Realistically speaking, a very heavy propeller (steel, perhaps, since weight isn't even remotely as big of a concern here as on aircraft) could be a very effective flywheel to preserve energy whilst breaking. Just stop the throttle, and hold on breaks applied to the wheels and it should still be spinning reasonably fast. Also, accelerating the engine with the break on wouldn't really be all that damaging here either. Genuinely does have some interesting benefits beyond the memes and what is shown here.
Some of the problems I could see it having is breaking could be tough due to having to slow down the propeller and the wheels most likely, though that’s a lesser problem in comparison to the gusts of air one of those would output. Larger cars would be almost entirely impractical, and even with smaller models the wind they would produce would mess with pedestrians and other propeller cars alike.
A variable pitch propeller would take care of all of this in a much simpler way, if you reduce the blade angle the propeller will start windmilling, basically working as a giant airbrake, this is how you would use engine braking in a car like this. If you need even more braking just keep changing the blade angle and rev up the engine to get reverse thrust. This are things that airplanes do to slow down in the air and when landing respectively
@@djdewwott8540even a small 100hp general aviation plane on idle throws quite lot of wind backwards, a more powerful engine working hard would easily throw a person to the ground, Newton's 3rd law, you have to move a lot of air very fast if you want to accelerate a 1000+kg car. Also there is the problem that it may not be a great idea to have giant blades spinning at 1000rpm anywhere near pedestrians
You could also have "regenerative" breaking by spinning the propeller (the opposite direction) juts like on an electric car. Except that doesn't put gas back in your tank lol
Just a reminder that even with a propeller, the car has limited traction while cornering. But anyway, I love that the quality of your videos are just getting better every time!
I don’t know if muye has already done a video on the ibishu Saga but if he hasn’t I think he should try it out because it’s a pretty interesting car that a lot of work was put into it. The ibishu Saga black edition has four wheel steering and handles I also want to mention car go stutututu
@@Jackson-mb5ey Well I’m currently using the car right now and all of the futures are working perfectly including the headlights even the fog lights and the brights for the headlights work
@@Jackson-mb5ey Do you know of any specific features of the car that aren’t working properly besides the headlights I wanna see if I can try and get it fixed
The propgeon just need one very simple, but very effective upgrade AN MASSIVE SPOILER ATTACHED TO IT'S REAR SUSPENSION Because, if it's attached on the chassis, it will lift the front, but, if it's attached in the main axis of the suspension, it will force the entire rear axle to the ground.
There's a Miata that runs at the 24 hours of lemons (yes that's correct) with the rear wing of a crop duster mounted upside down, attached directly to the rear axle housing. It makes like 200lbs of downforce at 70mph and none of it ever goes through the suspension.
Say the guys who tried drifting once but immediately crash fell to the ditch and haven't tried it ever since but still think drifting looks cool in movies and games
Attaching a big downward wing right behind the prop would be pretty useful because it lets you create static downforce. There are some cars that can drive on the cieling, but only the glorious propgeon can park on it.
No but like why were the first 2 and a half minutes so deep and informative, Muye did a great job of talking about the lack of innovation with cars, amazing job 👏🙂🇮🇹
It's also consuming double the fuel. Oh, and what about when you want to change directions, from forward to reverse? Your propeller has to slow all the way down to 0RPM, and then speed back up to movement speed. Not to mention the danger of having an open propeller. All the vehicle accidents? Even more damage done with propellers. Probably some of the reasons why it never caught on, it just wasn't practical. Powered wheels (so far) are the most efficient solution for our purposes.
Yeah but pablo is actually speaking Mexican spanish. In México when we say the word "chingar" it means a lot of different things. One of them is eat so there's that
The speedo is ok, its counting from the driveshaft/the engine and the propeller is connected to the driveshaft and driven by the belt going directly to the propeller from the driveshaft...its using everything as a normal pigeon exept the gearbox
Interesting fact about planes: The Cessna 172, which began production in 1955, is still in production today as essentially the same airframe with only minor differences, such as a back window added in 1963, and an upgraded interior. It is still the most popular plane in production. Yeah nah, cars have certainly developed faster than planes. Well, in recent history anyway. :)
another fun fact. the russians have the 172 beat with the AN-2, a *BI*plane built since 1948, meant for STOL and cargo ferrying in remote regions, whose airframe has not been modified since... and it's running a radial engine, too!
