Now this is a video done right. Straight to the point. No talking about your patreon account, no begging to subscribe, We need more creators like you. Thank you.
Ik I'm gonna sound like a knob but does creators do that because it is their main source of income this dude might have another job he has but content creators do this as a job the more subs the more money (I think)
Use fewer gears. Even good gears' efficiency is 98%, these plastic ones are probably 70%. You lose a ton of power on every gear connection. Also yeah use some lubrication dude, motor oil would do best but for short experiments cooking oil is fine too. When fresh it provides about the same lubrication as motor oil but when exposed to air it turns into sticky solid gunk in only a few days.
I suspect motor oil may chemically melt the ABS plastic. A silicone based lubricant is probably going to be safer (as long as it isn't propelled with acetone) but less effective.
I would use white lithium for heavy loads at low speed but pure silicon grease would be great at room temperature for lubricating the parts. I'll give it a try later and update if it works. I'll be using up to three regular motors, I don't have XLs.
I find it hilarious and terrifying that with even a basic understanding of gear ratios, children can spin these components at dangerously high speeds. Well done!
Firstly, definately get rid of the rubber tyre. Secondly, fixate the final axis also from the other side, just like you do with your gears. Both should help with the vibration issue. Definatly use lubricant (like many have already suggested). And lastly: no cheating with the drill for top speed. If you really need to use the drill to overcome static friction in the system, please use it only as a starter (maybe building a temporary connection to one of the middle gears, that can be removed easily when the system is started up).
@@PhilBoswell It could be used to fix more than that, if motors are added to the other side as well. This will reduce the torque load on the axel since the load will be applied in the same direction from both sides.
According the the Nyquist-Shannon sampling theorem, you can only accurately reconstruct a signal that has maximum frequency less than half of your sampling rate. If this condition is not met, you will see aliasing in your output. For example, if you were recording at 60 fps, the wheel spinning at 2100 RPM would look identical (on camera) to a wheel spinning at 1500 RPM. This is why recordings of helicopters sometimes seem to have the blades standing still; the helicopter's rotors are spinning at a rate close to an integer multiple of double the recording's frame rate, resulting in the signal aliasing that of a 0 Hz signal. To avoid aliasing at up to 3000 RPM, you should ensure that your camera's frame rate is greater than 100 FPS. You could also look into a wheel encoder if you don't have this ability. An optical encoder and computer interface is available from Phidgets for $100 and can measure speeds up to 3000 RPM with a resolution of 1 degree. You can read the output directly from the motor and then multiply by the gear ratio to get above the 3000 RPM limit at the cost of resolution, but I don't think you need anything more than 90 degree accuracy. All Phidgets products are supported by open source APIs in C, Python, .NET, and JS, plus plenty of documentation and examples for each product and I highly recommend them.
I was recording at 100 FPS so the aliasing wasn't a big problem. Half a rotation between frames at 3000 RPM. Easy to rule out 1.5 rotations and multiples if you follow the acceleration frame by frame. But it will become a problem at faster speeds. I'm wondering here what to do with the remake video (without tire etc.). I can increase the GoPro 6 frame rate to 200. That helps a bit but not much. I could draw blue lines to 40 tooth gray gears and start counting rotations on those instead of the wheel. Or perhaps I could use sound; look for moving spikes in frequency analysis? An encoder is also an option, but I haven't used those before, so there is a learning curve for me.
Brick Experiment Channel Using frequency analysis of the audio is a solid idea. Here's a video on it: ruclips.net/video/xutm6oMTBw8/видео.html You can do the same thing on your computer by taking your recording and exporting the audio, then importing that file into MATLAB, Julia, or Python (with NumPy and SciPy). All of them (including Python, I think) have an fft(x) function that will give you the DFT of x[n], denoted as X[w], where n is in [0, N), w[k] = 2*pi*fs*(k-1)/N, fs is your sampling rate, and N is the length of your audio clip in samples. w is angular frequency, so you can get f[k] = w[k]/(2*pi). After that I would plot X[w] against w[k] for k in [0, N/2] (because of Nyquist-Shannon sampling theorem again) and look for a series of harmonics that are an integer multiple of some value, a method known as Harmonic Product Spectrum or HPS. HPS is explained in detail here: musicweb.ucsd.edu/~trsmyth/analysis/Harmonic_Product_Spectrum.html You can also use any number of other frequency estimation algorithms. Encoders aren't that bad from a software perspective, but mechanically attaching them may prove to be difficult. Phidgets has great documentation on the topic here: www.phidgets.com/docs/Encoder_Primer
Thanks. Good video link. I have Cool Edit Pro 2.1 and it has a pretty good frequency analysis tool that can do the same thing. I tested it with the double-XL experiment and found clear peaks at 45,5 Hz, 91 Hz, 136 Hz, 182 Hz, etc. The RPM I had calculated visually was 2750. The peak that seems to work best here is at 45,5 Hz: 45,5 * 60 = 2730. The only problem is to know which peak to use. So I think it still needs some other method to verify that you are in the right ballpark.
