Your planet is made of gas, you can't even brake there, but for sure you are the best brake exporter for another planetas, bacause the ones made on sun always melt before delivery
That's true, you cant even accelerate on the sun since it's so strong. Also it would stop right away, it wouldn't move a bit then stop. He had to activate sun gravity as soon as he went past otherwise it would have stayed still
I mean yeah, but also when are you gonna be hurtling down an empty highway at 140 miles per hour? It just goes to show that if it can slow down that fast, then it’s good. :D
@@JotaV2502 I mean that's still 9+ G from what I've read which can easily knock a normal person out and I bet this one breaked even faster so it could probably
@@liamythoh hell naw. Gravity is the same yeah but the video didn’t consider the atmospheric pressure. With the pressure venus has it would stop immediately.
@@noeespinosa9359 he might say "it", as "eet mate". Not everyone pronounces the word "it" the same. Even the shortest and simplest words aren't said the same way
You can only simulate planets with greater accelerations of gravity by adding weight to the car. To simulate lower ones, you’d need a complicated rig of overhead cables running on tracks capable of moving over 140mph for this test lol
Fun fact: even though Uranus is bigger than earth its gravity is slightly less than on earth so that's why the breaking performance was slightly worse.
It’s actually very Simple to find the gravity of each planet by using the material of the planet and the size you can calculate it by finding out the density. Once you find out the density, it’s a little bit of math find out the amount of newtons of force. Pulling you down to the planet.
Would be nice rather than brake temps you also showed the numerical strength in gravity compared to Earth, like Jupiter's gravity is 2.5 times stronger than Earth's.
If anyone is curious, the formula for breaking force is frictional coefficient (which is based on the materials. In this case, it's constant but not given) multiplied by the normal force (which is downwards force. Since the car is being pushed forward parallel to the ground, the normal force is equal to the force applied by gravity). So in this experimentation, as the gravity increases, the time to decelerate to a complete stop also decreases. Of course, there are cases like air resistance and the frictional coefficient being affected by temperature but those are not tackled in the video
Just so everyone know, a vehical stops when the breaks stop the wheels from rotating, this motion is called skitting, during this the friction acts on the wheels which stops the car. Friction can be calculated by using the formula U × (Normal Reaction) Where U is the friction coefficient which depends on the wheel and the road (a material property, and when tyres are made, they can change the value of U with different materials to make it break efficient or of a different type) While the normal reaction is not a material property, but it depends on the mass of the vehical and the force of attraction between the partical and planet (called gravity in case of earth). On a general scale we can give Normal Reaction as Mass × Gravity. Therefore the efficiecy of break depend on the friction force which depends on Mass & Gravity & Materiel. So in this video as the vehicles were in different planets, the breaks worked differently. Thank you, keep loving physics
Bro basically breaking system depends on surface so as it provides friction And the friction is directly proportional to weight and weight is directly proportional to gravity and mass so in which star or planet where gravity is more there breaks will work more efficiently 😊😊😊😊😊
Pretty cool, it shows that even though brakes apply force directly to the wheels, it doesn't matter if you have the strongest brakes if the wheels don't have any traction
Fact, why some are stronger and some are weaker at breaking is because of the gravitational pull, the sun has the largest gravity and breaker the fastest where Pluto has very little gravity and had a hard time break and crashed
Fun fact, the Buggati's brake system was designed specifically for earth gravity.
@Joel how the fuck did the joke fly over your head that easily?
Edit: the guy said no shit Sherlock for everyone asking
@@joel1018 r/woosh
They should have designed it for the sun look how fast it stopped
Really? We just realized about that
@@Scurzes what's that about?
Damn sun gravity really said "H A L T"
lol
its "Führerschein und Fahrzeugpapiere bitte" xd
@@theoneandonly3435its also wissen sie warum wir sie angehalten haben
I think it should crumble the Bugatti the moment sun gravity came into picture
czcams.com/video/fWErCzBz2Ik/video.html
As the guy who lives in Jupiter, the brakes in our planet are the finest
but your gas mileage is terrible
@@cool-person1161but we have plenty of gas too
What's it like this time of year?
