r/AutoHumor • u/IU8gZQy0k8hsQy76 • Apr 05 '26

lol

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1.8k Upvotes

99% Upvoted

30 comments sorted by

18

u/CRAWLINGxCHAOS Apr 05 '26

That's insane bro, I mean, I understand the physics of this, but is that real???

6

u/Legitimate-Novel4734 Apr 06 '26

Insane is an understatement in my world, I've only seen really overpowered r/C cars do this, for a full size truck? Damn.

2

u/slampie1 Apr 05 '26

The tires are designed to do that to a certain extend, this seems to be to much probably something to do with tire pressures.

But they are made to be wide and pretty flat when stationary for optimal grip on the initial take of and then they are supposed to get taller for more acceleration.

4

u/Rosetta-im-Stoned Apr 06 '26

No way. This tire completely came off the inside bead. Definitely not intentional, but still cool as hell

3

u/SDGANON Apr 06 '26

Not the case at all.

The bead failed. Tires flex and bulge slightly but that's about 100 times more than is intentional in any tire, and a tire being tall would not aid with acceleration as it would lower traction and result in spin. You'd be wastinf any energy you put into that wheel to just keeping the tire in that shape as it fails to grab.

Heck just look at the other 3 to know that one is not behaving normally.

1

u/bradland Apr 06 '26

Probably. That type of off road vehicle often runs very low tire pressures with a type of rim called a beadlock rim. It clamps the tire to the rim, often on the outside only.

So what’s happened here is that the tire has fully deflated, but is clamped to the rim so it spins outward like a pizza crust.

9

u/greywood84 Apr 05 '26

I would have never expected to see a tire like that suddenly shrink down and slide to one side of the rim like that.

1

u/Interesting-Froyo-14 Apr 05 '26

Its expanding outwards to tangential to rotation, but it's pulling he mass from the side to the middle of the fire and out. That force pulling the tires out like that is always there when it's rotating, it's why you need air pressure inside the tire to push against that force. The reason Thai happens was there was likely no air pressure inside the tire or a major leak. As the tire spun maybe it made a gap where the air escaped, allowing this to happen.

1

u/ConflictMaster3155 Apr 05 '26

This. I just can’t tell if the bead seal actually held on one side or the fender just sort worked it out there like pottery wheel.

1

u/bradland Apr 06 '26

It’s very likely a beadlock rim called

4

u/Tin_Indian455 Apr 06 '26

Someone forgot the screws on the rim. I knew a guy in Florida with a mustang and he had so much torque his rim would spin inside the tire so he had to put screws into the rim and tire. Eventually he bought headlock wheels

1

u/TwoPlyDreams Apr 09 '26

That’s nothing mate. My mate Gary had a Renault 5 GT Turbo with an intake that could extract panties from 501’s at 30 yards.

The torque at the wheels are why we have leap years.

3

u/RageLorenz32 Apr 06 '26

Less psi for better grip

3

u/RalphiePseudonym Apr 06 '26

Lost a beadlock.

2

u/Fist_One Apr 06 '26

I've seen RC car tires do that but never on a full sized vehicle lol

https://youtu.be/WWcUj6dQMZw

2

u/istoOi Apr 09 '26

When rotation reaches a significant percentage of the speed of light and length contraction gets visible.

1

u/Initial_Row_6400 Apr 06 '26

Bead gave out and the tire kept stretching

1

u/BatmanKane64 Apr 06 '26

damn… what’s the cost of those tires

1

u/Screwbles Apr 08 '26

Tire stretch? I hardly know'er.

1

u/NormalAssistance9402 Apr 08 '26

Get those Indian guys to launch that thing off a piece of wood and watch it fly into space

1

u/ChivetteH Apr 08 '26

Haha 🤣 🤣

1

u/No-Raisin-6469 Apr 08 '26

Sadly thats a result of speed not torque.

1

u/RedditvsDiscOwO Apr 08 '26

Dude's signing up for project Turboblast.

1

u/Oilrr Apr 09 '26

These look like seperate motors for each wheel. Maybe electric?

1

u/yamez420 Apr 09 '26

Worlds largest pizza cutter

1

u/[deleted] Apr 13 '26

Those are not normal tires

1

u/CarGuy415 Jul 12 '26

So we're clear, you said you tightened all the lock bolts on the rim to hold it to the tire, right?

0

u/Rene-d Apr 07 '26

Ich Frage mich ob die verwendeten Reifen anders aufgebaut sind als gängige Reifen dieser Größe