Eh. Not 10x better. The main point of a tire is traction. So given other variables like cost and life expectancy are equal, the relevant metric to judge tires on is their friction coefficient. Which has improved but certainly not 10x even since the first rubber tires.
He's not kidding guys, we escaped his basement and are now lost in the Italian countryside. He gets closer every day. We can hear the monkee noises. Our phones are dying. We let Keeith navigate and now we're even more lost than we were when we escaped. SEND HELP.
disclaimer - this text was translated for you from monkean to english by: BananaFuturama™ (all copyrights reserved) It's been a ton of days that these humans think that I actually can understand them but all I hear is screaming. Everyday it looks like the sky is getting more tainted and the vehicle we're using seems like not having a prosper future, first of all I gotta say that a good part of all the crushed and broken components are made faulty by me, I didn't intend to break this machine but in the first place I don't know why this guys put me to the wheel, i never knew how to drive. I tho also removed the vehicle's honk because I thoughly stand on a statement of mine, "don't honk we are monk". One thing that surely stays stafe is the supply of bananajuice left in the trunk, I crearly stated that "This juice must not be touched orelse I will drive you to death". I'm pretty sure they didn't get my message but I made myself clear with some screams while pointing to my sweet juice. The nights are cold, I just hope zunzan tomorrow will come back with the food supply we need for surviving because otherwise we will die of starving... the light of hope is still on the horizon.
I love that Pablo’s subtitles don’t match the Spanish at all in the subs he’s just threatening u but in the Spanish he’s just talking about eating potato chips and eating quesadillas
Few issues I saw with propeller car: - no clutch for propeller - in case when it's needed to be turned off, it won't work (can be solved with basic transmittion) - limited traction while turning (can be solved with back-wheel steering, spherical tyres or propeller with turning mechanism) - massive winds in cities - too much negative momenthum on Y axis (if a car gets stopped from front, it will tip over) - large fuel consumption - propeller is wide and prone to damage - lack of cargo space in this design But it would be great for e.g. sports car. As always great video!
I can see a couple flaws in this design 1. Noise. Car engines are already loud enough, then adding the propeller whipping around. Imagine some compensator reving the equivalent of a biplane outside your house at 3 in the morning 2. Safety. A large, fast moving propeller is going to hurt or kill people when out in the open 3. Wind. The third time you get your groceries blown out of your hands by one of these passing by is when you decide to commit homicide 4. Steering. The single propeller, as Muye's multiple jump cuts have shown, does nothing for steering, which still relies on the wheels. You know, the whole thing the propeller is meant to be a fix for
5:00 when i saw the name pablo multiple times in the discord i was like no pls no then i see that muye selected pablo and now i remember that he also put pablo in the comunity tab of youtube why...(its very weird to hear your own name in a video like this XD) and i fucking love the "loquendo" voice that thing was hevily used in early spanish youtube (sorry for my bad inglish)
(2yrs later) 13:46 - the perfect Steve Jobs announcment say is here for the muye channel... I watched this video so much... and i have no idea for Muye say that... (btw: Its a Easter egg 2 years after, and i love find this little tiny easter eggs... and yes this is not a easter egg, its just lots of word..)
There have been racecars that used propellers. They had fans that iirc pulled air from under the car and blew it out the back creating insane downforce even at slow speeds.
