2 stroke is the fastest reving least part design ever made in a piston engine. Its alien smart, no computer needed. Its been around forever but federal government don't like them. You can't find 500cc twin cylinder, two stroke Road Bikes anymore. But I remember the Suzuki T500 cobra being popular around. True widowmakers : no supercharger or turbo needed. Just gas 😊
What's more insane is the oil. If you put food oil in there it would burst into flames. Absolutely. And turbos spin at like 20,000 rpm when under load. 3 seconds of not having steady oil at that speed and it turns itself into a Dremel tool, the shaft is thinner than a straw spinning twice the speed of a grinder... Doesn't take an engineer to know what 20,000rpm of metal on metal will do to a metal rod the size of chopsticks...
Yes! really amazing but the idea of combining all 4 strokes came up after humans came to know detailed knowledge of each one at a time! which is called evolution...
It is amazing. We are fortunate to witness the evolution of engines. Because someday engine will be so sophisticated people will believe it was alien technology.
I will never stop being fascinated by engines in general, the amount of moving pieces that need to work perfectly or else the whole thing fails is mind blowing
I'm continually amazed at the combustion engine. Most people never know what their engine does/goes through. Then add in the aviation industry, our engines run at 90-100% nearly all the time. A car engine could never withstand that abuse. Where an airplane engine almost thrives on it. Next time your car breaks down... Or your flight is delayed... Consider the stress these machines undergo. At another time, we can discuss jet engines...MIND BLOWN! Thanks for your amazing animation!
Man I had the motor at the phone Yesterday and Guess what, he told me that he was so happy to enjoy this incredible rest so thank you you're a god damn hero mate 👌🏼
Very well and efficiently explained. Looking forward for more informational videos from these gang. Thanks a lot because the video clears a lot of questions.... and is very straight forward
awesome video! i wish they still made you take a basic automotive class in high school. it's amazing how little people know about something they rely on so much and likely use every day! if they saw this and really paid attention, you'd never buy a direct injection car and you would be religious about changing your oil every 5000k miles 😛
Some bright humans came up with this invention, amazing! And I know what I'm talking about I'm an engineer ,couple years ago I invented the Anti-lost Tv Remote Control holder. Basicaly, I put some double face scotch tape on my couch and put the remote on it.
Demonstrates that for a smooth running engine; Change your spark plugs, change your oil, keep the air filter clean ( or change out) and only use high octane gasoline. Great video for motorcycle maintenance, etc.
We modified a Dahon folding bike with this type of 4 stroke engine. It can reach up to 45km/h and only consumes 0,60L per 50-100km. It goes really smooth and much more affordable than the other ones.
It wouldn't hurt to add that at the end of the exhaust stroke, the exhaust valve and the intake valve are open at the same time. NOT A LOT, just a little..... but it takes a little ventilation to get the last little bit of exhaust off the top of the piston. So the intake valve begins to open before the exhaust valve is fully closed and vacuum from the exhaust manifold sucks the rest of the exhaust out of the cylinder, allowing a full volume of clean air and fuel vapor to engulf the cylinder... with NO contamination from residual exhaust.
Very informative animation... Found out why they are called 4 stroke! simple to understand TDC now... true TDC is after the exhaust valve is closed! Gotcha! Thank you!
I'm looking at guides to adjust my valve clearance on motorcycles, this helped make a visual for where the valves and piston need to be to make the adjustment.
It is really amazing video. Could you open one secret? How do you show an intake, compression, combustion and exhaust using the different colours? Thank you in advance.
Amazing and very clear, on another note u just posted a video and vanished, may i know where this videi is from, because thats was a great explanation 🤔🤔
So I have to ask this, does the spark plug always create a spark each stroke or is it just for the one time while starting the engine, coz I thought that the compression of the gas and air mixture with the upward motion was sufficient to raise temperature, or am I wrong in thinking this?
He's wrong. The sample is an example if you would have a carburetor. Fuel injection injects gas directly into the cylinder and not through the valve itself. Don't get me wrong. It's a really cool animation. He just got what fuel delivery system that's being used wrong.
a modern 2.0 engine displacement you would imagine to start the engine at around 800 rpm. you drive around the city between 1500 to 2000 rpm.. and maybe reach 3000 on a highway.. you would hit 5000 rpm sometimes if you are trying to go fast
Engines still blow my mind. All of the precise, calculated moving parts, quickly, quietly and for many thousand miles.
Just like your heart man, eventually they give out though.
@@simoncallender mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmkmmmmmmmhmhmmmmggmmg
Fmmfmm.
M
Mm...mmmmmmmmkmmmm
Jmjmmmm.mm..kkkkkkkkkkkkjjjkkkkkkjjjjjjhhhgggkjjjjj nnkkkkmmhhhvvvvcccxxxxxz::"😡😡&*((***&&* ***^99*&&77&8889((????. , ))(9*//4$#3@!!!88((
2 stroke is the fastest reving least part design ever made in a piston engine. Its alien smart, no computer needed.
