Cool video and all, I like the mechanics. But that is not a turbocharger, it's not making any boost for force induction on an engine. It's more like a vacuum powered turbine spinning some gears to make a lego engine turn. If you could really make a lego engine with a turbocharger on it, I'd be impressed!
Well for that to work, it would need to be combustion, as the reason why turbochargers are so efficient, they push and compress the air into the piston valve, when you have an electric powered lego-motor for a show engine, rather than an engine that uses combustion, the compression of the air has no effect as there is no use for the compressed air
As more than one commenter has said, this is not a turbo. Turbo is short for turbine-compressor. I would agree that this could be called a turbine as it uses a fluid (air) to drive a impeller, but a Turbo it is not
Actually, the turbos people make are not really “turbos” because turbos basically have two parts. The first part sucks in air and shoves it in the engine for more psi but the exhaust part is like a turbine with used gas (or air)
This is a big long shot, but you could make a Lego engine go so fast that it creates wind and have an exhaust type thing that connects to a sideways turbo, in a attempt to make real sound, big long shot but good idea
Thats sick! I made a functioning supercharger (not a turbocharger) for my lego vacuum engine by putting a second rotor on the air intake and connecting it the the main rotor with a gear reduction
A turbo charger is a turbine that is being driven by the exhaust of the engine, and compresses on its other side the intake air. What you built has absolutely NOTHING to do with a turbocharger.
It’s a good start, use silicon gel to seal ( it peels of ez after use ) I’ve made an airtight version similar to this. Don’t do it you melt a lot of stuff the parts move way to fast and melt together .
See, a turbo and a supercharger are alike but since we are talking about turbos you need to realize a turbo shouldnt be used as the engine itself because the turbo gives more air to the engine so it runs faster/better and it isnt an turbine engine.
Es ist eine einfache Fliehkraftkupplung wie bei einer Motorsäge. In Laufrichtung bei genug Drehzahl drängen die Kupplungselemente ( die schwarzen 2er Gummiverbinder) nach aussen und die anzutreibene Achse wird in Drehung versetzt.
What we are looking at here is effectively the same as Toyota's eCVT from the hybrid synergy drive. In this case the Lego engine is where the wheels would be, the turbo is the electric motor and the Lego motor is where the gas engine would be.
Is there a lego set where I can find all these gears/chains etc? Or do they all come different sets? I'm a mechanical engineer and I'd love it. Thank u
nice! however this is not a turbocharger :( its more like a turbine used to make the engine start, an actual turbo needs exhaust gases to actually work and using fuel on a lego engine will melt it :(
You have the universal joints set up in the wrong orientation. Put them together so that the notch on the sides is lined up with each other, it will run smoother. You have the joins offset by 90°
No one gets how turbos work, they take the exhaust pressure of the motor and convert that into intake pressure giving more air to the throttle body making more power, this is not a turbo charged engine
Cool, but not a turbocharger. I have made several of those vacum engines. I have also made some with functinoal cylinders, and turbo- and super chargers
Because you used an open differential as a 90* gear and put the turbine input on the one of the outputs of the differential, and nothing on the other output, while the electric motor and v6 engine are attached to the ring gear, absolutely no power from the turbine is going into the v6 engine. The electric motor alone is driving the engine. Once you locked up the other output, then you had power being transferred. Why use a differential in the first place?
If we think of lego vaccum engines and like real world engines turbos work by using the exshuat gas from the engine to spin a turbine that also sucks air ito it like a small vaccum that uses air and gives more air into the engine for better combustion becuz more oxygen equal bugger boom in engine so in technicality a vaccum egine from lego might be able to use a turbo but since vaccum engine dont have a exshaust they only have a intake and if u put a turbo on the intake i dont think it would do much cause the intake air is really weak and the turbo would do almost nothing but on the othee hand i have seen others make a super charger and it works but turbos seem like impossible if u think about it on vaccum engines🤓🤓js
@@Bricks.Master.Builders I don't understand why people have to be so rude. I applaud you for the obvious technical thinking skills involved in creating something that even remotely resembles an actual turbo charger. I'm a mechanic and whereas this doesn't look like the real thing. It does still behave similarly for the most part. I think it was rather clever that you were able to create the same general function and end result with something as simple as Lego. I'd be willing to bet that most of the people who felt like they needed to say "Technically this isn't a turbo charger" actually have no idea how one even works. Sorry for making this comment so long. I just wanted to say, ignore the haters. Because you achieved a functional boost system using toys. I think it's awesome! Thanks for posting,I can't wait to show this video to my son. He loves building with Lego, so I'm gonna see if we can build one together.