Just wait until Muye discovers propeller torque and its effects. Especially at low speeds, increasing throttle will cause the car to both turn and roll left; you may also experience asymmetrical thrust. Using a constant-speed (it adjusts its angle in order to keep engine RPM stable, almost like a CVT) contra-rotating (basically 2 propellers in front of each other spinning in different directions) propeller would solve or at least reduce the issues I mentioned, as well as allow you to stay in the powerband permanently without the reliability issues at higher power outputs that a CVT can have - back in WW2, constant speed props could harness the power of 1000, 2000, 3000hp engines even. Also more planes in beamNG when
I don't think that a propeller would eliminate the problems with normal wheels completely. First of all the traction does get easier, but it'll be harder to climb and get over really tough terrain, and on top of that it isn't the same traction for every ''flat'' surface, you need to remember that something like dirt is still rough and loose wich will slow you down more than something smooth and firm, I could however see ice increasing the speed of the car, as ice is slippery and therefor provides less fricion than an asphalt road. Also all the wet surfaces would still be anyoing to brake on as there would still be breaks in the wheels to make them stop spinning faster than just making the propeller go in the other direction would (assuming that simply spinning a propeller in the opposite direction makes it suck and blow air in the other direction) act as a break, making the propeller a brake enhancer, ofc the weight of the propller is more weight you have to stop
alright, so pure climbing I was wrong about, the rough tarrain I was right about, however I seem to have underestimated the breaking power of a propeller, also if you look back at the driving suface test you will see that I was right about the resoults of rougher surfaces as he is slightly slower on grass and dirt then on something like ice or sand and he even ends up loosing control of the car in the mud, wich makes sense as mud is heavy and yet a liquid wich means that the wheels can't get on top of the mud and instead has to push through it resulting in the car loosing control with the propeller, ofc that is way better than the stuck that is most cars. ps you might want to be carefull with a car like this as he has shown multiple times in the video preopeller + airtime = uncontrolled flying wich means speeding on any hill would be extremely stupid and making a propeller car for rally would be near impossible or require something like a self corecting propeller
We need fuel efficiency data, also anyone near this thing would get blown over. Not sure if you been on a prop boat but those fans aren't like this video game... they're extremely loud and powerful. Other vehicles and pedestrians would be in an immense amount of danger around this thing.
Only at 6:42. Acceleration will be different on different surfaces. A small propeller plane taxing on concrete will only have to run at 750RPM while using 1300RPM on grass
but tbh braking would still be the same and you could equally spin out when braking on wet road. +would be better if the propeller was in the front so you would have better traction of front wheels (cuz its pulling instead of pushing the car) edit: i saw your method of braking but that's really not a good idea since it would take a huggge while to change the direction of the propeller while its going at 10k rpm
Innovation requires a problem to be solved. If there's no problem to be solved then we simply create new problems. I hate to admit it but you're a genius.
that is the most utterly detailed shirt I have ever seen, in my existence I have never seen such a masterly crafted piece of cotton fabric, on of the most artistic and cutting edge pieces I have ever lied my feeble mind to handle, such an amazing masterpiece, and an artistic beast, should be preserved in a hall of fame, up to par with the Stanley Cup winners, masterpieces from the renaissance, and even great painters, such as Michelangelo and Pablo Picasso.
If anyone is wondering about the efficacy of propeller driven cars then in short it would have tons of problems, they do exist and most consist of go-cart-esque vehicles and are fun, but that is for a few reasons: 1 they are meant to be driven in environments without other vehicles, its a massive safety hazard. 2 they don't restrict airflow, a vehicle like this with a push prop would be operating in a disturbed air flow environment, it is why you don't see lots of push prop planes, they're very loud and cause lots of vibration, and because it is operating in the "dirty air" of a car, the air is not smooth, think of a semi truck passing by you, lots of disturbed air that would make the prop inefficient and shake violently. 3 Quickly reversing an engine to perform breaking is not possible at moderate or high speeds. the engine has to slow, stop, and reverse, which is a slow process, imagine using having to brake, stop and reverse your car to a high rev to start reversing, yes, it doesn't care about terrain, but also not about time, because it's slow... so... yeah, that pedestrian is hienz ketchup in your window. Props stay in the Air, or on water in the case of fan boats, not on cars
I am a fan of propeller cars
Car with propeller go nyoom with a constant *brrrrrrr*
You just span my view about them around
Fan and propeller
Isn’t it redundant?
Your vids man make me smile always 😂
I see what you did there.
Realistically speaking, a very heavy propeller (steel, perhaps, since weight isn't even remotely as big of a concern here as on aircraft) could be a very effective flywheel to preserve energy whilst breaking. Just stop the throttle, and hold on breaks applied to the wheels and it should still be spinning reasonably fast. Also, accelerating the engine with the break on wouldn't really be all that damaging here either. Genuinely does have some interesting benefits beyond the memes and what is shown here.
Some of the problems I could see it having is breaking could be tough due to having to slow down the propeller and the wheels most likely, though that’s a lesser problem in comparison to the gusts of air one of those would output. Larger cars would be almost entirely impractical, and even with smaller models the wind they would produce would mess with pedestrians and other propeller cars alike.
