The fact that humans managed to make metal move this fast consistently for hundreds of thousands of miles and not have it break even slightly is incredible level of genius design.
True humans was given that ability and the inspiration for certain purposes ordained before the foundation of the world. Yes humans hand designed it but in no way could they do these things unless it is given by the Lord God Almighty Jesus the Christ. Just think of a cell phone,how could a human gather that technology etc. I could literally call a person that I will never see in life and be connected in a matter of seconds. Man have to be inspired first.
@@Mon_205 Imagine being so ignorant that you believe all other humans are equally as ignorant as you and no team of scientists or engineers could have made cell phones. God is really a drug for simple people
@@Mon_205you really don't need to bring religion into this dawg. The people that made this are just creative and hard-working. They weren't inspired by the holy Spirit or something. If they were, you would have to give thanks to Jesus for guns and the atomic bomb since they inspired it too.
Engines spin so amazingly fast. I like how the frame rate of the camera relative to the timing and speed of the two pistons creates a visible interference pattern.
Нас занимал , другой момент , ЧТО может нарушить этот процесс ?? Ему без раздницы , эта скорость , просто через трубу не может бежать больше газов и горючего , чем сечение трубы , настанет предел .
@@Steve1766in a 4 stroke engine the piston goes up and down 2 times for every revolution of the crank, so whatever your crank rpm is dowluble it to get the piston rpm
А разве , кто то может , это Невидеть ?? Надо разгонять дальше .И вообще поставить магниты или катушки , пусть эл.Ток вырабатывает , нефиг даром туда - сюда . Учённые уже создали ,давно всяко программу - зависимости диаметра , длинну хода и прочих размеров ?? Секретна , поди . Думаем , этот тип уже изжил себя , пора бы и новое что нибудь .@.
Understanding the thermodynamic cycle in each stroke and realizing that cycle happens hundreds or thousands of times per second is truly mind-blowing. A true engineering marvel.
@@notnem3883that is still hella fast for chunks of metal. By the way rpm is measured by the crankshaft, not the pistons. At 7k rpm the crank shaft spins at 7krpm. Pistons don’t move nearly as fast
Some people asked how fast real engines run. Most gasoline car engines run about 2500 RPM to 3000 RPM at highway speeds... so that would be about 50 turns per second. (ie 25 power strokes on each piston per second) If you have a 6cyl engine, that would be 150 power strokes+sparks for whole engine per second. Another way to look at it: if caris driving 60 mph (88 feet per second) at 2500 RPM in a car with 4cyl engine, then the gas used for each piston's power stroke is moving car fwd about one foot. (or 1/3 meter) For metric perspective: if 3000RPM gets a car with 6cyl engine to 120 kph (33.3 mps) then each piston power stroke (150/sec) moves car 0.22 meters. (22.2cm or 8.75 inches) Most 4-stroke diesel engines in pickup or truck will turn about 2100 RPM at road speed... so that is 35 turns per second. If that is a V8 truck engine, you have 140 power strokes per second, and could be driving 60mph, then each cyl power stroke moves truck about 7.54 inches or 19.16 cm. Small gas engines like motorcycles tend to turn higher speeds, and may run 6000 RPM (twice as fast as car) near 120 kph... but could only have two pistons, which would be 100 power strokes per second, so a 4stroke 2cyl engine would move cycle about 33cm per power stroke. (aprox 1ft. which is similar ratio seen with car I listed first)
Impressive! So can you school us on how a locomotive diesel engines (both EMD two stroke 567/645/710 and GE four stroke 7FDL etc.) performance please?!👍🏿
I’ve been wanting to see the pistons go at real time speed for YEARS. THANK YOU for doing this video. I now know how fast my Beetle’s pistons go. It’s amazing
It’s amazing …!!! There are days that I think I am a pretty smart guy … sometimes I even think I am borderline genius… till I see the construction of engines and all the pieces that takes to design one and how to put it back together and make it work …. Then I realize how far in the back of the food chain I am
There is extra weight on the crankshaft to balance the weight of the pistons. If the rpm gets too high it's possible to " float" a valve. The dohc is an effort to reduce the weight of components in the valve train, to allow higher rpm and increase h.p..