Its been around forever but federal government don't like them. You can't find 500cc twin cylinder, two stroke Road Bikes anymore.
But I remember the Suzuki T500 cobra being popular around.
True widowmakers : no supercharger or turbo needed.
Just gas 😊
@@simoncallender bet you're fun at parties.
What's more insane is the oil. If you put food oil in there it would burst into flames. Absolutely.
And turbos spin at like 20,000 rpm when under load.
3 seconds of not having steady oil at that speed and it turns itself into a Dremel tool, the shaft is thinner than a straw spinning twice the speed of a grinder... Doesn't take an engineer to know what 20,000rpm of metal on metal will do to a metal rod the size of chopsticks...
By far one of the clearest explanations of the 4 stroke cycle I've seen. Thank you.
The fact that the piston can move back and fort that fast without breaking the connecting rod blows my mind🤯
Super amazing engineering works
Amazing how humans came out with this engine idea
One step at a time. First you gotta build a steam boiler. Then a hundred years later you build an engine.
It really is fascinating
Truly great invention of our specie !
Yes! really amazing but the idea of combining all 4 strokes came up after humans came to know detailed knowledge of each one at a time! which is called evolution...
It is amazing. We are fortunate to witness the evolution of engines. Because someday engine will be so sophisticated people will believe it was alien technology.
Excellent example of the process. The full speed animation was also appreciated.
I will never stop being fascinated by engines in general, the amount of moving pieces that need to work perfectly or else the whole thing fails is mind blowing
I've seen so many explanations on 4 stroke engine on the web but this one is the best and clearest I've seen so far.
I'm continually amazed at the combustion engine. Most people never know what their engine does/goes through. Then add in the aviation industry, our engines run at 90-100% nearly all the time. A car engine could never withstand that abuse. Where an airplane engine almost thrives on it. Next time your car breaks down... Or your flight is delayed... Consider the stress these machines undergo. At another time, we can discuss jet engines...MIND BLOWN!
Thanks for your amazing animation!
TBF aircraft engines run at much, much lower RPMs than car engines. 100% on an IO-360 is like 2700RPMs
Very well explained..Engines are fascinating
They are indeed !
Yes fuleal engeacter systom ilinked my feled enginering basical dieseal enges worked , fouer stroked 2 stroked compressar meacheanical energey is compressar engacting engrey convertimg systom woriking moveimg fueal vengesies pistion carkshfted restin pin seting all compeanted
@@jollyscaria1922 what
I paused this video when the engine was spinning at 5000rpms to give it some rest
some heroes dont wear capes
@@sourhill2292 they wear iron man suit
Hahahaha
Your a hero
Man I had the motor at the phone Yesterday and Guess what, he told me that he was so happy to enjoy this incredible rest so thank you you're a god damn hero mate 👌🏼
This is the best and most comprehensive video explaining the operation of the 4 stroke engine!
this is the clearest explanations ive seen mate
Very well and efficiently explained.
Looking forward for more informational videos from these gang.
Thanks a lot because the video clears a lot of questions.... and is very straight forward
Wow! That is so amazing to see a real working piston looks like in such a high rpm.
Best explainer video I have seen. I showed it to my 3 yo and he understood it very well. He really enjoyed the actual speed portion. Thanks.
4 stroke engine: Intake, Compression, Combustion, Exhaust. That's too confusing. I prefer Suck, Squeeze, Bang, Blow.
thats not confusing! they are technical terms & urs are slang!
New einstein i see
This is the easy explains for the 4 stroke
I see you are a man of culture as well
@@KT-pf8gw i like how you say that suck squeeze bang and blow are slang words while simultaneously using ur like bruh
This is the best video on all of TH-cam
The more I watch, the more I get amazed! 😮
My goodness. Excuse me while I thank my reliable engine. Brb.
The best explanation on an animation ever
Nice piece of work that helped me with a rebuild, many thanks
Fascinating.... Great man created engines and other inventions to make a better world
That was explained clearly and concisely!
This really helped me for my exam . Thank you
awesome video! i wish they still made you take a basic automotive class in high school. it's amazing how little people know about something they rely on so much and likely use every day! if they saw this and really paid attention, you'd never buy a direct injection car and you would be religious about changing your oil every 5000k miles 😛
Our teacher showed this during the science class. Many thanks😊
Best explanation 👌, today our teacher is also explained this topic in a very good way😊
Aahh cool what class was this?
@@Sideswipe1135 automobile
Its amazing how fast things can move and for so long and not wear out like instantly, so cool
Some bright humans came up with this invention, amazing!
And I know what I'm talking about I'm an engineer ,couple years ago I invented the Anti-lost Tv Remote Control holder. Basicaly, I put some double face scotch tape on my couch and put the remote on it.