@@djdewwott8540 Both of you are taking this so seriously and are so dumb
A variable pitch propeller would take care of all of this in a much simpler way, if you reduce the blade angle the propeller will start windmilling, basically working as a giant airbrake, this is how you would use engine braking in a car like this. If you need even more braking just keep changing the blade angle and rev up the engine to get reverse thrust.
This are things that airplanes do to slow down in the air and when landing respectively
@@djdewwott8540even a small 100hp general aviation plane on idle throws quite lot of wind backwards, a more powerful engine working hard would easily throw a person to the ground, Newton's 3rd law, you have to move a lot of air very fast if you want to accelerate a 1000+kg car.
Also there is the problem that it may not be a great idea to have giant blades spinning at 1000rpm anywhere near pedestrians
You could also have "regenerative" breaking by spinning the propeller (the opposite direction) juts like on an electric car. Except that doesn't put gas back in your tank lol
Just a reminder that even with a propeller, the car has limited traction while cornering. But anyway, I love that the quality of your videos are just getting better every time!
Angling the prop cleverly could actually improve cornering ability if done right
The solution is actually pretty simple
Top mounted propeller for increased downforce
Optional side mounted propellers for extra cornering performance
@@MuYe big brain 🧠
@@MuYe the awnser is always propellers. Propellers can always solve all your problems
@@MuYe more big brane then brane
as a native spanish speakes im very proud of pablo and his voice choice, one of the best aditions on this channel
I think usually it is Italian
Viva españaaaaa
Mis Huevoooos!!!!
@@bazookagaming1129 ?
MuYe: creates a propeller powered pigeon to solve the lack of traction
Also MuYe: crashes 30 times because of no traction
Honestly if the prop was on the front and pulled the car forward that would probably be fixed.
Auschwitz
@@exodia_09 wtf
@@exodia_09 ??
@@cunt666 that would be a nightmarish safety hazard irl
I did NOT expect to hear the How It's Made theme. You brought back too many memories and I demand that you repress them once again as recompense.
I don’t know if muye has already done a video on the ibishu Saga but if he hasn’t I think he should try it out because it’s a pretty interesting car that a lot of work was put into it. The ibishu Saga black edition has four wheel steering and handles I also want to mention car go stutututu
It's not really relevant as it hasn't been updated in 5 months, and it's a little outdated with issues like missing headlight textures
@@Jackson-mb5ey Well I’m currently using the car right now and all of the futures are working perfectly including the headlights even the fog lights and the brights for the headlights work
@@Jackson-mb5ey Do you know of any specific features of the car that aren’t working properly besides the headlights I wanna see if I can try and get it fixed
0:13 bro really rolled a Reliant Robin
bro reary rorrar a reria rorie?
The propgeon just need one very simple, but very effective upgrade
AN MASSIVE SPOILER ATTACHED TO IT'S REAR SUSPENSION
Because, if it's attached on the chassis, it will lift the front, but, if it's attached in the main axis of the suspension, it will force the entire rear axle to the ground.
There's a Miata that runs at the 24 hours of lemons (yes that's correct) with the rear wing of a crop duster mounted upside down, attached directly to the rear axle housing. It makes like 200lbs of downforce at 70mph and none of it ever goes through the suspension.
Also rudder to take corners at high speed
@@DigitalJedi correction it is a airplane wing mounted upside down made out of foam
@@bodhithespoodergen a cropduster is an airplane.
@@beamracer9408 Ik but that plane wing designed was a different plane
2:34
Rubber tank treads. It worked for tractors in soft fields.
Muye 100% has a Mexican held hostage in his basement. That Text-to-Speech is iconic.
I have multiple
@@MuYe 😟
@@MuYe oh same
Q U E S A D I L L A S
This is a great *Loquendo* moment
2:50 Lol, that instinct to keep the toupee from falling off instead of trying to brace his own fall..
Sometimes muye's genius, is almost frightening
I see what you did 😏
It creates its own gravity
sometimes, if you listen very closely, you can hear his genius
@@TheLostProbe wtf bruh lol haha goofy ahh what huh?