Brick Experiment Channel If it's as you say, then HPS is the perfect algorithm to apply. You can use it to find the peak with the highest frequency power - all other elements will collapse to zero. Here's the algorithm: Let X[n] be the magnitude of the DFT of a signal for n in [1, N]. If the algorithm is to look at k harmonics of a frequency bin, let Y[i] = X[i] × X[2i] × ... × X[ki] for i in [1, floor(N / k)]. Y is the HPS of X using the k harmonics of each frequency bin. It's then a matter of finding the maximal element of Y. For example, let's say we have your signal with peaks at 45 Hz, 90 Hz, 135 Hz, and so on. There might be noise around each peak, but since they have no corresponding harmonics, they will get zeroed out in the HPS, leaving a large peak at 45 Hz.
I made a Jupyter notebook with an example of HPS in Python. You may find it useful in your analysis: github.com/Gregory-Meyer/hps-example/blob/master/Harmonic%20Product%20Spectrum.ipynb
It would be nice to see the screen fading to black and white, sad music, and a RIP message like "In loving memory of Wheelliam 2015-2019" each time that a piece breaks
High-speed Lego tests are always interesting. Some ideas for enhancement: 1. Use a Wheel 75 x 17 mm (88517) with tire 94.2 x 22 mm (88516). You can mount this wheel more stable, even on both sides using 4x Wedge Belt Wheels (2786). Both parts are available in transparent which will look cool ;-) 2. Try an Axle 4 with middle stop (99008) or Axle 5.5 Double with stop (32209), they have a fully round part inside the axle. They're looking like 2:32. 3. There is the old Metal Axle Adapter from the old train sets. This may be more stable, especcially if you're using the drill again (1:55) 4. Fix the technic bricks with the gears with enough plates for more stability. Additionally you can fit axles into the holes. 5. What will happen if you mount the complete thing on hard shock absorbers? Positive or negative effect? 6. Or only the wheel is held by shock absorbers, hold flexible using Universal Joints 3L or 4L. But perhaps they may crash. 7. And you can try the test with the old foam 24x43 tyres.
Thanks. Great ideas. 1. Interesting idea with the support wheels. Wondering if those would reduce vibrations. 2. I didn't even know those exist. :) The flat spot of the axle could be more durable. 4. I did preliminary tests with plates supporting brick ends from top, but I didn't notice any effect, so I left them out to make building easier. Maybe I should add them the next time, just to reduce one possible point of failure. 5. Interesting question. I guess it would make the imbalanced tire to vibrate even more. I kind of did the opposite thing in the last drill experiment when I screwed the rig to a wooden board. 6. Would be a nice stress test for the Universal Joints. :)
No talking, no wasting time to make the video longer, just what I came here to see. Good work man, appreciate this video. Also, you might have more success if you lubercate with grease or oil so there is less friction that makes the legos hot.
0:30 the fact that most car engines run at this speed for hours and hours when driving at full speed on a motorway is incredible how they dont just rip themselves apart.
No other Lego wheel has reached such heights. Wheel LW0-567 will forever be mentioned in the Lego history books and 14th of July 2018 will always be celebrated in Lego City.
When I was a kid I used to build stuff with old lego technic ain’t the same as today’s but that was cool to see it go that fast and to start burning the plastic by it going that fast
"Can we get to 3,000 rpm?"
"No"
* Cheap tire passing 20,000 rpm in the near future*
y e s
In fact it’s close to 25,000
Big wheels goes to up to 100 - 200 rpm
*toy wheel goes up to 20,000 rpm
*biggest rpm is 600 Million .-.*
Fast
Now this is a video done right. Straight to the point. No talking about your patreon account, no begging to subscribe, We need more creators like you. Thank you.