Thank you so much for that it helped a lot with my understanding 😊
This made my concept crystal clear
Demonstrates that for a smooth running engine; Change your spark plugs, change your oil, keep the air filter clean ( or change out) and only use high octane gasoline. Great video for motorcycle maintenance, etc.
We modified a Dahon folding bike with this type of 4 stroke engine. It can reach up to 45km/h and only consumes 0,60L per 50-100km. It goes really smooth and much more affordable than the other ones.
It wouldn't hurt to add that at the end of the exhaust stroke, the exhaust valve and the intake valve are open at the same time. NOT A LOT, just a little..... but it takes a little ventilation to get the last little bit of exhaust off the top of the piston. So the intake valve begins to open before the exhaust valve is fully closed and vacuum from the exhaust manifold sucks the rest of the exhaust out of the cylinder, allowing a full volume of clean air and fuel vapor to engulf the cylinder... with NO contamination from residual exhaust.
Very informative animation... Found out why they are called 4 stroke! simple to understand TDC now... true TDC is after the exhaust valve is closed! Gotcha! Thank you!
this was a video i had to watch for school and it was epic. Very good video 10/10 would watch again. 0% sarcasm in the comment
Very well explained video. Refreshed my memory real well
Great work helped with my 2nd year engineer class very helpful thanks babes
I know nothing about cars but this video really helped me understand
Hi, I'm Troy Mclure..
hi
Now that you've said that I can't get that out of my head lol
"You may remember me from..."
You might remember me from such educational films as “Lead Paint: Delicious But Deadly,” and “Here Comes the Metric System!”
In my next video we'll see what happens when paint dries.
I'm looking at guides to adjust my valve clearance on motorcycles, this helped make a visual for where the valves and piston need to be to make the adjustment.
Best explanation ever
Very good explanation of foure stroke engine
super ,perfect explanation
Amazing explaination sir, You got my respect as well as my subscription ❤️❤️❤️
Many thanks for a clear and perfect explanation
Wish I had this video when I did motor mechanical workshop in highschool in the 80's
Excellent video - super helpful!
Showed this to my brother, he didn’t believe me when I said this is how they worked. He believes me now!
Animation and explanation are well explained
Thank you brother
It is really amazing video. Could you open one secret? How do you show an intake, compression, combustion and exhaust using the different colours? Thank you in advance.
Amazing and very clear, on another note u just posted a video and vanished, may i know where this videi is from, because thats was a great explanation 🤔🤔
Such an interesting video too see. Learned a lot about how the engine work
This is what I needed thank you
gracias por la explicacion en Ingles, saludos desde Uruguay
Amazing video thanks!
I just learned more in this video than I did 2 semesters of autoshop
That was really helpful and meaningful!thank you!
Excellent work sir
Brief and clear, well understood
So I have to ask this, does the spark plug always create a spark each stroke or is it just for the one time while starting the engine, coz I thought that the compression of the gas and air mixture with the upward motion was sufficient to raise temperature, or am I wrong in thinking this?
I'm pretty sure each stroke
Amazing animation thank you!
I have a question plz elaborate that after 4 stroke cycle how and why the piston come down when the burned gas is ejected???
Wow this is amazing video
very great explanation with good animation
Waoo... great word is done in making this video...👏
I get that the piston moves in the combustion stroke because of the explosion.
How does the piston move in the rest of the strokes?
Great illustration
4 strokes are awesome especially on a dirt bike
How do you know what stroke youre on if the car is starting or after a overhaul
Wow! So crystal clear!
Well explained..Really understood the mechanism.Thanks a lot
Very informative and easy to understand
Thank you i always wondered what exactly a 4t was
well explained and animated
Cars made me love thermodynamics
what an explanation! amazing... 😍😍😍😍😍
Yash varma, best explained, best vdo, best best.... Other vdo?
Great animation!
great video 👍👍
Amazing animation bro ❤️❤️❤️
Great video
If the expansion of the air and gas mixture pushes the piston down during the combustion stroke, what pushes the piston down during the intake stroke?
Momentum
the motor
Amazing explanation
Thank you sir
Terrific explanation. Thanks a lot.
Too good maan keep doing this things
Very helpfull
Mr.harrington put me on this video now I'm taking notes
Doesn't a 4 stroke sparkplug sparks twice? In the animation I saw it only spark onces. In reality this is twice right?
Thank you for your detail explanation.
Thanks bro
Thank you, very helpful
Well explained
kelas king
p
pael jembot
He's wrong. The sample is an example if you would have a carburetor. Fuel injection injects gas directly into the cylinder and not through the valve itself. Don't get me wrong. It's a really cool animation. He just got what fuel delivery system that's being used wrong.
Thanku
a modern 2.0 engine displacement you would imagine to start the engine at around 800 rpm. you drive around the city between 1500 to 2000 rpm.. and maybe reach 3000 on a highway.. you would hit 5000 rpm sometimes if you are trying to go fast
Amazing machine
but how does the crankshaft spin??????