@@ichosolemanuel6048 are you ok?? ☠️
0:23 “…to LANDING themselves” **shows video of Starship SN9 crashing in reverse**
A drifters worst nightmare: the lack of traction becoming a thing of the past
I was just gonna say, the problem that would arise would probably be braking-and then of course drifting, which is REALLY FUN
Say the guys who tried drifting once but immediately crash fell to the ditch and haven't tried it ever since but still think drifting looks cool in movies and games
@@ApofKol bro what 💀
@@mericanmade9843 I can literally drift a go-kart on a wet track without spinning. I can even drift in BeamNG, which is a nightmare.
@@UltimateAntto that's cool bro, no need to brag about it and try to start an argument however.
2:46 JC: "RUN! RUN FOR YOUR LIVES!!"
"Cars are only limited to roads similar to your girlfriend"
Me: So... Cars are limited to non-existent roads? Kinda weird, but alright.
I feel you
Laughs in fictional fox boyfriend
The obvious answer is another prop on top of the car
@@MuYe how did you get that troll face emoji??
@@kaiyotee2475 u ok bro
The wind noise would be unbearable. Also the major safety risk of having a spinning prop at knee height would raise some flags too
It’s a bird… it’s a plane… it’s…
another MuYe video at its finest.
Attaching a big downward wing right behind the prop would be pretty useful because it lets you create static downforce.
There are some cars that can drive on the cieling, but only the glorious propgeon can park on it.
No but like why were the first 2 and a half minutes so deep and informative, Muye did a great job of talking about the lack of innovation with cars, amazing job 👏🙂🇮🇹
There's actually been lots of innovation, but for the sake of the joke that was forgotten.
@@cdgonepotatoes4219 yeah for sure but the last 10-15 years have been "problematic" id say.
It's also consuming double the fuel. Oh, and what about when you want to change directions, from forward to reverse? Your propeller has to slow all the way down to 0RPM, and then speed back up to movement speed. Not to mention the danger of having an open propeller. All the vehicle accidents? Even more damage done with propellers. Probably some of the reasons why it never caught on, it just wasn't practical. Powered wheels (so far) are the most efficient solution for our purposes.
in the southern US, swamp boats can be used to drive over any terrain. I've seen them being driven on the street
You hear them well before you see them
Florida man ?
@@imaduckinspace8138 yes, actually.
Yeah but it scratches the hell outta them, better to just put skis on it
let me guess, florida?
6:35 Pablo would like to make an announcement
¡PUTA MADRE!
i heard the propeller car will go faster in hurricanes, tornados, and nuke shockwaves
Can confirm
can you drift in a tornado?
@@dot5730 yes
but can you w h e e l i e on a nuclear disaster tho?
@@dot5730 yes you can, I speak from personal experience
I love how it went from a documentary in the beginning to an info commercial for how it’s made, and then amazing context like always
Pablo was saying in Spanish: "But suddenly I had the desire to fuck some quesadillas" Very interesting, MuYe.
Me and Pablo aren't that different after all
Yeah but pablo is actually speaking Mexican spanish. In México when we say the word "chingar" it means a lot of different things. One of them is eat so there's that
I mean, like its not a word but more of like a slang or smth like that
Thats actually an audio from a video that was born in a facebook group Called "calacas chidas"
Viva españa
I would love the entire video to use the loud sound at 12:43 as the propeller cars sound
And I find that noise so funny
I love this. A 15 minute Muye video, a genius idea, the editing.
And most importantly,
P A B L O
10:57 What an entrance
Quick, Hammond's gotten his grubby hands on a propellor car! HIDE THE CAMERA CREW!!! SAVE YOURSELVES!!!
"HAMMOND YOU IDIOT!!"-Jeremy
Nice transition 2:12
Me to Muye be like: Come on man you are talking about our mom when your mom is literally black hole
It was kinda badass
The speedo is ok, its counting from the driveshaft/the engine and the propeller is connected to the driveshaft and driven by the belt going directly to the propeller from the driveshaft...its using everything as a normal pigeon exept the gearbox
with the mod you can actually fit a normal gearbox to it and drive it like a manual, i think its everything except the rear differential
@@RedNoise-hz5nh i know...i did that, it was soo fun to drive a manual while powering the propeller
@@Somcarguy same!! its actually better when flying imo
@@RedNoise-hz5nh YESS cuz u can manage the speed easier
If you ignore that the prop pigeon has a 1300+ hp engine sure
5:31 Muye screaming "PABLOO" never gets old
2:03 engine lore
_But you didn't have to cut me off_
@@MuYe holy shit you actually replied, do you like milk
8:48 that slight reverb on the burp really made me cry laughing XD
Muye : Propeller cars are the future of transportation
Also muye : *crashes it litterally every 10 seconds*
f u t u r e i n d e e d . . .
