
@@vepified are you like trying to be stupid on purpose
I had no idea of how complex a piano really is. You animations explain all of the workings with extreme precision. Quite simply, you are amazing as I have watched many of your animations...I really enjoy them!! Thank you!
I have never seen this much accurate, clear and crisp animation 😮. Very well done
I knew all of this from before, but I'm glad that there's finally an animated educational video out on RUclips for everyone to see! Great job, Jared! Keep up the good work!
ruclips.net/video/sMG1nlQi5bg/видео.html ,
Hey My name is also Jared
But there is no explanation as to why the hammer does not simply bounce back up after hitting the string. Neither is there an explanation as to how a rapid repetition is achieved.
Jared, these videos are really the two best I have EVER seen explaining the piano. I can’t praise your work highly enough!
I've been playing the piano for eight years. We used to have a classical piano in our house. It was about 100 years old. My piano was so broken and it sounded terrible. We put that piano in my mother's friend's house. I have a yamaha digital piano right now. But the grand piano is one of the things I want most in my life. I've played at a concert a couple of times before, actually... And it was a beautiful feeling...
Very nice video, I can only imagine the amount of research you did, these aren't simple instruments! One thing that might interest you for the video of the pedals is that there is a new experimental fourth pedal that is called harmonic pedal, might be worth taking a look at it.
Been playing piano for 10 years and still counting and I had no idea about all the detail within the hammer mechanisms! Thanks for clearing it up!
wow! so much work for this video!
Oreo kanali
Mad respect for you because you actually put the right notes on the piano
Very nicely done, Bravo !!!
just a small downside: it lacks the extremely important spring between the wippen and the repetition lever
This spring gently raises the repeater lever when the key is released and therefore the hammer rises slightly, allowing the Jack to reposition itself under the hammer roller.
this is what is called (wrongly!) the double escapement, and it allows the note to be replayed while the key is not yet fully raised
It is a wonderful, French invention of the 19th century, which the upright piano does not benefit from !!
I have put it as a link on my website of piano tuner , thanks !!
Addition: The part where the shank meets the jack is called the knuckle. As the jack pushes the knuckle the shank (the long arm leading to the actual head) is raised, thus lifting the hammer. Fun fact. the hammer is actually "thrown" into the string. Jared briefly mentioned this, but it is important. If you press the key very slowly the knuckle will never leave the jack before the highest point is reached (called the "let-off", more on that later). Pressed in this way, the hammer will approach, but never actually touch the string, before falling back on the down side of the let-off. You'll further notice the let-off will occur -before- the key press bottoms out on the board. During a normal key press, the hammer only reaches the string to the point of contact momentarily because the velocity of the press punches the knuckle with sufficient force to throw the hammer all the way to the string. The hammer can then return to rest, still raised by the repetition lever, but resting off the string.
The let-off position is very important. A properly regulated piano will have the entire key line regulated to have the let-off in the the same position across all keys. Artist preferences notwithstanding (they can be a finicky lot), the let-off is normally about 1/16th in. off the string. The "cylinder" Jared mentioned near the back is called the let-off button, and that is the point where the let-off is adjusted per-string. A nearly universal technique for adjusting the let-off involves a magnetic strip of precisely the requisite let-off depth that is placed on the underside of the strings where the hammer line makes contact. The strings are metal; the strip will stick to them. The let-off button is then adjusted to the point where the hammer just-touches the strip. Once the strip is removed, the let-off is now-set to that depth (and you can move on to the other 87 keys; oh' joy).
Finally, as part of regular maintenance you may wonder how often regulation has to be done. Depends on the piano, how often it is played, how often is is -moved-, etc. Things loosen up, get kind of janky, etc. I have my grand tuned twice a year, and regulated every 4-5 years. Still amazes me how awesome-sauce it feels the first time I play after both have just been completed. (of course, there's a lot of other things done during regulation, hammer shaping, sled-waxing, etc.).
Wow wow wow!!! You are amazing!!! Thanks for sharing this video!! I can show this to my students to explain how piano works! I’m a pianist but also a pilot. Can you do how the airplane works? Single engine (propeller) airplane would be fun!