Your planet is made of gas, you can't even brake there, but for sure you are the best brake exporter for another planetas, bacause the ones made on sun always melt before delivery
@@aydenkennedy9074
Very odd
I love how they knew Pluto was going to be bad so they instinctively tried to turn onto the ramp
The sun got that mfkin PRESSURE! 😂
Not pressure, more like 3 tons of downforce 😂😂
downforce*
@@paraskevaspapantonakis more like 56 tonnes of weight. Suns gravity is 28 times earths
Brakes yeeted it self
@@paraskevaspapantonakis nah I meant to say pressure.
Lesson of the day: don’t drive a Bugatti on pluto
That one dude: yeah i would survive that
@@JustLewKasEdits lil jimmy doing flips on the back
666 likes
What color is your bugatti?
There goes my weekend
As a normal person living in the sun, I can confirm our brakes stop right when you hit them
"uranus"
😔 it still hurts 😔
Owwwww are you 👌 okay
@@VideogamepalaceMC 😔😔
@@VideogamepalaceMC*inhales* BOI 👏👏YOU SIR HAVE WON THE INTERNET 😂😂😂😂😂 ROFL!!!! OHIO GRIMACE SHAKEEE!!!! SKIBIDI!!!
😂😂😂
@@qew735you so fucken precious when you smAEOAOEOAOEOAOEEEOEA
Alright bro u convinced me i wont take my Chiron to Pluto
But somehow he has convinced me to bring my chiron to Jupiter🤣
Yeah like u have a chiron bud
@Xotic . There's always someone in a comment section and your that guy man
@@XoticKxg bro its a sarcastic joke ym guy
What colour is your Bugatti?
Sun was like “Sit yo ass down.”
pluto thought the chiron was a penis coming to his ass
💀
That Sun one was so close, I doo dooed myself
I'd like to order some flaming hot sun brakes out here chief.
the sun didn’t just let it brake fast, the sun WAS the brakes
Then we dont need brakepads😂
Yesss
That's true, you cant even accelerate on the sun since it's so strong. Also it would stop right away, it wouldn't move a bit then stop. He had to activate sun gravity as soon as he went past otherwise it would have stayed still
the car would be crushed
As a guy living in sun, I confirm that our brakes are so good
Edit: 4k likes!! tysm
That's right
Copied
What car superman drives there?😮
How do you live there
Impossible
pluto didn't stop 🗿
Bigger the planet, effective braking
Except he got Uranus wrong lol
The Earth's one was so satisfying, but a little too close for comfort
That's actually false braking
@@INDIANBEA5T okay
@@INDIANBEA5T
I mean yeah, but also when are you gonna be hurtling down an empty highway at 140 miles per hour? It just goes to show that if it can slow down that fast, then it’s good. :D
As a neptunian I can confirm that your car’s brakes are in good hands on our planet
285 Likes and 1 comment, lemee change that
@@zoonibutt9334still 285 likes but with 2 comments lemme correct that
😂
615 with four
Lemme fix that up real quick
Q
"It's Uranus Right" ?
"Nah, it's Ur Anus" 💀🗿
It was heartbreaking seeing Pluto but not Venus
The G-Force when braking in Sun’s gravity would probably get your soul out the body like in Doctor Strange
Yes
Not really...Forrmula 1 cars brakes like that, they go from 350kph to 0 in just 4 seconds
@@JotaV2502”🤓”
@@JotaV2502 I mean that's still 9+ G from what I've read which can easily knock a normal person out and I bet this one breaked even faster so it could probably
What game is this
"Venus left the chat"
It's fine, it would've been virtually the same as earth.
@@liamyththat’s the thing. I wanted to see how similar it was to earth
Bro thats the whole reason i went in the comments😂
@@liamythoh hell naw. Gravity is the same yeah but the video didn’t consider the atmospheric pressure. With the pressure venus has it would stop immediately.
@@Kbax3614 ok, it's just if earth has the same gravitational pull as those other planets. So, Venus would be very close to the same.
The Mercury always get's mad. 😂😂😂
The fact that the body even held up when the Sun kicked in his badass on its own
The sun's gravity was just like nope
It sounded like the tires popped 😂
@@seanb7443I think it was the breaks themselves popping 😱
thanking for likes is cringe 💀
@@AdidasPro.its normal
@@elgatosovieticocomunista3710 cringe tho
Conclusion, you should only take your Bugatti to the Sun.