I *only* crashed every 10 seconds
10:28 this takes the term engine braking to a new understanding
Interesting fact about planes:
The Cessna 172, which began production in 1955, is still in production today as essentially the same airframe with only minor differences, such as a back window added in 1963, and an upgraded interior. It is still the most popular plane in production.
Yeah nah, cars have certainly developed faster than planes. Well, in recent history anyway. :)
I think he forgot about development of tires as well, what we have now are 10 times better than what we have decades ago.
Still a fun vid.
another fun fact. the russians have the 172 beat with the AN-2, a *BI*plane built since 1948, meant for STOL and cargo ferrying in remote regions, whose airframe has not been modified since...
and it's running a radial engine, too!
@@comethiburs2326 Haha yeah, that's my favourite plane! It's what my PFP is :)
a lot of GA (read: small) airplanes run on ancient technology but the airliners, definitely not
Eh. Not 10x better. The main point of a tire is traction. So given other variables like cost and life expectancy are equal, the relevant metric to judge tires on is their friction coefficient. Which has improved but certainly not 10x even since the first rubber tires.
1:40 Gotta love the How It's Made theme music
Wow I’m really blown away by the quality of this content here
Thanks man
The noise and cutoff at 11:13 is fuckin hilarious
He's not kidding guys, we escaped his basement and are now lost in the Italian countryside.
He gets closer every day.
We can hear the monkee noises.
Our phones are dying.
We let Keeith navigate and now we're even more lost than we were when we escaped.
SEND HELP.
It's very dark.
Emil's mic is louder than ever.
We don't know where Keeith is leading us to.
Probably some monkey shit, but we don't know yet.
disclaimer - this text was translated for you from monkean to english by: BananaFuturama™ (all copyrights reserved)
It's been a ton of days that these humans think that I actually can understand them but all I hear is screaming.
Everyday it looks like the sky is getting more tainted and the vehicle we're using seems like not having a prosper future, first of all I gotta say that a good part of all the crushed and broken components are made faulty by me, I didn't intend to break this machine but in the first place I don't know why this guys put me to the wheel, i never knew how to drive. I tho also removed the vehicle's honk because I thoughly stand on a statement of mine, "don't honk we are monk".
One thing that surely stays stafe is the supply of bananajuice left in the trunk, I crearly stated that "This juice must not be touched orelse I will drive you to death". I'm pretty sure they didn't get my message but I made myself clear with some screams while pointing to my sweet juice.
The nights are cold, I just hope zunzan tomorrow will come back with the food supply we need for surviving because otherwise we will die of starving... the light of hope is still on the horizon.
5:59 PlayBoi Carti - cancun
14:18 the pigeon finally lives up to its name!
I love the glasses at 1:05
I love that Pablo’s subtitles don’t match the Spanish at all in the subs he’s just threatening u but in the Spanish he’s just talking about eating potato chips and eating quesadillas
Theoretically, yes your acceleration changes depending on the terrain, because friction still exists
11:32
See the problem here is, the propeller pigeon uses over double the amount of fuel!
No it doesn’t. The beta does
no it doesn't, propeller car gets 23 MILES of distance per gallon of fuel while the standard car gets 11.7 MILES of distance per gallon of fuel.
5:22 Translation "So then I went to my kitchen [inaudible]"
The editing in the video is top tier 💀🙏
MuYe : even trains have improved!
Trenitalia : are you sure about that?
