Air Powered Lego Engine Experiments
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- Опубликовано: 8 май 2024
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20 Tests with different Lego pneumatic engines. Pneumatic motors are essentially steam engines powered with compressed air. Air motors have many characteristics of combustion engines.
Modified Lego pneumatic parts and Lego Pneumatic Engine Kits: greengeckoworkshop.com
Compressor: surl.li/gjyvq
3D Printer: store.creality.com/products/e...
Chapters:
00:00 Faster Engine
00:45 Power Sources
01:00 Firing Order
02:03 Underwater
03:26 Reversing
04:09 Gearbox
04:57 2 Stroke
06:50 Water Pump
07:13 i5
08:10 Valve Timing
08:24 Long Cylinders
09:18 Propeller
09:24 Flywheel
09:46 Electric Valves
10:11 Engine Sounds
10:27 Compressor
11:07 2 Engines
11:15 Failed Pistons
11:42 Generating Electricity
12:00 Adjustable V-Angle
Camera used for this video: amzn.to/3J50QZq
Microphones used for this video: amzn.to/405sX0X
USB DC Converter: amzn.to/3L0rfYS
Please note: I get a commission if you buy via Amazon or BuWizz link above. Thanks for your support.
Where I get my Lego parts from: www.bricklink.com/v2/main.page
Music: NEFFEX - Go Down Swinging ( Instrumental)
Discovery Hit by Kevin MacLeod is licensed under a Creative Commons Attribution 4.0 license. creativecommons.org/licenses/...
Source: incompetech.com/music/royalty-...
Artist: incompetech.com/
Engine designs inspired by @ludicrousbrickstudio, @DrDudeNL, @GreenGeckoLegoTechnicWorkshop
#bricktechnology
#legotechnic
#lego
#asmr
#engineering
#lpe
#pneumatic
#pneumaticengine 
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Check out World of Warships! Download it here: wo.ws/3n6Mw9Y use CODE: WARSHIPS to receive the following:
500 doubloons, 2 million credits, WoWS 7 Days of Premium, FREE Ship (aXer 15 baWles). Choose one of Phoenix, Kuma, Courbet, Dante Alighieri, Wakeful 6 skilled points commander
I hope you enjoy my compilation of crazy Lego Pneumatic engines. If you want to build your own engine you can find individual Lego Parts on bricklink.com.
To make engines like the ones in the video, you need modified Lego Pneumatic parts. You can buy them here: www.greengeckoworkshop.com/ or modify them yourself. Check out the GreenGeckoWorkshop RUclips Channel for modification instructions, or get an engine kit with ready made parts and building instructions.
A compressor is required to run these engines. I use a silent Implotex Airbrush compressor: surl.li/gjyvq, but even a bicycle pump with a soda bottle as air tank works well enough for smaller engines.
Check out the following channels for more videos about Lego Pneumatic engines:
www.youtube.com/@DrDudeNL/videos
www.youtube.com/@GreenGeckoLegoTechnicWorkshop
www.youtube.com/@redshoebox
www.youtube.com/@OOOONeoGamerOOOO
www.youtube.com/@ludicrousbrickstudio9780
I LOVE YOUR VIDEOS!!!
Seriously, I´ve watched them all and enjoyed watching every single one, especially because I enjoy LEGO myself.
Always happy when you upload!
hey, I see you made my single cylinder lpe (engine #6) from my other channel, ludicrous brick studio:D
@@bric_dude yes, I added you to the credits. I tried so many engine designs. Sorry that I forgot to mention you. Great design btw.
@@BrickTechnology thank you:) I appreciate it👍
@@BrickTechnology Has #9 been sponsored by Audi?
Something these model engines show really well is how the rotation of an engine isn't constant in it's speed; the crank rotates faster when the crank is at 90degrees to the connecting rod, and slowest when it's perfectly in line with the connecting rod. That's why heavy flywheels are used in a lot of 4 cylinder engines, and why engines with more than 4 cylinders are so smooth.