Not really, a procharger is just a centrifugal supercharger, and superchargers are driven by the crank. This is more like a turbine connected to the crank.
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ok but thats not a turbo thats an engine
Excuse me but did you speed up the video while you had been using the “turbocharger”
@@reindeerbuilderyes, I checked.
It's cool, but i think it's more like an air powered hybrid drive more than a turbo
Or a throttle
@@AverageGamer2010 A throttle is exactly what I thought of too.
Super charger
It's Toyota's eCVT.
It's impossible unless you have galvanized steel Legos because there's no way Lego could handle the heat of an actual turbocharger
Cool video and all, I like the mechanics. But that is not a turbocharger, it's not making any boost for force induction on an engine. It's more like a vacuum powered turbine spinning some gears to make a lego engine turn. If you could really make a lego engine with a turbocharger on it, I'd be impressed!
Any suggestions on what should i name it??
@@Bricks.Master.Builders Maybe what he described it as: Vacuum-powered turbine
Well for that to work, it would need to be combustion, as the reason why turbochargers are so efficient, they push and compress the air into the piston valve, when you have an electric powered lego-motor for a show engine, rather than an engine that uses combustion, the compression of the air has no effect as there is no use for the compressed air
It would quite be a turbo since it's powered by the engine it be more like a procharger
when he put a driveshaft on there it made me think of a pro charger
correct me if im wrong but i think that it is not the first
True and it's also not a turbo. Turbo is for forced induction more air and more fuel greatest more power but this is just a turbine
Nor is it "working"
@@cuberznlyea that’s only a vacuum engine
Yeah umm I don't think it creates boost or works off exhaust pressure
Ur right
As more than one commenter has said, this is not a turbo. Turbo is short for turbine-compressor. I would agree that this could be called a turbine as it uses a fluid (air) to drive a impeller, but a Turbo it is not
Yes, you are right 👍🏻
Last time I checked air isn't a fluid 😑
Great video, Thanks for posting this cool LEGO Videos
Thank you too ☺️
The title is clickbait,This is not the first, and its not a turbo.Good idea though just maybe next time use a different title.
It’s more like a turbine engine boost, I don’t know
IT SAIF THE FIRST LEGO!
It’s literally forced induction 😂
You're just using vacuum cleaner to spin the engine xD it has nothing to do with turbo charginng
It's just a LEGO model 🥹
@@Bricks.Master.Builders So there are waaayyy more realistic things made of lego than this like actual pnematic engines.
@@Bricks.Master.Buildersyou did say working😂
Yo dont give up, this thing is pretty cool. Like everyone said not a turbo, but still creative. Keep it up!
This is just a vacuum engine and is not the worlds first either.
A turbo basically is a vacuum turbine
@@AverageGamer2010 a turbo has two impellers, one spins due to exhaust and the other, which is connected with an axle, pushes air into the engine.
@@AverageGamer2010 A turbo is a turbine-powered air pump.
cool vacuum engine
Actually, the turbos people make are not really “turbos” because turbos basically have two parts. The first part sucks in air and shoves it in the engine for more psi but the exhaust part is like a turbine with used gas (or air)
Great job, this is the first time I've seen this in LEGO ❤
Thank you 🤗
@@Bricks.Master.Buildersand it's the best
@@randomedits-TikTok Thanks ❤️
@@Bricks.Master.Builders can you make a alternative build for the R34 like a Koenigsegg or McLaren or another JDM like RX-7 please
This is a big long shot, but you could make a Lego engine go so fast that it creates wind and have an exhaust type thing that connects to a sideways turbo, in a attempt to make real sound, big long shot but good idea
I don't think the materials could handle the heat and friction
I think it would be interesting if this concept could be implemented into a Lego technic car.
Yes, that’s true 👍🏻👍🏻
Thats sick! I made a functioning supercharger (not a turbocharger) for my lego vacuum engine by putting a second rotor on the air intake and connecting it the the main rotor with a gear reduction
A turbo charger is a turbine that is being driven by the exhaust of the engine, and compresses on its other side the intake air. What you built has absolutely NOTHING to do with a turbocharger.
It’s a good start, use silicon gel to seal ( it peels of ez after use ) I’ve made an airtight version similar to this. Don’t do it you melt a lot of stuff the parts move way to fast and melt together .
Thus proving that ANYTHING can be created from LEGO!
⭐️ Don’t miss this video: Gearing Up LEGO Car on a Dyno to Reach Max RPM !!
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Really interesting but the turbine doesnt generate lots of torque just alot of power
I think torque is a form of power
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See, a turbo and a supercharger are alike but since we are talking about turbos you need to realize a turbo shouldnt be used as the engine itself because the turbo gives more air to the engine so it runs faster/better and it isnt an turbine engine.