Ik I'm gonna sound like a knob but does creators do that because it is their main source of income this dude might have another job he has but content creators do this as a job the more subs the more money (I think)
@@Dankushy yeah but that what it feels like their job not a passion the videos start to feel bland and soulless when they have to make videos to live
And no cringy music as well.
But subscribe to his channel JUST DO IT
@@Dankushy bruh how do you think subs gain money, their main source are sponsores and ads on videos
“I wonder if I can go to 3000 rpm?”
*wheel starts phasing into the 4th dimension*
XD
-no
Yes
U mean tire?
Plot Twist: He counted the rotations per second by himself.
On his fingers
you mean rotations per minute?
i think thats how that works
@@Terratomere No, per SECOND
Just counted rpm per second and times it by 60x
Thanks to everyone for the great suggestions!
I definitely need to redo this without the tire. And try adding some lubrication.
I think a wax based oil like rc car guys use would be best. And +1 to the guy who said to glue and balance the tire
watch out so your fore skin doesnt get caught in the gears
Holy shit I'll use that in the future when my fore skin is surgically attached back again. thanks buddy!
TERMIN X thats what internet users are for ;)
make a lego car with this i dare you
I would want to see the wheel in a bucket of water making a vortex at 2700 rpm.
He made it already
Oddly specific and the top comment is correct
He did that
Thomas Twomey he meant a spin thingy spinning at 2700 rpm making a vortex, not just him making vortexs
It’s sad how many people are talking like this guy doesn’t know about the video already
1:47 You know you’ve got it going fast when the tire tries to phase out of existence 😂
“Can we get to 3000 rpm?”
“That’s not possible.”
“No, it’s necessary.”
For entertainment purposes
Awesome channel man. Really love the lack of music, I like hearing those engines and gears move.
inashaulk: Yes, me too. I can hear music erverywhere, but I prefer to hear the sounds his contraptions make.
Motors*
Motors use electricity, engines use some sort of fuel
Is dat ur fetish....jk
inashaulk
A small change, but an effective onr
You would be able to rotate it faster if you sealed the tire to the rim and balanced it, or just use the rim with no tire
Or put a red bar on the other side of the weel to stabilize it.
The tire was stretching and making it unstable. Without it it would probably go faster.
Guilherme Andrade but that isn't the same :(
Yep, I can see the faces of the guys at the local tire shop when he opens his car boot to show them the wheel he has brought in for balancing.
You could remove the rim and go even faster.
I am blown away at how high-quality the plastic was for Lego.
0:42 sounds so cool
2:10 sounds like a supercharged v8
It sounds like a diesel.
It literally sounds like a lawnmower or a leaf blower
Riccardo Riccardi sounds nothing like a v8 nor a whining supercharger
Sounds kinda like a v8 with a loose belt
Sounds like the engine had no exhaust
I liked the lego drill motor idea
Next time use a 1-100 gear ratio.
Nasrudeen Van Rooyen
. I VB formatting wo mn zoo.
,
He would need custom axels that could handle that friction.
him : creates a drone with lego
also him : hehe wheel goes brrrrrr
1:22 SCANIA ENGINE!
Low to high speed gearing? Awesome.
2:36 *insert sad song*
Axle will be missed.
hi luke
bread Hi bread
*_Just 10 cents a month can help protect axles like this from abuse. Your donation matters._*
"Hello darkness my old friend....."
Jeremy Clarkson in the background: “SPEED AND POWER!”
1:09 old car
That wheel could shred my papers
It's president
Jvandy Puyat hahahaha
Rodigo Duterte It could probably shred you to
Who needs a Paper Shredder
or your money :D
Use fewer gears. Even good gears' efficiency is 98%, these plastic ones are probably 70%. You lose a ton of power on every gear connection.
Also yeah use some lubrication dude, motor oil would do best but for short experiments cooking oil is fine too. When fresh it provides about the same lubrication as motor oil but when exposed to air it turns into sticky solid gunk in only a few days.
Use up to 1-30 gear ratio
I suspect motor oil may chemically melt the ABS plastic. A silicone based lubricant is probably going to be safer (as long as it isn't propelled with acetone) but less effective.
i want an engine made of metal legos
I would use white lithium for heavy loads at low speed but pure silicon grease would be great at room temperature for lubricating the parts. I'll give it a try later and update if it works. I'll be using up to three regular motors, I don't have XLs.
Why not use a dry graphite powder as lubricant? Might work better on the plastic as it won't react.