Not if each piston is offset by 90°.
this guy's gonna end up building a whole rocket ship made out of legos and fly to the moon with it
Honestly I wouldn't be surprised he's a genius
Ha
And I cannot wait until that video comes out!
If we look at the prices of Lego it would cost 100x more than a normal rocket
lol
I tried making lego pneumatic engines when I was much younger, the old single acting cylinders moved much easier and so did the switches although the switches were still too stiff really (also theyre off in the middle). I like the pinched tube idea, Id like to see more of that.
Thank you for inspiring me to build my own model engine!
@Bully Maguire 🅥 bots
@Bully Maguire 🅥 I wasn't looking for it, but it made me happy
Just 2 more likes
@Bully Maguire 🅥 thank you :)
The 120⁰ for the Inline-3 and V6 was easy (albeit still very clever), but the Inline-5... You made a custom 72⁰ component. And here I was thinking that you couldn't get any more devoted and ground-breaking (other than finding a way to mass-produce and sell Lego sets of these while gaining a decent profit). I am forever impressed.
It’s amazing seeing the I6 engine’s fixing the firing orders, from an unbalanced to a balanced version, solve vibration completely!
The production value on your videos seems to have just jumped up considerably, this was really pleasing to just sit and watch (not that they weren’t already) and very interesting as always congrats
I love that I can hear the different engine sounds and compare them to ones I've heard around me out and about, the 135 degree v8 sounded more like a muscle car and the 45 degree v8 more like a truck engine to me. Thanks for making these!
Man what a huge amount of engines you designed for this video! This is exactly why I’m subscribed. Keep it up man, stay safe.
I feel like these engines would be a lot cooler with colored smoke and clear tubes so we can kind of see how they work
They run far too fast to make that help with visibility unfortunately, but that would be cool
The original lego car engine video they made also goes a bit more in-depth on how they work
@@BetaDude40 I've seen that, my thoughts were more for the slow mo, colored smoke would show airflow with little editing and explanation needed
most colored smoke i know is toxic xD
@@rafcion6726 even the stuff they use for photography?
now that you've got an ender 5, you should try to print some shorter crankshaft pieces to get a stroke length shorter than 3 bricks. I would love to see what kind of speed you can get with a shorter stroke length. Those pistons seem to have some decent power; I could imagine maybe a stroke length as low as one brick could work.
Please tell us how you've mastered mechanics and engineering. mention the books or any other source that have had great impact on your journey.
up
probably school lol
Its crazy how they all sound very simular to the real engines. And i listened to a lot of them
The best thing in this video is when you show applications for these engines, such as powering the pump! Awesome stuff as always
Have you considered dry ice and water as an alternative power source?
Put it in a metal container to hold the pressure
Cool idea
I was thinking baking soda and vinegar
I like the idea of the pressure source beeing a phase change reaction, you'd need an expandable bladder of sme kind to keep the pressure constant
How about fumes from some flammable liquid?
@@zadovrus1624like oil
Hi!
I'm vrey happy to see these experiments with the air engines! Especially the firing order one!
Question:
Do you plan on using flat-plane crankshafts for your four/eight cylinder engines? You're using cross-plane ones now (90 degrees between each pin, while flat would be 180, basically the two outer pins being on one side, the two inner ones on the other). Flat-plane cranks are used in most 4 and 8 cylinder engines, the exceptions being some sports bikes, which still use cross-plane.
Your cat assistants are so cute!
This is really ingenious, I would have never thought this was possible with Lego!
This incidentally really helped me to understand how engines conceptually work, thank you !
I found it really interesting where you changed the valve timing, the firing order etc, i think making a full lego car with a pneumatic engine in and tuning it would be really cool. You could even make a dyno to test rpm
If your next video is a full-size working lego car, I wouldn't even be the least bit surprised. Incredible work!