Can you explain the free wheel mechanism. It doesn’t seem like it would work and would cause a lot of friction
Es ist eine einfache Fliehkraftkupplung wie bei einer Motorsäge. In Laufrichtung bei genug Drehzahl drängen die Kupplungselemente ( die schwarzen 2er Gummiverbinder) nach aussen und die anzutreibene Achse wird in Drehung versetzt.
@@rainer2810mate ever heard of not commenting in your native language when the original comment isn't your native language
@@cuberznllol
@@cuberznlnvr knew dat
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Without oil these parts will be dead within minutes
Yep
My co worker was outside listening to this on his phone
I swore I heard a honda civic running
😅👍
Where can i get these type of Lego technic bricks. Is there a full box of these bricks like the lego classic?
Now attach it to a lego car. 👍👍👍
What we are looking at here is effectively the same as Toyota's eCVT from the hybrid synergy drive.
In this case the Lego engine is where the wheels would be, the turbo is the electric motor and the Lego motor is where the gas engine would be.
Is there a lego set where I can find all these gears/chains etc? Or do they all come different sets? I'm a mechanical engineer and I'd love it.
Thank u
nice! however this is not a turbocharger :( its more like a turbine used to make the engine start, an actual turbo needs exhaust gases to actually work and using fuel on a lego engine will melt it :(
You have the universal joints set up in the wrong orientation. Put them together so that the notch on the sides is lined up with each other, it will run smoother. You have the joins offset by 90°
its cool but it cant be a turbo because turbos are spun by the exhaust gas and i dont think this has any, but its similar because of the vacuum
Thank you for your comment ❤️
@ no problem, btw you make great videos keep it up
Instead of using a shop vac Try building an electric motor driven lego built vacuum ?
You could get it spinning fast enough by using a gearbox and potentially a flywheel to keep up the momentum
Its so cool
Thanks ❤️❤️
@@Bricks.Master.Builders np
No one gets how turbos work, they take the exhaust pressure of the motor and convert that into intake pressure giving more air to the throttle body making more power, this is not a turbo charged engine
A vacuum powered air turbine powering the input to a mock display engine.
👍👍
A cool air-powered APU perhaps, but not a turbocharger given an engine drives a turbocharger and not the other way around 🙂
What is its use if it's not even a gas powered engine? It's not getting any combustion so it won't improve anything. Maybe a hybrid drive.
what if this can power a whole PC 😮😮
A real turbo would be connected to the exhaust manifold and the tube to the radiator
No, an intercooler
@@paulalcock6735 that’s what I meant to say
I run my turbo through my power steering rack too for better turn response.
That’s a centrifugal supercharger operating in reverse. Air powering crank instead of crank pushing air.
I'm still confused about the engine.
Whose power does it run in air, gasoline or battery?
Electric Motor + Air
Could using those lego air tube things with a powered set in a similar set up act as a boost for the RC cars?
Not a turbo but still a cool turbine you should make one with the piston engine for more torque
Thank you so much 😊
Your welcome
My expectations were too high.
i don't want to be mean but this is just a normal vacuum engine, has nothing to do with a turbo (clickbait) and is definitely not the first one
Cool, but not a turbocharger. I have made several of those vacum engines. I have also made some with functinoal cylinders, and turbo- and super chargers
Thanks for the info
Making boost is the exact opposite of sucking a impeller by vacume😉
The elecric motor is just an starter to crank the engine, not a run motor...
Well thats not how a turbocharger works lol. Exhaust gas spins a turbine that is connected to a intake turbine. Compressing the air.
Pls make a custom engine like water or air eng 😊😊
Lamborghini Engine Be like:
Sorry for my 2 cents, but it's not a Turbo but a compressor...
1. its not a turbo, its a vacuum engine with some plastic engine-look shit on an axle drive
2. you dont need a starter moror, AIM the vacuum well!
Ok 👍🏻
@@Bricks.Master.Builders it is a cool build tho
I suggest using a 1-way drive axle.
Can you upload the instructions for it?
0:33 anyone else cringe a little at the misaligned U-joints or am I just a huge nerd?
i suffer looking at that.
the air is driving the engine... the engine is not driving the air
Could you give me a step by step tutorial on how to create this?
So, where's the turbo again?
Because you used an open differential as a 90* gear and put the turbine input on the one of the outputs of the differential, and nothing on the other output, while the electric motor and v6 engine are attached to the ring gear, absolutely no power from the turbine is going into the v6 engine. The electric motor alone is driving the engine. Once you locked up the other output, then you had power being transferred. Why use a differential in the first place?