Thank you so much Sangah! I'm glad you like the video. I'll look into doing an airplane, it'll be a lot of work but I that would be cool!
@@JaredOwen Awesome Jared!!!
Minor correction: some current models of European-designed grand piano have more than 88 keys (Bösendorfer Imperial - 97 keys, Rubenstein R-371 - 97 keys, Stuart & Sons Beleura - 108 keys).
4:00 just made my day.
What song is that
3:15 I think the Jack hits what is called a Knuckle? (the round, red thingy)... and that's how the "let off" (also called escapement) works. That is, the Jack pushes the Knuckle so that the hammer hits the string, but the Jack immediately moves sideway so that the hammer goes back down, allowing the string to freely vibrate without the hammer touch it. And if the piano player releases the piano key a little bit, the Jack now goes back down and is below the Knuckle once again, and if the piano player now presses the piano key down again, then the Jack pushes the Knuckle up again and make the hammer hit the string once again. So, it allows the piano player to repeat the same note fast... without releasing the piano key all the way before making another hit of the string. It is said that many or most upright piano cannot have this feature of fast repeated note.
Wow! you learn something new every day!
WOW! Everything was so much more intricate and interesting when it was completely mechanical!
It is
Fascinating! I also watched your Part 2 video and equally fascinating! It would be great if you could add an explanation of how the repetition lever works.
What are marvel of engineering the grand piano is. Genius design.
This video was so helpful, thank you mate! Keep up the good work! :D
Thanks!
Amazing animation work, mate! Not only it is very detailed but it's also explained very well. Keep up the great work.
Thank you!
0:34 ghost piano
no audience but clapping
no musician but piano is playing 😂😂
Ikr
You can also put a grand piano sound in a DAW, you first put in a sample, and then set the piano roll to that sample, and put down the notes.
Thanks for teaching me something New! And AWSOME VIDEO!!
As a piano player I'm honestly impressed by everything that is happening when we press just one key
It is awesome!
My daughter and I were talking about how the pianos work, and came across this. This was perfect! Thanks for sharing
Your welcome! Thanks for stopping by
Jared, Your videos are video's best! Thanks!
Jared Owen. What a very fine teacher and animator you are. Thank you for your service to humanity!!
I just discovered your channel and I'm in shock at the incredible amount of work you do for these videos, instantly subscribed
i love that theres clapping but no audiance, this is a great explanation it helps alot
“Disassembling a Grand Piano in Front of the Audience”
Thank you! This was so informative. I just got my first acoustic piano and I’m learning how it works. I really appreciated the terminology and demonstrations.
Actually, the piano is a persuasion instrument. I believe you called it a “stringed instrument”, so maybe you were simply meaning that…it’s stringed (wired). I’m sure you must know, the research you do into the models you make is quite impressive. Your animations are absolutely the most incredible. It’s now why I study Blender. Thanks!
Don't you mean percussion, not persuasion? Or am I mistaken?
Thanks for this video! I only knew the basis of how the piano works but you explained it so quickly and goodly.
So great man...
Just a little more info. The piano is actually a percussion instrument. Also, action he was speaking of. He is showing a double action piano. Because the jack releases to allow the keys to be pressed repeatedly faster.
Why is the stroking mechanism so complex? Why not the key lever striking the chord and just that?
So you can play a long note by holding the key down.
Holding down the key moves the damper from the string, but you'll also notice the hammer strikes then moves away from the string no matter how long the key is held. Otherwise the hammer would remain touching the string and this would damp the note.
I always thought the "hammer" rested on the strings for a moment, causing the vibrations; not striking and releasing. It makes so much more sense now.
did they animate the piano correctly?
Yup
Now I understand the piano .. but I still don't understand how could someone give this video a dislike.
can't please everybody😋 Thanks for your comment
Beautiful presentation! Remember me when you’re famous! I have absolutely no doubt you will become successful! :D
Brilliant explanation. So cool. Thank you very much for sharing it.
Thank you!
I know a little bit about Grand Piano when watching Tom and Jerry :v
Such a vivid, optimum and to the point presentation. Just loved it.
A piano is a precussion instrument. Either that or my life’s a lie
What is a precussion instrument?
