For future reference, taller or longer is for going faster. Think over-drive. You have to go *over* tall things. Examples being 2:1, 1:1, 0.73:1 Short/low gears are for massive torque. Like 6.75:1, 5:1. Input rotaion : output rotation. I hope this helps
So that flying bit... I actually discovered that all the way back in 2010 in RoR... fun to see it still works in Beam. Basically it works off of how the wheel physics calculates torque application. If you have the torque node directly above the wheel, things... well... they get a bit weird. If you time your shifts right from forward to reverse to forward and keep doing it while it flips through the air, you can actually make the vehicle fly. I actually made a thread on that on the RoR forums but I am sure it doesn't exist anymore.
I think it's fascinating how little people understand how to go fast. You mentioned power as the thing people would think it lacks, but it's easy to go 100 mph on 40 hp if you have the right aero. Aero is most important, lightness is 2nd, wheels are 3rd. In this case, it's so optimized for speed that you have all these variables to play with, but it's weird to me that anyone would think power is the issue.
When the tire starts to become independent, his rascals begin to push the construction of the new mix. called Lord Glitch. And it's jolly good queen's delightful munch munch poetry.
Bigger wheels usually mean slower, usually due to weight and friction because there’s a larger surface area. Plus IRL you need numerically higher gears in order to ruse bigger wheels
Actually faster, if you have enough power to overcome the extra weight and friction. A larger wheel covers a larger distance on 1 rotation. Small wheel: 10 cm diameter 31.4 cm circunference Big wheel: 1 m diameter 3.14 m circunference Lets say that the engine is at 1000 RPM, the gear ratio is 1:1, so engine RPM is the same as wheel RPM. Small wheel = 314 meters per minute ( around 6 m/s) Big wheel = 3140 meters per minute (around 60 m/s).
For future reference: Larger wheels do improve the gear ratio for speed, but they add a lot of weight, so the weight gain is worse than the gear ratio reduction. (Edit: I used lower/higher incorrectly.) In real life, if you're trying to increase efficiency at high speeds, larger wheels can do this, because they effectively increase the gear ratio, which reduces engine speed, and the extra inertia helps balance out fluctuations, so the engine can run at a more consistent speed. However, the weight disadvantage is still there, and depending on fender design, the aero can change enough to completely eliminate the advantage. Also, larger wheels usually have more rolling resistance, which also decreases efficiency. (A higher gear ratio is better than larger wheels in most cases.) (Also, efficiency and speed are very related. I drive a CVT sedan with 110 hp but it can go 120 mph without too much effort. If it was less efficient (like having an automatic or manual transmission), it wouldn't be able to get there as easily.)
Got it to 276km/h by taking the middle rear wheels off, using the CJD CVT transmission and an RK engine w turbo. Anything past that and it just started flying away
ok i learned something today ima try to teach you too 1:3 the second number represents how many times bigger is the driven gear compare to the driver gear. the driven gear is the output, its the thing that then goes to the wheels and the driver gear is the input, its the one thats connected to the engine.
Since it got High/Low gears, I wonder if you could get better time on the drag strip by starting on Low and flipping into High when you reach the top speed for Low...
I think I managed around 80km/h in the water, but it was a tough balancing act on the throttle. You need a lot of power and rpms, yet your front wheels are out of the water and you're almost doing backflips
I get so lost in the rabbit hole of TH-cam that i forget about some channels but then TH-cam shows them to me again. Glad I found you again you're funny 🤣
3:32 nope, by removing the transmission, i could get a lot faster. i don't remember how much exactly but you go faster than 100 km/h. i think it was 140 km/h or something
The Gavril D series's ram can do 602 km/h with the most powerful settings, but with stage 2 supercharger, and without cab/body, bed, bumpers, brakes, sway bars and exhaust. 602 km/h!!!!