Yes another video I’ve been waiting for this one I love your videos and there so high quality
As someone with a love for lego, and a slightly more than casual interest in engines, I really enjoy these videos😊
Awesome inclusion of the turntable. Loved the camera angles and editing.
wow I love it. You should really develop a noise music piece out of these. Please write me if you are interested in performing those things live or if you are willing to share the plans for those machines so we can listen to them on a big soundsystem. I am Leipzig based so hopefully not too far away
Incredible work as always
Also this video is freaking amazing at describing how a engine actually works like for an example I didn’t know that’s why a flywheel exists
Brick technology starts getting sponsors and not one negative comment about it. I love it, you keep the lego community satisfied with brilliant content and deserve the payroll. Congrats!
This is so relaxing & kind of serene the engine sounds & acceleration are good & A1 :D
Nice experiments! I noticed that you zip-tied some of the hoses to the t-pieces to prevent them flying off. If this is the case, I would recommend using stepped/grooved t-pieces, since they grab onto the tubes much better and resist popping off at high pressures. Good stuff though!
Thank you for sharing your process.
5:20 notice how it needed a bigger flywheel to start
That's how you know power was lost
u must invent that piece you've printed 7:48
For me, the most impressive thing in the video was the adjustable angle motor! Great idea!
2:00 thats a hard one... uhhhh hmmm hhhhh aaaa is it 1?
nah, I thinks its 1
Your editing takes this to an entire different level. Well done man. Love it!
Huge fan of these pneumatic engine videos
Awesome video! It would be interesting to see a comparison of torque output between 1 and 2 stroke engines, as well as switched vs non-switched valvetrains.
3:08 kinda unintentionally sounds like an engine running without a header or a manifold
Question: could you do an experiment in a video to demonstrate the power of these engines compared to traditional Lego electric motors? I understand if the point of this is purely educational but since they're both available as LEGO building/engineering techniques it would be nice to see how these arduously-produced stack up to premade motors (drive sources) in terms of ... torque, I guess?
i cant tell u how i love ur videos so much man amazing and interesting content
Id love to see you power a LEGO clock with an airtank❤could run for weeks
The effort you put into this is astronomical
8:34 sounded like steam train
Steam trains use hellishly long pistons
Very, very cool presentation. Clear, understandable and engaging. Thank you.
I'm all bricked up for this air engine videos!
3D printed lego parts is awesome! I can't even imagine how powerful he will be now
IVE BEEN WAITING FOR THIS
1:08 sick beat lmao
I love how all of the "messing around with lego" type channels have cats who come and investigate the builds. definitely a crossover in demographics going on here.
Awesome! Only need some vacuum engines on the channel now!
You should make a propellor engine for a lego plane with these. Edit: make the plane move with the engine.
It's so cool!, it sounds like an actual engine
That electronic valve control is an interesting concept, it’s almost a hybrid engine
Something I’ve always wondered, does the orientation of the pistons matter? Like, does an in-line 6 vs a v6, vs a flat 6 make a difference beyond how compact it is overall, or is there a significant differences impact on torque, reliability, etc? Might make for an interesting video comparing them?
It indeed does. Inline 6 engines are notoriously more reliable and smoother because of less vibration and wear, flat sixes rev higher for whatever reason and v6s are cheap
1:54 sounds like a VW TDI engine😂
We need more air-engine content on this channel!
I cant help but think some of these engines would be really cool in large rc boats
What a simple yet brilliant way to level-up the production value with lazy susan! Fun and interesting video once again, keep it up!
7:15 i have a volvo 850 from 95 with an inline 5, and its nice to see those oddball engines configurations get some love
I love how the cats come by and get all curious. 😸
9:20 I find this but funny because you are using air pressure to make rotational energy to then turn back into air pressure to power the car!
Never opened a notification this fast
lol
YES 3D printing has come into the mix!!!
Those pneumatic engines are so cool!!!
Can you build a V8 muscle car with clutch and gearbox? Kind of like the truck you’ve made but bigger and faster ;)
And maybe you can create a pneumatic exhaust system like on the Dodge Challenger Daytona SRT e-muscle concept to give it a badass sound 😏
car nerd here, love that you made a handful of real engine layouts!
