Performing a burnout in an automatic car involves overriding the vehicle's safety features and can cause significant damage to your transmission, tires, and drivetrain. It is also illegal on public roads and should only be attempted in a controlled, private environment at your own risk. The core technique involves using the brake and throttle simultaneously to make the rear wheels spin while the car remains stationary.
Safety and Legal Disclaimer: This action is dangerous and puts immense stress on your vehicle's components. We do not endorse illegal activity. Proceed with extreme caution and understand you are solely responsible for any resulting damage or legal consequences.
The process relies on the car's torque converter, a fluid coupling that transfers engine power to the transmission. To begin, find a safe, open, paved area away from traffic, people, and flammable debris. Ensure you have permission to be there.
- Preparation: Turn off all traction and stability control systems. This is often done by holding a button labeled "TCS" or "ESC" for several seconds until a warning light appears on your dashboard. This prevents the car's computer from cutting power to the wheels.
- Positioning: With your left foot, press the brake pedal firmly all the way to the floor.
- Power Application: While keeping your left foot hard on the brake, use your right foot to press the accelerator pedal. The engine RPM will rise. You need to apply enough throttle to overcome the brake's hold on the front wheels, allowing the rear wheels to spin.
- The Balance: This is the critical part. You must maintain firm brake pressure with your left foot to keep the car from moving forward while modulating the throttle with your right foot to sustain the wheel spin. The car will rock slightly against the brakes.
- Releasing: To stop, simply release the throttle completely first, then the brake.
Cars with more powerful engines and rear-wheel drive are significantly easier to perform this in. Front-wheel-drive automatics are not designed for burnouts and attempting one can cause immediate damage. The table below shows the stress this puts on key components.
| Component | Risk of Damage | Potential Cost of Repair |
|---|
| Transmission | Extreme heat can burn out transmission fluid, destroying clutches and bands. | $3,000 - $7,000+ |
| Tires | Rapid, stationary wear creates flat spots and can cause a blowout. | $200 - $500 per tire |
| Brakes | Overheating brakes can warp rotors and boil brake fluid, leading to failure. | $400 - $1,000 |
| Drivetrain | Stress on axles, differentials, and driveshafts can lead to breakage. | $1,500 - $4,000+ |
| Engine | Over-revving while stationary can lead to valve float or other internal damage. | $5,000+ |
Ultimately, while the mechanics are simple, the risks are high. A safer way to enjoy your car's power is through sanctioned drag racing or autocross events.