1:49 I flipping love this part
burger
6:30 this fucking cracked me up mate. the text to speech paired with that sick drift of pablo ending in this intense stare down is just 🤌
9:18 the doom music got me Lol
Few issues I saw with propeller car:
- no clutch for propeller - in case when it's needed to be turned off, it won't work (can be solved with basic transmittion)
- limited traction while turning (can be solved with back-wheel steering, spherical tyres or propeller with turning mechanism)
- massive winds in cities
- too much negative momenthum on Y axis (if a car gets stopped from front, it will tip over)
- large fuel consumption
- propeller is wide and prone to damage
- lack of cargo space in this design
But it would be great for e.g. sports car. As always great video!
came for propeller pigeon, stayed for mobility history lesson
12:30
Orange car: „lol slow ass boi with a propellor“
MuYe: „YOU DARE CHALLENGE ME???“
MuYe too: *turns on rocket mode
flying cars are a cool concept
but a flying pigeon is both an amazingly "natural" looking invention since... pigeons fly
(great work on the merch btw)
Is that Jack Stardust?
yeah it is
@@walf8099 appreciate
bro that how-it's-made-style-funky-beat in the backgrounds kinda slaps ngl.
14:51
Be honest - you’re crying too.
I can see a couple flaws in this design
1. Noise. Car engines are already loud enough, then adding the propeller whipping around. Imagine some compensator reving the equivalent of a biplane outside your house at 3 in the morning
2. Safety. A large, fast moving propeller is going to hurt or kill people when out in the open
3. Wind. The third time you get your groceries blown out of your hands by one of these passing by is when you decide to commit homicide
4. Steering. The single propeller, as Muye's multiple jump cuts have shown, does nothing for steering, which still relies on the wheels. You know, the whole thing the propeller is meant to be a fix for
6:29 when the AI is more skilled than the player
1:06 am I the only one seeing this? (The Muye glasses)
Nope
Nah
Why were you looking there?
Absolutely not
The concept is just amazing, and the speed is fast.
Air benders have more plot armor than Pikachu than even their cars have plot armor.
5:00 when i saw the name pablo multiple times in the discord i was like no pls no then i see that muye selected pablo and now i remember that he also put pablo in the comunity tab of youtube why...(its very weird to hear your own name in a video like this XD) and i fucking love the "loquendo" voice that thing was hevily used in early spanish youtube (sorry for my bad inglish)
As a spanish speaker, the loquendo also caught me off guard and I love it
Inglish ajshakha
(2yrs later) 13:46 - the perfect Steve Jobs announcment say is here for the muye channel... I watched this video so much... and i have no idea for Muye say that...
(btw: Its a Easter egg 2 years after, and i love find this little tiny easter eggs... and yes this is not a easter egg, its just lots of word..)
1:55 I was gonna say non-existent since I like men
Gay
@@swagroutetodumbass no shit sherlock
I like both :)
I’m gay
@@swagroutetodumbassyou didn’t have to state the obvious
11:11
Keith: he is zooming, it is superior
Muye: A-
3:49 Xavier Wulf - Kid Cudi Remix
Thx bro, a year later and you helped me find 3 new songs with it
There have been racecars that used propellers. They had fans that iirc pulled air from under the car and blew it out the back creating insane downforce even at slow speeds.
The fact that you started talking about how a car works while the "How Its Made" theme played has made my day
5:38 Pablo is on crossaunt 😂😂😂
Just wait until Muye discovers propeller torque and its effects.
Especially at low speeds, increasing throttle will cause the car to both turn and roll left; you may also experience asymmetrical thrust. Using a constant-speed (it adjusts its angle in order to keep engine RPM stable, almost like a CVT) contra-rotating (basically 2 propellers in front of each other spinning in different directions) propeller would solve or at least reduce the issues I mentioned, as well as allow you to stay in the powerband permanently without the reliability issues at higher power outputs that a CVT can have - back in WW2, constant speed props could harness the power of 1000, 2000, 3000hp engines even.