Y eso q lo giran con motor eléctrico, imaginen con la explosión de la mezcla, verlo en tiempo real (claro q es imposible) solo imaginarlo me sorprende y hasta donde la mente humana ha logrado con tantos conocimientos de años lograr q exista esta maravilla del motor a combustión.
Brilliant animation! Now consider that a 6,000 RPM crankshaft speed is completely normal. Just imagine the speed at which those pistons are firing up and down with the crank spinning round 100 times per second 😳
The energy produced is incredible. Imagine the things the energy of these engines have produced and carried over decades. But we still do not know how they built the pyrimids… Engineers and the human mind are pretty amazing…
And we fault Ford GM and Dodge for blown engines and transmissions. Sure some folks have nightmares but for these machines to work as hard as they do 😮 and for the first few years all you need to do is change the oil and fill with fuel and it starts Everytime you turn the key or hit the button in 0 degrees or 105F is AMAZING.
In genere ci stupiamo delle performances dei piloti che si esibiscono su mezzi mossi da questi miracoli di meccanica,mentre ci dovremmo stupire dei miracoli degli ingegneri che progettano tali "opere d'arte"!!
Not exactly, the sound that you were hearing was from the probably eletric motor that was simulating how it all happens, a real car engine sound comes from the combustion on top of the piston, where an air and fuel mixture is injected, then the piston goes up, compressing this mixture, and then a spark plug emits a spark, combusting the mixture and creating a force which pushes the piston back down, and then the combusted mixture, now in form of gas, goes out of the combustion chamber (the place where all of this happens, on top of the piston) and into the exhaust system, and then the pistons repeat this cycle over and over again in a very, very fast way, and remember that this cycle is for a standard gasoline engine, diesel engines work in a different way
The fact that humans managed to make metal move this fast consistently for hundreds of thousands of miles and not have it break even slightly is incredible level of genius design.
This is why I love cars. Man made machines, I feel so connected to them.
True humans was given that ability and the inspiration for certain purposes ordained before the foundation of the world.
Yes humans hand designed it but in no way could they do these things unless it is given by the Lord God Almighty Jesus the Christ.
Just think of a cell phone,how could a human gather that technology etc.
I could literally call a person that I will never see in life and be connected in a matter of seconds.
Man have to be inspired first.
Thanks God for making us witha really big thinking ability ❤
@@Mon_205 Imagine being so ignorant that you believe all other humans are equally as ignorant as you and no team of scientists or engineers could have made cell phones. God is really a drug for simple people
@@Mon_205you really don't need to bring religion into this dawg.
The people that made this are just creative and hard-working.
They weren't inspired by the holy Spirit or something.
If they were, you would have to give thanks to Jesus for guns and the atomic bomb since they inspired it too.
I’m always amazed at the speed in which a piston travels and doesn’t destroy itself. It’s fucken CRAZY
Hmm... U r right
Man i will still be surprised how humans have achieved this level of perfection in creating such wonderful masterpiece as ENGINE...
That's why u need oil to protect them from being damaged by the friction they make
Right 😊
👍👍👍
the timing of the spark plug, the gas sprays and everything is just an engineering masterpiece
Yes ... Nice knowledge
Camshaft…
@@Abi-fo3tjI like it when you say camshaft, whisper it to me
@@sonoftheempire550 you like this nice camshaft huh? Yea take all ofnit
@@Abi-fo3tj transformers reference lol
I swear, piston engine is a freak of engineering.
OH HEY
wait till you hear about rotary engine
@@JMan5437у б л ю д с т в о ! Дорого и не надежно
You mean engine piston…😂
@@JMan5437Those are a trippy design!
My car has done this over a billion times and still working fine. Amazing
U must be an bmw owner
@@EscooterFanBoy Skoda. BMW is garbage ...
@@EscooterFanBoyI think Mazda😀
@@EscooterFanBoy skoda
@@EscooterFanBoy na a bmw cant do that, id rather say Mercedes-Benz.
Engines spin so amazingly fast.
I like how the frame rate of the camera relative to the timing and speed of the two pistons creates a visible interference pattern.
Always wondered how fast those pistons can actually go... honestly insane how all the valves and injection timings can still remain perfectly in sync.