A moment of silence and respect for all the dead lego pieces that died in this video
see this is a youtube video, no talking, no intro, no bs, just a video.
Skaddadle skaddodle ur drill made ur axel a noodel
ripperonies
Ridm
Rest in Dead Memes
So sad alexa play despacito
No, alexa play darude sandstorm
Why was I laughing at this for 5 minutes?
The original shaft of the tiny DC motor in the plastic block before the internal torque multiplicator probably turns way faster ;)
ikr
Ikr
ikr
*h u h*
Ikr
I find it hilarious and terrifying that with even a basic understanding of gear ratios, children can spin these components at dangerously high speeds. Well done!
0:07 sounds like the beginning of the PlayStation 2 startup sound
Omg so true lol
Firstly, definately get rid of the rubber tyre. Secondly, fixate the final axis also from the other side, just like you do with your gears. Both should help with the vibration issue. Definatly use lubricant (like many have already suggested). And lastly: no cheating with the drill for top speed. If you really need to use the drill to overcome static friction in the system, please use it only as a starter (maybe building a temporary connection to one of the middle gears, that can be removed easily when the system is started up).
tyre
I was going to mention fixing the wheel on both sides: that definitely seems to contribute to the vibration problem.
@@PhilBoswell It could be used to fix more than that, if motors are added to the other side as well. This will reduce the torque load on the axel since the load will be applied in the same direction from both sides.
Now it is time to make legos out of metal.
Krasimir Velichkov
It’s called meccano
It's called an erector set.
where is the time of real Meccano :)
Now make Lego out of metal!
you got what you asked for
Other RUclipsrs: Can we get to 3000 likes?
BEC: Can we get to 3000 RPM?
This dude asking the real questions here
Everybody gangsta until a lego wheel sounds like my grandma’s washing machine
Would say LEGO needs to step up its quality but...
...not many would need things to spin that fast.
It needs some lube 😂
That's what she said.
These are one of the channels I watch at 3am If I were to wake up for some reason.
Everyone gangster until the Legos start sounding like a jet engine
I did this in my home and my dad was like "oh god you have got to be kidding me"
The Brick Experiment Channel, where we seek the physical limits of Lego plastic in interesting and awesome ways
„Spin a Lego Wheel FAST“
4.7 Million people: interesting
i have a feeling this is gonna be in peoples recommended in either 4 months or 6 years.
why not both?
Is it me or is it when we clicks the legos in the sounds is amazingly satisfying!!
According the the Nyquist-Shannon sampling theorem, you can only accurately reconstruct a signal that has maximum frequency less than half of your sampling rate. If this condition is not met, you will see aliasing in your output. For example, if you were recording at 60 fps, the wheel spinning at 2100 RPM would look identical (on camera) to a wheel spinning at 1500 RPM. This is why recordings of helicopters sometimes seem to have the blades standing still; the helicopter's rotors are spinning at a rate close to an integer multiple of double the recording's frame rate, resulting in the signal aliasing that of a 0 Hz signal. To avoid aliasing at up to 3000 RPM, you should ensure that your camera's frame rate is greater than 100 FPS. You could also look into a wheel encoder if you don't have this ability. An optical encoder and computer interface is available from Phidgets for $100 and can measure speeds up to 3000 RPM with a resolution of 1 degree. You can read the output directly from the motor and then multiply by the gear ratio to get above the 3000 RPM limit at the cost of resolution, but I don't think you need anything more than 90 degree accuracy. All Phidgets products are supported by open source APIs in C, Python, .NET, and JS, plus plenty of documentation and examples for each product and I highly recommend them.
I was recording at 100 FPS so the aliasing wasn't a big problem. Half a rotation between frames at 3000 RPM. Easy to rule out 1.5 rotations and multiples if you follow the acceleration frame by frame.
But it will become a problem at faster speeds. I'm wondering here what to do with the remake video (without tire etc.). I can increase the GoPro 6 frame rate to 200. That helps a bit but not much. I could draw blue lines to 40 tooth gray gears and start counting rotations on those instead of the wheel. Or perhaps I could use sound; look for moving spikes in frequency analysis? An encoder is also an option, but I haven't used those before, so there is a learning curve for me.