Also more planes in beamNG when
8:25 imagine if Pablo the Pidgeon just jumped uncontrollably every time there’s a “Bah”
11:46 did you just call my mom fat in italian
he said "but what have I done wrong"
The how it’s made music is crazy
1:31 **screenshot**
4:36 pablo introduction
4:59 pablo mad
5:09 pablo mad 2
5:30 pablo hates his job
5:59 pablo is saying hi
0:59 W I D E T R A I N
Train :)
12:42 "that is not the 𒀱𒅌∞𖧷𒀱𖧷⨀𒅌𖠻𖡄"
9:45 the Jetsons have arrived
3:01
Muye: “this is an ibishu pigeon”
Me: “oh! I thought it was it was a Chevrolet Camaro!😂”
I don't think that a propeller would eliminate the problems with normal wheels completely. First of all the traction does get easier, but it'll be harder to climb and get over really tough terrain, and on top of that it isn't the same traction for every ''flat'' surface, you need to remember that something like dirt is still rough and loose wich will slow you down more than something smooth and firm, I could however see ice increasing the speed of the car, as ice is slippery and therefor provides less fricion than an asphalt road. Also all the wet surfaces would still be anyoing to brake on as there would still be breaks in the wheels to make them stop spinning faster than just making the propeller go in the other direction would (assuming that simply spinning a propeller in the opposite direction makes it suck and blow air in the other direction) act as a break, making the propeller a brake enhancer, ofc the weight of the propller is more weight you have to stop
alright, so pure climbing I was wrong about, the rough tarrain I was right about, however I seem to have underestimated the breaking power of a propeller, also if you look back at the driving suface test you will see that I was right about the resoults of rougher surfaces as he is slightly slower on grass and dirt then on something like ice or sand and he even ends up loosing control of the car in the mud, wich makes sense as mud is heavy and yet a liquid wich means that the wheels can't get on top of the mud and instead has to push through it resulting in the car loosing control with the propeller, ofc that is way better than the stuck that is most cars. ps you might want to be carefull with a car like this as he has shown multiple times in the video preopeller + airtime = uncontrolled flying wich means speeding on any hill would be extremely stupid and making a propeller car for rally would be near impossible or require something like a self corecting propeller
We need fuel efficiency data, also anyone near this thing would get blown over. Not sure if you been on a prop boat but those fans aren't like this video game... they're extremely loud and powerful. Other vehicles and pedestrians would be in an immense amount of danger around this thing.
At 11:30 fuel consumption is shown and as expected the propeller pigeon uses a lot more fuel
@@coolguy6263 it uses less fuel dumb dumb
Only at 6:42. Acceleration will be different on different surfaces. A small propeller plane taxing on concrete will only have to run at 750RPM while using 1300RPM on grass
0:41 smol tic tac
not only is it louder,you also need a counter spinning second propeller and a safety features for the blades
but tbh braking would still be the same and you could equally spin out when braking on wet road. +would be better if the propeller was in the front so you would have better traction of front wheels (cuz its pulling instead of pushing the car) edit: i saw your method of braking but that's really not a good idea since it would take a huggge while to change the direction of the propeller while its going at 10k rpm
Innovation requires a problem to be solved. If there's no problem to be solved then we simply create new problems.
I hate to admit it but you're a genius.
My mom called you a smart man
2:01 I just realized the how it's made theme is playing and I love it
Try driving the plane version with a steering wheel it vibrates like mad
that is the most utterly detailed shirt I have ever seen, in my existence I have never seen such a masterly crafted piece of cotton fabric, on of the most artistic and cutting edge pieces I have ever lied my feeble mind to handle, such an amazing masterpiece, and an artistic beast, should be preserved in a hall of fame, up to par with the Stanley Cup winners, masterpieces from the renaissance, and even great painters, such as Michelangelo and Pablo Picasso.
9:10 bruh
the ai speaking in an italian TTS voice is the funniest thing i've ever seen
1:45 Why are you playing the theme to How It's Made?
If anyone is wondering about the efficacy of propeller driven cars then in short it would have tons of problems, they do exist and most consist of go-cart-esque vehicles and are fun, but that is for a few reasons: 1 they are meant to be driven in environments without other vehicles, its a massive safety hazard. 2 they don't restrict airflow, a vehicle like this with a push prop would be operating in a disturbed air flow environment, it is why you don't see lots of push prop planes, they're very loud and cause lots of vibration, and because it is operating in the "dirty air" of a car, the air is not smooth, think of a semi truck passing by you, lots of disturbed air that would make the prop inefficient and shake violently. 3 Quickly reversing an engine to perform breaking is not possible at moderate or high speeds. the engine has to slow, stop, and reverse, which is a slow process, imagine using having to brake, stop and reverse your car to a high rev to start reversing, yes, it doesn't care about terrain, but also not about time, because it's slow... so... yeah, that pedestrian is hienz ketchup in your window. Props stay in the Air, or on water in the case of fan boats, not on cars
14:45 Average russian dashcam