Cool 😙
@sarcastic_math343 nope 4 - 5K RPM diesel engines do not rev that high
Нас занимал , другой момент , ЧТО может нарушить этот процесс ?? Ему без раздницы , эта скорость , просто через трубу не может бежать больше газов и горючего , чем сечение трубы , настанет предел .
its all linked together basically, so its gonna be in perfect sync no matter what
@@Steve1766in a 4 stroke engine the piston goes up and down 2 times for every revolution of the crank, so whatever your crank rpm is dowluble it to get the piston rpm
Who can see the wave pattern between those piston.
Looks amazing.
Great
Woah! That is cool
А разве , кто то может , это Невидеть ?? Надо разгонять дальше .И вообще поставить магниты или катушки , пусть эл.Ток вырабатывает , нефиг даром туда - сюда . Учённые уже создали ,давно всяко программу - зависимости диаметра , длинну хода и прочих размеров ?? Секретна , поди . Думаем , этот тип уже изжил себя , пора бы и новое что нибудь .@.
thats because of how cameras record
@@МигУдачиOnly blind people who don't see it
Its amazing the syncronization between the explosion in the right time
mind boggling how complex engines are yet some can take a beating and keep it pushing
Wow
А по нам , так примитив и отстой.Гремит , коптит , кпд хрен да маленько .@
I generally try to keep my ongoing rpm’s at less than 3,000. Cause my car is very important to me
@@MickBhutlegsame but it sounds so good at above 5k rpm
@@MickBhutleg Your car is not happy with that. Once in a while, floor it, redline it. It will be very happy.
Spark plug is the most punctual being on this planet 🤣
Hann and
Second hand comment 🤣
Ye bhi thik h
it's a diesel engine
not realy if its always on spark/and in diesel always heated
This is nothing short of amazing.
Imagine the timing of the spark plug🤔🤔
😜😜😜😜
it's a diesel engine
Ite Petrol Power
Fire
@@DevVlogsSwift the pistons have a bowl shaped top so it means it belongs to a diesel engine
The jorney from hunting and living in caves to here, is just incredible. The most precious creation of God is "Human"
Understanding the thermodynamic cycle in each stroke and realizing that cycle happens hundreds or thousands of times per second is truly mind-blowing. A true engineering marvel.
per second?
30-100 per second, if 2000-7000 per minute
@@MoisGames bro thinks engines go >120000rpm
@@notnem3883that is still hella fast for chunks of metal. By the way rpm is measured by the crankshaft, not the pistons. At 7k rpm the crank shaft spins at 7krpm. Pistons don’t move nearly as fast
@@2seep no shit, r in rpm stands for something
Awesome!!! I have always wanted to see how this worked.
Look at the speed of those pistons!
What a great video!
Some people asked how fast real engines run.
Most gasoline car engines run about 2500 RPM to 3000 RPM at highway speeds... so that would be about 50 turns per second. (ie 25 power strokes on each piston per second)
If you have a 6cyl engine, that would be 150 power strokes+sparks for whole engine per second.
Another way to look at it: if caris driving 60 mph (88 feet per second) at 2500 RPM in a car with 4cyl engine, then the gas used for each piston's power stroke is moving car fwd about one foot. (or 1/3 meter)
For metric perspective: if 3000RPM gets a car with 6cyl engine to 120 kph (33.3 mps) then each piston power stroke (150/sec) moves car 0.22 meters. (22.2cm or 8.75 inches)
Most 4-stroke diesel engines in pickup or truck will turn about 2100 RPM at road speed... so that is 35 turns per second. If that is a V8 truck engine, you have 140 power strokes per second, and could be driving 60mph, then each cyl power stroke moves truck about 7.54 inches or 19.16 cm.
Small gas engines like motorcycles tend to turn higher speeds, and may run 6000 RPM (twice as fast as car) near 120 kph... but could only have two pistons, which would be 100 power strokes per second, so a 4stroke 2cyl engine would move cycle about 33cm per power stroke. (aprox 1ft. which is similar ratio seen with car I listed first)
Impressive! So can you school us on how a locomotive diesel engines (both EMD two stroke 567/645/710 and GE four stroke 7FDL etc.) performance please?!👍🏿
What’s really cool about this demonstration is how you can see the resonant frequency of the engine. Beautiful
We need more automobile videos like this
provide soon
I’ve been wanting to see the pistons go at real time speed for YEARS. THANK YOU for doing this video. I now know how fast my Beetle’s pistons go. It’s amazing
Why am I having goosebumps looking at these pistons reaching at it's high speed
😀😉
Where is spark plug??