The acceleration would SO slow though
The acceleration would not work though because it’s kinda MAJORLY SLAMMED
@@keeshengang i dont think engine is strong enough to even lift the piston in sun gravity so it wont start
@@noahmn4985 The car would become paper thin because of the gravity there
@@theceo678yearsago5 how thin is your bugatti?
I hope this channel never ends and keeps spreading happiness.❤️😊
I love couches
This gives a good representation in the differences of gravity
Andrew tate has been real quiet since this dropped 💀
He’s been real quiet cause he was in the Bugatti that had Pluto gravity
Sun out here saving lives but breaking necks 😂😂
@Yoo0ooOtube yea thats the funny
fr
Pluto rly said: We don't stop
I'm still amazed that my Honda Accord has travelled a third of the way across the sun and has had 0 mechanical failures whatsoever
Man added pluto in a different lane 😂
I just peeped that 😂
Suns gravity is like the NYPD
As a guy who owns a Bugatti in Pluto, I can confirm brake in our planet is finest
The moon one is giving me flashbacks of the worst car accident
Props to the brave men that went to each planet and the sun to find this out.
Feminists: only men!!???!
@@GigaPrime14900 it can mean either sex
@@henry.r.harris I know that, but feminists don't
Not only did they test the brakes of the Chiron on each planet, but they also managed to rebuild that highway perfectly on each planet
My respect for this guy after he added in Pluto: 📈
Not a planet but ok
@@elijah5994 when did he mention planets?
@@elijah5994 learn how to read and/or listen
@@elijah5994 It is ked 💀
@@elijah5994 blud forgot to read before he wrote a reply 💀
I love how the sun just stops it in place
Bro is actually a good person for telling Pluto a planet
We should live on the sun, save those break pads
Brake*
You pronounce it the same
@@noeespinosa9359 he might say "it", as "eet mate". Not everyone pronounces the word "it" the same. Even the shortest and simplest words aren't said the same way
@@TorGNorge English is fucked
Andrew Tate : I gotta get me sum sun gravity
You a fan or a hater?
@@Bl4ze-YTWhy should that matter
@@JamiieBall fr why would it matter
@@poopcaca5733 To predict his age
@@vanhohenheim1515oh that’s easy.
Andrew Tate Fans average age : 12-17
Andrew Tate Non-Fans average age : 1-100
Andrew Tate Haters average age : 19-22
You know how they say
New Bugatti, new planet
My god that first braking almost gave me a heart attack. Gonna have to revive myself after that.
Holy christ
The respawn cooldown on you is faster, yours is like 3 days while ours is like an eternity
@regular 787b general Kenobi
Sp Christ u good just yesterday I want to mount dt benedict
@@trizkox69 i always come back
The earth one had me sweating
The Uranus crash was just the lightest, cutest little “spoof”.
Shoutout to the game devs for travelling through space to acquire this knowledge
damn sun has spiritual pressure
Bleach pun cheeky
@@keyshawnshadd4617 yes
Imagine if you could actually test this
I guess you didn't go to school
You can only simulate planets with greater accelerations of gravity by adding weight to the car. To simulate lower ones, you’d need a complicated rig of overhead cables running on tracks capable of moving over 140mph for this test lol
@@user-iu5pe7xz2j they said IMAGINE learn to read like bruh
@@user-iu5pe7xz2j You should be the one going back to school, you can't even read, it seems.
WE PULLIN THE NUMBERS OUTTA OUR ASS WITH THIS ONE
as someone who live in the sun, our brakes is so good that our car doesn't even move
Bro woke up in a new Bugatti 💀
This is assuming the Suns gravity hasn't already crushed the vehicle into the crust already 😂
I didn't know the MOON was a planet 😂😂😂
Why do I tense up every time I watch these videos
Fun fact: even though Uranus is bigger than earth its gravity is slightly less than on earth so that's why the breaking performance was slightly worse.
Sun be like : STOP MEANS STOP!!🗿
It's so much better when you know the reason why it brakes better on places with greater gravity
Sun's like that elementary school teacher who be like: "DON'T RUN IN THE HALLWAYS" 💀🪦
Those breaks hits harder than an crash on sun😂😂
That sun gravity brake looks like it'd give you collision internal injuries without a 2nd car 💀
No way bro did my boy Venus like that
"I would survive that, I'm in the back seat so I'm fine. I'd survive with a minor major concussion."
The Bugatti visited every single planet.
