Found a way to do BURNOUTS!

  • Thread starter Thread starter Piglet
  • 23 comments
  • 781 views
Messages
352
TCS and ASM need to be turned off. This is for rear and AWD cars, only because most of us know how to do it in FF cars. First, hold the brakes and rev the engine to redline and hold it. Release the brakes and let the car spin it's wheels, then put the brakes on again while your still holding the gas down all the way. Next if the revs drop too low give it less gas. That's it, the car will just sit there and spin it's wheels. The only thing is, the smoke isn't realistic. :D
 
I can burnout in a Toyota GT-One Race Car. With or without these settings. Or maybe I am an idiot and did not read your post right. Well, when I "burnout" white smoke comes up. I guess that is burning out. I hear my car screeching up a storm while it does this. I guess you could say that is"burning out." :confused:
 
I haven't tried that i don't think.
But i do do doughnuts in 4WD cars. Namely GT-R's and Evo's.
 
That's pretty easy. The settings for the 'Escudo wheelie trick' make the car burnout until 250km/h :burnout: :tlight:
 
My porsche RGT does a burnout untill 160 km/h :o


every car can do one, but my cars always move, I'm gone try the things you wrote ;)

damned my english sucks
 
FF Cars are fun doing burnout :burnout:

Watch the fronts pull the car and the backs lock, then spin the car out :spin:

:honda: Civic, Integra :r: and :mini: are good, any fully tuned FF car really can do it fully tuned..

How do people do donuts in a 4WD, do you have any settings? :D
 
Originally posted by alexy2k
How do people do donuts in a 4WD, do you have any settings? :D
Take something powerful & AWD, crank the steering all the way over, and floor it in first gear. You need some space, because they tend to wander around.

A tuned-up Skyline should do one without effort. Just keep the wheels turned and the revs up so it doesn't get traction.
 
Have you noticed that if you do a burnout in a very powerful car, and turn the wheels, your car will turn the opposite direction?
wierd...
 
Originally posted by CloneHead
Interesting theory..
Newton's Third Law: For every action, there is an equal and opposite reaction.

In other words, when you turn the front wheels under normal circumstances, the turning force is set against the static force of the rear wheels. It's easier to rotate the front tires than it is to push the back tires sideways, so the car itself doesn't move.

When the friction force is removed by having the back tires in a burnout, it becomes easier to push them sideways than it is to rotate the non-spinning front tires against the ground. Therefore the back end of the car loses, and moves opposite the direction of steering.
 
Back