7:57 the reason why it fly is because at high speeds in reverse the car will start flying because the back is less aerodinamic than the front making the air resistance stoping it from going any furthe it also happens in nascar
I think the reason it flies is because some half circle shape thing is spinning so fast, like the rumble motors of a controller, and since it's so extremely fast it like throws itself upwards, which would make sense
The main reason that the bigger tires mean a slower speed is because the bigger tires have more of a surface area to be run on as we're smaller tires have less surface area to run on which means a quicker rotation of small wheels compared to big wheels for example cars for example drag cars you can notice they will sometimes have small wheels as where things like rock crawlers have bigger Wheels in go slower this is so that they can get more torque in and more capability I just wanted to say this to make sure that you know and it just felt right to say have a good day
No, this is incorrect. Bigger wheels actually mean a faster speed in theory, because the edge of the wheel moves a longer distance with less degrees of rotation. You can see this in old steam trains that have massive wheels to maximize speed. The reason rock crawlers have larger wheels is because the larger radius makes it easier for the wheels to roll over small rocks. The reason it didn't work in practice is because it acts as a higher gear ratio which meant the small engine was not powerful enough to keep up, and the bigger wheels also created more drag. The thing you are saying about drag racers is wrong too, because the wheels that are powered are the large ones and not the small ones.
Would you ride on that vibrating thang?
YES
Nah, but your mom would
not a chance mate
cheese
You don't even know how fast I'd ride that thing
You know shit went wrong when it pops a wheelie on 230 Km/h, flies on reverse gear and spins in the air like a perpetual motion machine
U know the Otter went vibrating like it has turbulence When it goes as fast as a supra
eg
@@Madebotix madbox
eg
@@mJ_V8 mJ
fun fact: wydra means "otter" in polish
Ahh so that's why it stinks
masz rację w Polskim Wydra znaczy po Angielsku: otter
In russian too
I think its made based off a polish atv or what ever this is
oder
I think it's flying because the difference in the code of the tires that allows it to move on water is interacting weirdly with the air.
basically a tirecopter
That makes sense. That makes a lotta sense
My theory is that it's so much spinning force from the engine that it's beyblading the entire car by proxy
Yeah like they act like flaps
You could swim withevery big tire if your car is light. I think the flying happens because the car is not meant for high speeds
For future reference, taller or longer is for going faster. Think over-drive. You have to go *over* tall things. Examples being 2:1, 1:1, 0.73:1
Short/low gears are for massive torque. Like 6.75:1, 5:1.
Input rotaion : output rotation.
I hope this helps
A blessing
My 1984 Camaro has overdrive, so I completely understand this
I still have no idea why it went slower with the bigger wheels at the start tho
So that flying bit... I actually discovered that all the way back in 2010 in RoR... fun to see it still works in Beam. Basically it works off of how the wheel physics calculates torque application. If you have the torque node directly above the wheel, things... well... they get a bit weird. If you time your shifts right from forward to reverse to forward and keep doing it while it flips through the air, you can actually make the vehicle fly. I actually made a thread on that on the RoR forums but I am sure it doesn't exist anymore.
Also works in happy wheels lmao
I was thinking of doing this just the other day! Glad I don't have to now xD Great video!
Now do it, and beat my result by ten times (this is an order)
@@MuYe o7
. P
@@MuYe oh no
@@MuYebro you’re making yourself an enemy
It's like driving a multitool on its highest setting while cutting hardwood
Fuck! my hands why did you have to say that feels bad to remember.
@@erueka6 hehehehehe
Now that’s what I call buoyant suspension.
imagine going on a rocky road with these at 200km/h... you reach the stratosphere at the first too-much-high-for-those-little-wheels rock
And no sus-pension
Haha Wydra go [LEGO break noise]
0:56 i like how muye is using the fs22 menu music
i wonder if he plays it
0:29 the farming simulator main theme caught me so of guard
Frfr
Dude right? I was so confused
Farmin bois rise up the cultivators and plow the fields.
I play farm sim 22 it was hilarious
3:30 ayo , you little-
What that idiot said about my mom?
5:37 mo powa babeh - james
*donut*
7:40 : MuYe Just Fried his own voice. What a legend
9:39 Imagine getting gapped by a bath tub lol
9:25 when the vtec kicks in
0:08 intense sick beat
The wydra drip
0:35 when i heard the fs22 music i thought i accidentally started fs22 😂 great video!
i didn't really think he would use fs22 music
Thank you muye I just started high school today and was kinda nervous and sad but made me happy ty
7:23 just the peak
I've been waiting for this. It's a blessing!
Hey! Love your vids, man! It would be cool to see some more "questionable racing". All up to you though! Have a good day/night!
Should be the next video actually
@@MuYesounds good! excited to see what you’ve come up with!
I think it's fascinating how little people understand how to go fast. You mentioned power as the thing people would think it lacks, but it's easy to go 100 mph on 40 hp if you have the right aero. Aero is most important, lightness is 2nd, wheels are 3rd. In this case, it's so optimized for speed that you have all these variables to play with, but it's weird to me that anyone would think power is the issue.