Out side
It creeps me out as if its going to break and explode.
That's slow in the world of engines.
It’s amazing …!!!
There are days that I think I am a pretty smart guy … sometimes I even think I am borderline genius… till I see the construction of engines and all the pieces that takes to design one and how to put it back together and make it work …. Then I realize how far in the back of the food chain I am
it really is EXTREMELY Humbling !
Man so this the pain my pistons go thru on the daily 😮 crazy how they can go at high speeds without it destroying itself
Wow 😯
There is extra weight on the crankshaft to balance the weight of the pistons. If the rpm gets too high it's possible to " float" a valve. The dohc is an effort to reduce the weight of components in the valve train, to allow higher rpm and increase h.p..
Engine oil lubracate
No oil and they are destroyed.
Muito impressionante. Isso foi uma tecnologia muito bem desenvolvida ❤
It's a pity that such a precise and beautiful machine is about to be lost.
how do you figure?
Why is it about to be lost
@@birddaddydettadue to EV
Uhh… they’ll still be around in our lifetime, I can assure you that lol…
@@nishjhony i hate ev
This is an excellent cutaway view of what happens inside an engine and the mechanics involved.
Y eso q lo giran con motor eléctrico, imaginen con la explosión de la mezcla, verlo en tiempo real (claro q es imposible) solo imaginarlo me sorprende y hasta donde la mente humana ha logrado con tantos conocimientos de años lograr q exista esta maravilla del motor a combustión.
Absolutely amazing...it's fun thinking of the various processes that goes on as one drives...cool
I fully understand how the combustion engine works, and yet still. It amazes me 🙆🏽♂️🙆🏽♂️🙆🏽♂️🙆🏽♂️
Engine is a piece of art😊
Bloody hell the piston engine design is a feet of marvellous engineering
🤣🤣🤣
I love it. What is most amazing ablit this is how the camshaft works in getting the right time to open vibes
엔진 피스톤은 극한 직업입니다
I’m so amazed at things like this.
Imagine the F1 V10 engines in the early 2000s Revving up to 20,100 RPM
Thanks for the tutorial!
That's insane 👌👌
Welcome
for many years i wondering how fast can piston go and this SPEED is over my imagination... finally can sleep now
كيف الاشواط الاربعه تكون بهادي السرعه سبحان الله وعلم الانسان ما لم يعلم 🤍
Incroyable comment c'est bien foutu un moteur thermique
J'adore cette vidéo ❤
Well seems like time to disassemble my bike engine... I always liked staring at rotating wheels but this is on a whole new level🌝
Wow 😣 Great
WoW 😳 Greetings from Cali Colombia South America
That’s crazy that you can see the wavelength at a certain frequency.
From the pre-historic eras to this industry 4.0, incridible.
Brilliant animation! Now consider that a 6,000 RPM crankshaft speed is completely normal. Just imagine the speed at which those pistons are firing up and down with the crank spinning round 100 times per second 😳
Wow ... Great
yeah it's max 6K
cool to see the air and fuel combustion
How to work engine piston ❌
How engine piston works ✔️
The energy produced is incredible.
Imagine the things the energy of these engines have produced and carried over decades.
But we still do not know how they built the pyrimids…
Engineers and the human mind are pretty amazing…
“20 bucks to the first one to stick their hand in there.”
Wow 😲
@@DevVlogsSwift 😮
Мы твои туда бесплатно запихнëм😂
Do that and you'll pull back a nub
Apart from the great engineering behind an engine who else wonders how this guy made this things to move so fast without making noise
So much fast 🔥
It's Fast
A velocidade e precisão dos motores é algo impressionante, além da força que eles proporcionam!
Sim incrível que não quebra
"Boi, imma make sum weird engine even though nobody gonna praise it"
- karl benz 1880
Nice , 👍
2036 : Only OGs will remeber combustion engine
im commenting to remind you how cringe this comment is and how you should immediately remove it lmao
@@helsinkiandrew0fr “boi”
@@kxlxsh"fr"
im rarly saying this ... even more for short but that is actually something I can watch and think about all day
so cool :P
👍👍👍, thanks!