I used to build mini garbage compactors out of Lego using those yellow air cylinders. The compactor worked well.
3:23 Cat.
Cat.
🐱@@VHS_Serenity
Next try to make an engine out of linear actuators
I seem to remember 1-5-3-6-2-4 was the firing order of my dad's 1969 Falcon.
it was engraved in the engine block.
Not gunna lie, at 0:10 I thought it was vibrating rather then it being on a turn table. Keep it up!
Air engines + lego = 👌⚙️
Your videos are the best, I really enjoy the effort you put into every creation and video edition. You deserve everything good thing in your life. Keep doing these videos
Thanks a lot, this means a lot to me.
1K?!?!!!!!???
yes if you use a valve gear like stephensons or walschearts if i had more hoses i would 3:46
nah i4 be 1-2-3-4 and make it a crossplane
Underrated youtuber, he’s amazing
that ad came out of nowhere wth
Ya!
These videos are like a holiday every time
This is extremely well put together. It explains things very clearly and simply enough that a lot of people would understand. I love practical models like this. Amazing job!
Edit: Also has cats. A+
Flat\Boxer was most ballanced....Great job!
I would like to know more about the reversable air engine. I cant quite get how it works
I would love to see different vehicles tested with different varieties of engines. Though probably the only thing that can hold the engine is a large LEGO boat.
13:10-13:19 the cat's movement synchronized with the engine noise made me think of some vehicles (particularly old cars) that do that sometimes.
I didn't know there is a firing order for an engine. I always thought of the incorrect one, i learned something amazing from brick technology again.
The in-line 6 sounds like a real i6 too! That’s amazing. It immediately reminded me of my old jeep Cherokee and a diesel engine
this videos are a gift! keep it up! :D
i got an idea for your channel! make an engine with a gas pedal with pneumatics - actually do you have an engine that has a variable-controlled RPM or do all the engines have speed controlled by the psi? in any case, have a gas pedal and a clutch pedal that goes to a transmission like at 4:45... it would showcase how one is supposed to drive a manual car by showing the theory of operation in lego form.
6:57 1.9 TDI
Can you please make a video showing how did you make the waterfall ?
These aren't *just* engines. They're *masterpieces.* Every single *hiss* of these engines is like a *heartbeat.*
Immediate proof of why steam or air powered engines will always have more character and life than an ol' diesel or gasoline engine.
Can I be honest though
I can feel that with all three categories
Air/Steam
Gas/Diesel
Electric
They all have different dialects, but you can feel the joy of doing their job in their own unique way
The inline 6 in any format is a thing of beauty.
Bro this is too good
The i3 sounds identical to a Deutz F3L912! Great job!
Geeze, every episode is more impressive than the last
The demonstration of the V8 was really cool, fancy how the angle of the cylinders relative to each other can make such a huge difference. The way you showed proper firing order of cylinders was also really neat and easy to understand.
I do still wonder about 1-stroke vs 2-stroke engines: it seems 1-stroke is more reliable, so why is 2-stroke even a thing? Easier/cheaper to build?
Actual one-stroke engines do not exist because they cannot complete the combustion cycle in just one stroke, you need at least two strokes. As for why we have four-stroke engines, because of emissions basically. The biggest engines in the world (those on cargo ships) are two-stroke, because two-stroke are more efficient in terms of raw power over four-stroke. Also racing bikes (those that do not have to comply with emissions standards) are two-stroke for the same reason.
What about building a gasoline engine like a steam engine? Combustion chambers on both sides of the piston head, would it work?
@@HB45175What OP and Brick Technology meant was "single-acting" vs "double-acting" engines
my favorite channel because I love legos and engineering
Love it.
Next project: pneumatic clock?
I really like your channel, the presentation is awesome.
If this guy was making cars, we’d never have an energy crisis
3:40 sounds lika a diesel to me)
try using some kind of lubricant to see if they run better