We have been waiting so long, and you give us this?.......... Amazeingness!
I love the farming simulator 2022 Theme playing in the background
10:24
"I wonder what happens if i give it the beans."
**ascends to heaven**
WHAT THE FU-
(Vid ends)
7:41 I laughted so loud i cannot even stop
I've been driving this thing down the ramp in car jump arena and it is wild how bouncy it gets.
Next top speed video you should use the racing forklift mod
Forklifts are the future, we should all be forklift certifies
bro this shit never gets old
As an average physics enjoyer this is all normal behavior nothing to be concerned about
This video shows cinematographic evidence of how this man completely shat all over the Wright brothers
Won 32 Nobel prizes already
the wrong brothers
When the tire starts to become independent, his rascals begin to push the construction of the new mix. called Lord Glitch.
And it's jolly good queen's delightful munch munch poetry.
Bigger wheels usually mean slower, usually due to weight and friction because there’s a larger surface area. Plus IRL you need numerically higher gears in order to ruse bigger wheels
Actually faster, if you have enough power to overcome the extra weight and friction. A larger wheel covers a larger distance on 1 rotation.
Small wheel: 10 cm diameter
31.4 cm circunference
Big wheel: 1 m diameter
3.14 m circunference
Lets say that the engine is at 1000 RPM, the gear ratio is 1:1, so engine RPM is the same as wheel RPM.
Small wheel = 314 meters per minute ( around 6 m/s)
Big wheel = 3140 meters per minute (around 60 m/s).
@@rj7250a thx was looking for this
But gear ratio is still better tho :P
3:45
Muye for the first time didn’t ask the discord
Muye be using farming simulator start screen music at 0:44
I love that as if its tiny engine could ever even spool up such a huge turbo
I love how MuYe puts DOOM eternal music for dramatic effect.
For future reference: Larger wheels do improve the gear ratio for speed, but they add a lot of weight, so the weight gain is worse than the gear ratio reduction. (Edit: I used lower/higher incorrectly.)
In real life, if you're trying to increase efficiency at high speeds, larger wheels can do this, because they effectively increase the gear ratio, which reduces engine speed, and the extra inertia helps balance out fluctuations, so the engine can run at a more consistent speed. However, the weight disadvantage is still there, and depending on fender design, the aero can change enough to completely eliminate the advantage. Also, larger wheels usually have more rolling resistance, which also decreases efficiency. (A higher gear ratio is better than larger wheels in most cases.)
(Also, efficiency and speed are very related. I drive a CVT sedan with 110 hp but it can go 120 mph without too much effort. If it was less efficient (like having an automatic or manual transmission), it wouldn't be able to get there as easily.)
I hate CVT because of Nissan and how inefficient they are at being a functioning transmission.
Got it to 276km/h by taking the middle rear wheels off, using the CJD CVT transmission and an RK engine w turbo. Anything past that and it just started flying away
ok i learned something today ima try to teach you too 1:3 the second number represents how many times bigger is the driven gear compare to the driver gear. the driven gear is the output, its the thing that then goes to the wheels and the driver gear is the input, its the one thats connected to the engine.
think the worst part is about it is tank steering you cant make small adjustments at high speeds
Your videos quality have increased so so much compared to a year ago, and more funny xD
"I have some tricks up my as-
Sleeves is what I wanted to say."
-MuYe 2023
The “WHAT THE FU-“ is my favorite 💀
This game is so realistic it even has a built in limit to how fast a car without suspension can realistically go without destroying itself
0:00 the legendary intro
If you use a crazy high gear ratio like 1:50 with that mush it will have less wheel spin
That’s not a time stamp
Since it got High/Low gears, I wonder if you could get better time on the drag strip by starting on Low and flipping into High when you reach the top speed for Low...
I think I managed around 80km/h in the water, but it was a tough balancing act on the throttle. You need a lot of power and rpms, yet your front wheels are out of the water and you're almost doing backflips
I love how you are using the metric system
At 7:33 bro said do a flip
I get so lost in the rabbit hole of TH-cam that i forget about some channels but then TH-cam shows them to me again.
Glad I found you again you're funny 🤣
MuYe duing math at 2:24
Actually the burp scared the shit out of me
I think the wheel RPMs got so high that it turned your car into a reaction wheel. It was trying to spin the car around the tires.