Welcome 🤗🤗🤗
Silindir, piston ve sekmanlar ısıya ve bu hıza iyi dayanıyor. Hemen aşınmıyorlar. Muhteşem
How can this complex mechanism be done so quick
Install & run
과학은 우리가 생각하는거보다 휠씬 대단하다
this is how cars are made...😏
Depend On Engineering
Sussy baka
Sussy ...
@@ZukoHeirToTheThrone amogus
@@DevVlogsSwift amigus
And we fault Ford GM and Dodge for blown engines and transmissions. Sure some folks have nightmares but for these machines to work as hard as they do 😮 and for the first few years all you need to do is change the oil and fill with fuel and it starts Everytime you turn the key or hit the button in 0 degrees or 105F is AMAZING.
how come it is rotating this much speed without compression and power stroke ..?
Can't possibly
Those injectors go crazy freakin fast
Beautiful
Amazing
Chi ha inventato il motore a scoppio una medaglia d’oro 🥇
Compression has left the chat
So the vibrations of the pistons are what gives a car its sound?
Yes actually. That's why EV's don't have that sound
When my uncle drives the car :
Your uncle is very fast
Я готов на это вечно смотреть 👍
How to generate mchinical energy
What does this do? It produces something?
Like what it produces?
Yes .. Machinery Pistol
A to generate mechanical energy is through chemical energy, in other words gasoline/diesel
Wow that's amazing engineering 🤩🤩🤩
I wouldn't run that too long without oil
You must look at the human heart, it works for decades non-stop at a frantic pace.
How much RPM ?
6000rpm
In genere ci stupiamo delle performances dei piloti che si esibiscono su mezzi mossi da questi miracoli di meccanica,mentre ci dovremmo stupire dei miracoli degli ingegneri che progettano tali "opere d'arte"!!
Pistons running osm looking.
Absolutely
Imagine how fast the ones in a bugatti or some other super car move without disintegrating. Its amazing the things the human mind can invent
Imagine you get 1000 slaps per minute 😂😂😂
😁😁😁😁
4500 slaps
Wow
The fact that this even works is crazy
E cars in the futre be like💀💀💀
It's Diesel Engine 🚂
@@DevVlogsSwift yes
I wonder how many up down strokes a motor does in its life probably a number that doesn't exist
Mmm. So like, to move those pistons you need diesel. And it makes noise like this. This explains how come cars have sound.
No idea
Not exactly, the sound that you were hearing was from the probably eletric motor that was simulating how it all happens, a real car engine sound comes from the combustion on top of the piston, where an air and fuel mixture is injected, then the piston goes up, compressing this mixture, and then a spark plug emits a spark, combusting the mixture and creating a force which pushes the piston back down, and then the combusted mixture, now in form of gas, goes out of the combustion chamber (the place where all of this happens, on top of the piston) and into the exhaust system, and then the pistons repeat this cycle over and over again in a very, very fast way, and remember that this cycle is for a standard gasoline engine, diesel engines work in a different way
Wow ... That's great
osm
Hmm...
Great Sir
Thx for demo video 📸
Imagine, putting your finger there.
Wow , nice joke
My intrusive thought exactly
We had a similar cut out ..back when I used to take classes at Sequoia Institute in Fremont ... it's just amazing
Apne ko toh machine ko bhi dekh kar dukh ho jaata hai... Bechara kitna kaam kar raha hai😪
Hmm
This is amazing to watch in high speed
Wow 😲😲😲
Yes
This is incredible
Itni fast.😲😲😲
Yes... It's Very Fast
Yes… It’s Very Fast
Yes ... Very Fast
@@DevVlogsSwift Yes… Very Very Fast
Hmm... Too Very Fast
Spark plug most focused thing ever
Super fast 💨
Yes ... It's too fast 😝
Like flash
Great
What did you use to propel the crankshaft in order to shoot this video?
That’s what I was thinking, maybe a Laithe machine or something?
Yamaha rx100 engine
It's Machine Engine
Super Video! I liked!
Woah lol
Cool
Interesting approach to reducing piston ring friction
Good sir
Petrol blast its fake
Hi skta H
it's a Diesel Engine 🚚
Exelente 👉👍
BDSM i need sauce 🌚
Ohh