*Estos Maravillosos Instrumentos Son Majestuosos!!! Desde Niña Acompañé A Mi Padre Miguel Roberto Forero Rojas Al Teatro Colón, Conservatorios, Universidades, Academias y A Diferentes Casas y Apartamentos A Realizar Limpieza, Mantenimiento, Graduación, Restauración y Afinación En Los Diferentes Lugares De Nuestra Bella Colombia. Nos Dejó A Nuestros Hermanos y A Mí, Un Gran Legado. Gracias Padre 🙏*
We’ll done! Great for showing kids (and adults who never knew) how a piano works. Thank you!
These are great educational videos. I had no idea there were so many different mechanisms involved in playing single notes!
Great animation and break down, always wanted to know all these little pieces and especially how they function if needed to be replaced.
A piano can be considered string or percussion. I think percussion sounds more correct because there are hammers that hit strings inside the piano. So instead of fingers we press the keys that hit the strings to generate sound.
The person who first made the piano must have been an engineer maniac to even begin constructing this.
the fact that people are able to build these is insane
This animation was amazing, man. I'm so happy to being able to access this quality of content because I learned how to speak your language.
This is a great suggestion
Wow! Fantastic animations and great explanations! I will definitely be showing this to my piano students!
This will sound random, but the jack, repetition lever, and hammer reminds me of the disconnector mechanism you'd see in most handguns.
You deserve a billion subscribers you are such a educational channel
Thanks so much!
He had the perfect opportunity to Rick roll us all XD
I knew most of it already, but it was nice to have the few last loose ends wrapped up
In the 3d animation, the ghost is good at playing a piano
The key lever is normally kept in place by a small metal pole in the center of the arm.
I can’t believe the instrument I play everyday can be so intricate and difficult to build!
Next you should do the engineering nightmare that was fitting the action into an upright.
Wow...Great job. I can not imagine how hard you worked for making it.
I have been playing piano for 8 and half years and I never realized how complicated it was
Awesome video! It's so interesting how it all works. Maybe a future video suggestion would be how a pipe organ works?
Thank you so much! I will add it to my list of ideas for future videos.
Why isn't this a top channel ? ... such wonderful animations.
Thank you! Feel free to share with your friends
You deserve a lot of money for such brilliant animation
great animation and narration and music, wonder why this still haven't come up to the top of my 'how a piano works' search, yet
Thank you Xuan! I'm hoping to get it higher up in the search rankings...just need more views
The science behind music........awesome
😁
I already know How did the keys work so I’m just gonna move onto part two
Great animation , I've always been a fan of yours. You also explain in a great way , so keep up the good work
BEST ANIMATION CHANNEL EVER and so do the explanation too, omg you are a kind person thanks for sharing the Information for curious creatures like me about how this world works
To anybody who's reading this, I pray that whatever is hurting you or whatever you are constantly stressing about gets better. May the dark thoughts, the overthinking, and the doubt exit your mind. May clarity replace confusion. May peace and calmness fill your life.
Pianos really are a wonderful masterpiece in music.
What a great piece of animation, Jared! Very instructive! I've often said that if I could do it all over again, I'd learn to play the piano. It's the most versatile instrument on the planet. There is no style of music that you can NOT play on it. You can't say that about any other instrument.
it's away more complexe than i imaginate it, great video
I would love to see you revisit this subject and go into more depth. On your newer videos you dive deeper. For instance, though you explained the the wippen, I can now see it in my head, but still can't quite break it down as much to what individual parts do within it. I see this is an earlier video than the half-dozen I just watched (and then subscribed). Your newer videos put that show "how it's made" to shame. Regardless, whether you do dive deeper into this, keep up the great work.
This is a really useful video, thanks! Will be showing my students.
The grand piano makers will work so hard and it will take many days to make
I never knew till you explained. Excellent man!!!
Glad I could help!
I remember going downstairs in the basement to watch this video on my music class in third grade
I think, as we see in the mechanism, after the hammer hits the string, it is disconnected from the keys, thus reducing the weight of the key. In almost all digital pianos, the hammer is always attached to the key. The weight does not change when the key goes down or up. This is a tiring factor.
This amazingly educative. Thanks a lot, you gave me what I really wanted!
Best explanation video I've ever seen