Brick Experiment Channel Using frequency analysis of the audio is a solid idea. Here's a video on it: ruclips.net/video/xutm6oMTBw8/видео.html You can do the same thing on your computer by taking your recording and exporting the audio, then importing that file into MATLAB, Julia, or Python (with NumPy and SciPy). All of them (including Python, I think) have an fft(x) function that will give you the DFT of x[n], denoted as X[w], where n is in [0, N), w[k] = 2*pi*fs*(k-1)/N, fs is your sampling rate, and N is the length of your audio clip in samples. w is angular frequency, so you can get f[k] = w[k]/(2*pi). After that I would plot X[w] against w[k] for k in [0, N/2] (because of Nyquist-Shannon sampling theorem again) and look for a series of harmonics that are an integer multiple of some value, a method known as Harmonic Product Spectrum or HPS. HPS is explained in detail here: musicweb.ucsd.edu/~trsmyth/analysis/Harmonic_Product_Spectrum.html You can also use any number of other frequency estimation algorithms. Encoders aren't that bad from a software perspective, but mechanically attaching them may prove to be difficult. Phidgets has great documentation on the topic here: www.phidgets.com/docs/Encoder_Primer
Thanks. Good video link. I have Cool Edit Pro 2.1 and it has a pretty good frequency analysis tool that can do the same thing. I tested it with the double-XL experiment and found clear peaks at 45,5 Hz, 91 Hz, 136 Hz, 182 Hz, etc. The RPM I had calculated visually was 2750. The peak that seems to work best here is at 45,5 Hz: 45,5 * 60 = 2730. The only problem is to know which peak to use. So I think it still needs some other method to verify that you are in the right ballpark.
Brick Experiment Channel If it's as you say, then HPS is the perfect algorithm to apply. You can use it to find the peak with the highest frequency power - all other elements will collapse to zero. Here's the algorithm: Let X[n] be the magnitude of the DFT of a signal for n in [1, N]. If the algorithm is to look at k harmonics of a frequency bin, let Y[i] = X[i] × X[2i] × ... × X[ki] for i in [1, floor(N / k)]. Y is the HPS of X using the k harmonics of each frequency bin. It's then a matter of finding the maximal element of Y. For example, let's say we have your signal with peaks at 45 Hz, 90 Hz, 135 Hz, and so on. There might be noise around each peak, but since they have no corresponding harmonics, they will get zeroed out in the HPS, leaving a large peak at 45 Hz.
I made a Jupyter notebook with an example of HPS in Python. You may find it useful in your analysis: github.com/Gregory-Meyer/hps-example/blob/master/Harmonic%20Product%20Spectrum.ipynb
It would be nice to see the screen fading to black and white, sad music, and a RIP message like "In loving memory of Wheelliam 2015-2019" each time that a piece breaks
very satisfying to see my childhood dreams of seeing a lego wheel get abused
High-speed Lego tests are always interesting. Some ideas for enhancement:
1. Use a Wheel 75 x 17 mm (88517) with tire 94.2 x 22 mm (88516). You can mount this wheel more stable, even on both sides using 4x Wedge Belt Wheels (2786). Both parts are available in transparent which will look cool ;-)
2. Try an Axle 4 with middle stop (99008) or Axle 5.5 Double with stop (32209), they have a fully round part inside the axle. They're looking like 2:32.
3. There is the old Metal Axle Adapter from the old train sets. This may be more stable, especcially if you're using the drill again (1:55)
4. Fix the technic bricks with the gears with enough plates for more stability. Additionally you can fit axles into the holes.
5. What will happen if you mount the complete thing on hard shock absorbers? Positive or negative effect?
6. Or only the wheel is held by shock absorbers, hold flexible using Universal Joints 3L or 4L. But perhaps they may crash.
7. And you can try the test with the old foam 24x43 tyres.
Thanks. Great ideas.
1. Interesting idea with the support wheels. Wondering if those would reduce vibrations.
2. I didn't even know those exist. :) The flat spot of the axle could be more durable.
4. I did preliminary tests with plates supporting brick ends from top, but I didn't notice any effect, so I left them out to make building easier. Maybe I should add them the next time, just to reduce one possible point of failure.
5. Interesting question. I guess it would make the imbalanced tire to vibrate even more. I kind of did the opposite thing in the last drill experiment when I screwed the rig to a wooden board.
6. Would be a nice stress test for the Universal Joints. :)
2:45 Im so fast I’ll just start warping
Eetrdyffftye7trreche
@@fabiopittalis4101 I think I'll put you on r/Ihadastroke
Nice link to the end of the video. :/
Title: Spinning a lego wheel FAST.