To keep the motor running at low speed so when I activate the turbine you can see the difference in output speed
In this situation this mechanism acts like an adder.
Same idea of adders and subtractors (they all use differentials)
A challenge could be to make a vw beetle engine
Thats not a Turbo but a turbine or vacume turbine known as lvt
3:18 I'm sorry but why even have a differential in the first place? just use normal gears
prolly cuz all the other methods did not work and put the power into waste
I agree
0:04 the 2 dark technic connectors look different. Are they?
V6? Cool
That's not a turbocharger, and the "flywheel mechanism" is a centrifugal clutch.
Try doing a supercharger next
we got lego turbos before gta 6
😂
you should add a flywheel to it
Not to be disrespectful but if anything thats a centrifugal supercharger
im not a genius but that’s probably a vacuum engine
I meant that no one made this setup before 👍🏻
Many others made vacuum turbine engines 👍🏻
Its an engine with a supercharger, not a turbocharger, not the world's first either
👍🏻
Underrated channel
Thank you.. like, comment and share to support
Well i think you use the turbine as the engine and starter motor for idling so its kinda useless
dont get me worng it looks cool but it is'nt a turbo its more like a tubine engine that drives the motor
I'm sure we made plenty of "turbos" as children
😅😅
Look up Lego vacuum engine, you have made a Lego Vacuum Turbine
Not a turbo, seems to work more like an air powered throttle body
There is a fan on the engine to cool the radiator
I built a 13 000 rpm turbine like that about 2 1/2 months ago you ain’t the same, not even close
This video is about the setup, not the speed
@@Bricks.Master.Builders I didn’t tell about my v6 vaccuum engine that is turbo charged
I got mine to like 18,000 or 19,000 with grease and a pressure washer, it blew up...
@@JustChillin1134 wow, that very fast 👏
BRO that's just a lego vacuum engine connected to a lego V6
make an engine that uses compressed air and make thee turbo spin from exhaust gasses
You need a fly wheel not a freewheel
This is a turbine connected to a non-functional legl engine, not really a turbocharger
If we think of lego vaccum engines and like real world engines turbos work by using the exshuat gas from the engine to spin a turbine that also sucks air ito it like a small vaccum that uses air and gives more air into the engine for better combustion becuz more oxygen equal bugger boom in engine so in technicality a vaccum egine from lego might be able to use a turbo but since vaccum engine dont have a exshaust they only have a intake and if u put a turbo on the intake i dont think it would do much cause the intake air is really weak and the turbo would do almost nothing but on the othee hand i have seen others make a super charger and it works but turbos seem like impossible if u think about it on vaccum engines🤓🤓js
More of a electro-vacuum hybrid engine, don't see a turbo
Not everything can be done exactly in LEGO. There are no combustion engines in LEGO. We just use our imagination
@@Bricks.Master.Builders I don't understand why people have to be so rude. I applaud you for the obvious technical thinking skills involved in creating something that even remotely resembles an actual turbo charger. I'm a mechanic and whereas this doesn't look like the real thing. It does still behave similarly for the most part. I think it was rather clever that you were able to create the same general function and end result with something as simple as Lego. I'd be willing to bet that most of the people who felt like they needed to say "Technically this isn't a turbo charger" actually have no idea how one even works. Sorry for making this comment so long. I just wanted to say, ignore the haters. Because you achieved a functional boost system using toys. I think it's awesome! Thanks for posting,I can't wait to show this video to my son. He loves building with Lego, so I'm gonna see if we can build one together.
@@Bricks.Master.Builders Nah there are lego engines that actually run off and and not and impeller.
This is not a turbo charger 😂 bro this is a turbine and on any lego chanel is one of them so it is not the first turbine 😂😂😂
I know, i meant that no one made this setup before.
I know that many others made a turbine engine before 😊👍🏻
That's not a turbo charger, it's more related to a turbine engine
thats not a turbo its like a lego vacuum turbine
👍🏻👍🏻
Make a working Lego plane
More of a throttle than a turbo charger
That's not how a turbocharger works.
That would technically be a procharger
Not really, a procharger is just a centrifugal supercharger, and superchargers are driven by the crank. This is more like a turbine connected to the crank.
@@jmiller007 Fair enough
That’s just a spinning intake not a turbo
Es ist nicht der erste turbolader hab auch so ein teil
Same
Why can't you use a gear instead of a differential
This mf copied @lucas-dynamics vacuum powered engine, and called it a turbo and smacked on some legos and called it a day 😆
Casualidad no eres ingeniero?
I’m a civil engineer
@@Bricks.Master.Builders 🤯
That ain't the first...
Bud you don't sem to know what a turbo is
I know, nothing in lego works exactly like real life counterparts