10:27 bro really said, “nahh bro, ima head out”
muye is back and is ready to attack
TH-cam is here and will make me disappear
PRIAS BE TH E WELAF HOSUH
The burp in the start of the video caught me off guard
1:22 let me tell you about MY NEW SPONSOR, RAID SHADOW LEGENDS
I like when you scream WHAT THE FUC- you should make a compilation of your screams
The bigger wheels probably make it slower due to them having more weight
“How does it fly?!” Maybe invisible wings?
I think it wheelies in reverse because the turbo might somehow be acting as a propeller which also explains the wheelie in reverse
No, its probably the weight of the wheels spinning the vehicle
3:32 nope, by removing the transmission, i could get a lot faster. i don't remember how much exactly but you go faster than 100 km/h. i think it was 140 km/h or something
0:08 tf just played?
The Gavril D series's ram can do 602 km/h with the most powerful settings, but with stage 2 supercharger, and without cab/body, bed, bumpers, brakes, sway bars and exhaust. 602 km/h!!!!
5:11 why is it shaking so much
HoLy ShiT
After millions of years, he has finally invented the flying car.
What is really weird is that the huge wheels didn't increase your topspeed. Seems they have their own reduction in the hubs
When Dom asked for a 10 second car I don’t think this is what he had in mind
5:30 Mo Powah, babeh. 😎
*donut*
3:37 he used THE HOW ITS MADE THEME SONG!!! 🔥🔥
7:57 the reason why it fly is because at high speeds in reverse the car will start flying because the back is less aerodinamic than the front making the air resistance stoping it from going any furthe it also happens in nascar
But beam doesn't have aerodynamics simulation yet
@@madgaming69420actually it does somewhat, it simulates aero devices like spoilers, wings, and splitters.
You have no idea what your talking about lol
That Farming simulator 22 menu music in the start is kicking in
7:51 centrifugal forces inside it
Nope
I think the reason it flies is because some half circle shape thing is spinning so fast, like the rumble motors of a controller, and since it's so extremely fast it like throws itself upwards, which would make sense
10:24 BEANS
Best content in existence😂😂😂😂
2:03 i hate how it looks like hes in a white void
Nah you really made a mom joke 3:34 bro got me laughing
6:25 is the top speed of my car
That vibrating is when your cars has a big bassy speaker system.
Do A fLip! 7:39
the reason it flies is beause its so light with so much torque that the engine id literally turning the whole car
At 0:55 second farmign simulator song 😂😂😂
if you double the wheel size, it should go from 1:1 to 1:2 if i'm right, and that would double speed and half torque hope it helps idk
3:24 polish quality
Little tip MuYe the reason it was flying was because the mesh wasn't made for that
0:16 me when 144p
New title for the video: MuYe discovers turb lag
4:26 O H Y E S
3:46 yes it's a faster speed cuz the wheel is bigger 4:07 it's slower due to the engine torque makes it work harder for that big boi wheelies
1:57 metric system YEAHH
I love how "ok" has made an entire planes worth of people commenting how to spell otter in polish💀💀💀
The main reason that the bigger tires mean a slower speed is because the bigger tires have more of a surface area to be run on as we're smaller tires have less surface area to run on which means a quicker rotation of small wheels compared to big wheels for example cars for example drag cars you can notice they will sometimes have small wheels as where things like rock crawlers have bigger Wheels in go slower this is so that they can get more torque in and more capability I just wanted to say this to make sure that you know and it just felt right to say have a good day
No, this is incorrect. Bigger wheels actually mean a faster speed in theory, because the edge of the wheel moves a longer distance with less degrees of rotation. You can see this in old steam trains that have massive wheels to maximize speed. The reason rock crawlers have larger wheels is because the larger radius makes it easier for the wheels to roll over small rocks. The reason it didn't work in practice is because it acts as a higher gear ratio which meant the small engine was not powerful enough to keep up, and the bigger wheels also created more drag.
The thing you are saying about drag racers is wrong too, because the wheels that are powered are the large ones and not the small ones.
But if you have enough power and paitence it means a higher top speed.
@@theneonbop thank you for the info it helps a lot
@@theneonbop this and the other thing are correct
Another Mastrpiece video, MADONNA🥶
1:10 bro is pling fs22 theme
5:31 i was drinking in this moment and i just smiled while doing so lol