As someone who lives on Pluto, your brakes will instantly freeze when you hit a wall
“Byugatti” *AMERICAN MODE ACTIVATED*
You sun never fails to impressure me.
That brake on Pluto’s gravity just straight up froze 😂
Now bro has beef with Planets💀
That sun really said STOP your violating the law
The sun gravity got that dog in him 💪💪😂😂💯💯.
Venus left the chat
Props to the guys who went far enough to find out the gravity of different planets
It’s actually very Simple to find the gravity of each planet by using the material of the planet and the size you can calculate it by finding out the density. Once you find out the density, it’s a little bit of math find out the amount of newtons of force. Pulling you down to the planet.
The brakes couldn't stop Uranus🤣
Sun:Emergency break!
Brake*
son didn’t disappoint
Pluto really said ‘which gravity ‘😂
Glad to see that this 2nd channel is doing good
Earth gravity got me sweating
That one dude: nah I was in the back seat for this one so I would say I survived
Mars jumped like the laughing frog 😂
Has anyone observed the France flag on the other side of the spoiler? 💀
Yeah
Alright and what's so funny?
@@THECONTINENTALMAN Nobody thought it was funny though??
@@oni8337 what's the skull emoji for then in the comment?
@@THECONTINENTALMAN probably means "holy shit" or "bruh"
Would be nice rather than brake temps you also showed the numerical strength in gravity compared to Earth, like Jupiter's gravity is 2.5 times stronger than Earth's.
Brakes: hmmmm kinda hot in here
Enjoyed the light bang on Uranus
Top G sponsored this video
Bruh sun be like Eren Yeager "NO THIS IS OVER, IM GONNA PUT A STOP TO THIS"
What about Venus?
They Forgot about Venus
If anyone is curious, the formula for breaking force is frictional coefficient (which is based on the materials. In this case, it's constant but not given) multiplied by the normal force (which is downwards force. Since the car is being pushed forward parallel to the ground, the normal force is equal to the force applied by gravity).
So in this experimentation, as the gravity increases, the time to decelerate to a complete stop also decreases. Of course, there are cases like air resistance and the frictional coefficient being affected by temperature but those are not tackled in the video
We all knew that Pluto was gonna go like that
Just so everyone know, a vehical stops when the breaks stop the wheels from rotating, this motion is called skitting, during this the friction acts on the wheels which stops the car.
Friction can be calculated by using the formula U × (Normal Reaction)
Where U is the friction coefficient which depends on the wheel and the road (a material property, and when tyres are made, they can change the value of U with different materials to make it break efficient or of a different type)
While the normal reaction is not a material property, but it depends on the mass of the vehical and the force of attraction between the partical and planet (called gravity in case of earth). On a general scale we can give Normal Reaction as Mass × Gravity.
Therefore the efficiecy of break depend on the friction force which depends on Mass & Gravity & Materiel. So in this video as the vehicles were in different planets, the breaks worked differently.
Thank you, keep loving physics
brakes*
@@desiassassin3268农民怎么了
This was the explanation i was looking.., thanks mahn
@@Amirooi27 me too
sun's gravity be like:stop right there
"Just a severe minor concussion"
I love the fact that this man just taps the brake like we would not notice
Bro basically breaking system depends on surface so as it provides friction
And the friction is directly proportional to weight and weight is directly proportional to gravity and mass so in which star or planet where gravity is more there breaks will work more efficiently 😊😊😊😊😊
Pretty cool, it shows that even though brakes apply force directly to the wheels, it doesn't matter if you have the strongest brakes if the wheels don't have any traction
Guy driving the car on Pluto:STOP WAIT NO Æ
Fact, why some are stronger and some are weaker at breaking is because of the gravitational pull, the sun has the largest gravity and breaker the fastest where Pluto has very little gravity and had a hard time break and crashed
Pluto:WHERE THE F ARE THE BRAKES
did you know that Pluto is not a planet its a dwarf planet
@AMplays01 But it has the word "planet."
@@lightsfansofthewest481 true but scientist said it not apart the 7 plants me know
@@AMplays01 the video just talks about gravity so what does that have to do with anything
@@Unagam1GD read the orginal comment i was just correcting him. i just thought he may wanna know. My bad.
Props for the developers for going on every single planet to create the physics of the game 💀🗿
even moon and pluto and sun. those are the planets everyone fails to mention. ever.
@@sakatababa yessir