Me: You had me at fast.
i like how a motor could barely reach 3000 rpm but with just his hand it reached almost 20,000 rpm
the simple "no :(" captured my feelings perfectly and had me laughing so hard (in tears)
0:55 sounds nearly exactly like and old-ish dodge ram starting.
Nothing like it.
Actually, I do kinda hear the start-to-idle noise of a V6 like the one on a 2006 Fusion.
Now make a Lego mini-car from this wheel
No talking, no wasting time to make the video longer, just what I came here to see. Good work man, appreciate this video. Also, you might have more success if you lubercate with grease or oil so there is less friction that makes the legos hot.
2:05 VTEC just kicked in!
Damn it Lego, we can't even fly to the moon with your gear. Come on step it up a little.
You are teaching everyone about velocity
Good job "GURUJI"
7 million people just watched a man spin a Lego wheel fast.
you know that it’s fast when the wheel sounds like a locomotive prime mover
This is how they made MrBeast’s LEGO car
Next time on brick experiment:
*Can you make a nuke out of lego?*
the axle be like: what have i done to you????
It's so fast that the rubber around the wheel is floating
The wheels when I bicycle.
LOL
"You spin me right round baby right round…Rotors are Good Sir !"
Me: doing nothing
My neighbour as soon as I start a lesson or listening to music: 1:38
2100 rpm sounds like a generator! 😍 love it!
It's like a grinder but in lego form.
0:28 oh yes, i love the sound of a garbage disposal
0:42 - my ac when it’s on cool
The type of thing you watch at 3 am… as I’m doing right now :)
Now try using bunch of lego to move an actual tire(if that’s possible)
I would assume not if you think about how heavy a tire is.
@@geometryjosh21 wow buzzkill
@@TechnoJon96 sorry bud just talking technical
@@geometryjosh21 its definitely possible. It would require a ton of gears, but with a high enough gear ratio you could literally turn the planet.
0:30 the fact that most car engines run at this speed for hours and hours when driving at full speed on a motorway is incredible how they dont just rip themselves apart.
Being made out of cast iron does help
Next episode: puts a car engine on the Lego tire
The video is pretty silly but i really enjoyed seeing how he built the mechanism to increase the speed on the wheel. I learned something today.
2:01 and this is how the hl2 car sounds were made
I *really* wish I could find the raw recordings of the Chevy Camaro with stainless steel exhaust that they sourced (geddit?) the sounds from.
No one:
RUclips: Hmmm lets recommend this after 2 years
I love the emphasis on "FAST"
No other Lego wheel has reached such heights. Wheel LW0-567 will forever be mentioned in the Lego history books and 14th of July 2018 will always be celebrated in Lego City.
Next video: Spinning a lego wheel with a F1 Car engine
Homemade Memes ahah good idea!
0:42 sounds like a small truck engine starting
This has the potential to become an air raid siren
brooo, this rlly helped me understand how transmission gears work. thanks babe
cooper what are you doing?
Docking...
woolfoma 👉👌
Cue the Hans Zimmer music
*no*
The Kingdom Key :(
*yes*
*fuck*
U
When I was a kid I used to build stuff with old lego technic ain’t the same as today’s but that was cool to see it go that fast and to start burning the plastic by it going that fast
You spin me right round, baby, right round like a rocket going right round right round!
I recommend you to remove the tire so you have less vibrations and can reach a higher efficiency level.
Markus Poremba you mean the tire?
Just Some Privileged White Male thats the word I was looking for
Like the tyres in my honda car when i drive over 60kmh.
You can see the ruber wheel separating from the rim. Incredible
Please tell me from where did you bye this
Not with that attitude!
Woah
Top 10 most ambitious crossovers
next time with a car engine.
A simple and to the point video. Well done
I'm just impressed at the display of wealth he modestly reflects in owning these hundred or so bits of Lego.
2:00 that would destroy your car your car would be going around 450mph
I think it’s about 352.7
One word.
Woah.
>:V
that was deep
@@lokdabest ikr
@@dermeme-kanal8628 wut
I wait you say "no":DD
"How much fast do you want?"
Yes
No one:
No being in this universe:
Your upstairs neighbour at 3AM: 2:04
Just a suggestion, don't do slow motion unless you have a camera that can shoot at least 500 fps.
No hay problema
this engine could be used in 2019 mechanical tv's
The text on the screen: "2400 RPM"
The text one minute later: "YOU DIED"
Me: i should go to sleep
Also me at 3am: haha legowheel go brrr