Can auto cars do burnouts?

[NadiaAnn]

Yes, you can perform a burnout in an automatic car, commonly using a "brake stand" technique. However, this puts extreme stress on the transmission and drivetrain, leading to expensive repairs. For many modern automatics, the risk of causing several thousand dollars in damage far outweighs the brief spectacle.

The primary method involves disabling all electronic stability and traction control systems. With the car in Drive, firmly apply the left foot on the brake pedal. Simultaneously, use the right foot to press the accelerator. The goal is to apply enough throttle to break the drive wheels loose while using sufficient brake pressure to hold the car stationary. Success depends heavily on powertrain layout and vehicle power.

Rear-wheel drive (RWD) vehicles are most suited for this. The brake hold allows the engine to send power to the rear wheels, spinning them against the brake's resistance. Front-wheel drive (FWD) cars present a greater challenge, as braking the front wheels limits spin. Some drivers partially engage the parking brake to lock the rear wheels, forcing the front tires to spin, but this method adds strain to the braking system.

The mechanical cost is significant. The automatic transmission's torque converter and clutch packs endure tremendous stress, with fluid temperatures potentially spiking above 300°F (149°C), far beyond normal operating ranges. This can glaze clutches, degrade fluid, and lead to complete transmission failure. Tires also wear excessively; a sustained burnout can remove 1/32 to 1/16 of an inch of tread in mere seconds.

The table below summarizes the key requirements and primary risks by drivetrain type:

Drivetrain	Method	Key Consideration	Primary Risk
Rear-Wheel Drive (RWD)	Brake stand (left-foot brake + throttle).	Requires sufficient power (typically 300+ HP).	Transmission overheating and failure.
Front-Wheel Drive (FWD)	Brake stand, often with parking brake assist.	Limited by front brake hold; lower success rate.	Torque converter strain, brake system wear.

It is critical to perform this only in a 100% controlled, private, and safe environment, never on public roads. Beyond legal ramifications, losing control is a real danger. Furthermore, most modern vehicles have complex computers that may log and flag this abuse, potentially voiding powertrain warranties. Ultimately, while physically possible, inducing a burnout in an automatic is an act of mechanical aggression with predictable and costly consequences.

[MacBlakely]

Look, I’ve been a mechanic for twenty years, and I’ve fixed the aftermath. Yes, you can fry your tires in an automatic. Customers bring them in with that distinctive burnt-rubber smell mixed with overheated transmission fluid. My first question is always, “Did you do a brake stand?” They usually nod. The repair bill shocks them. Rebuilding a toasted transmission isn’t cheap—parts and labor can easily run $4,000 to $7,000. The torque converter is often the first to go, turning into a useless piece of scrap metal. If you value your car and your wallet, find another way to have fun.

[RachelLee]

I tried it once in my older V8 sedan, just to see if it worked. Following the steps online, I turned off traction control, mashed the brake and gas, and the rear tires indeed spun, creating a huge cloud of smoke. It was loud and dramatic for about ten seconds. Then, the panic set in. The smell was awful—like burning chemicals and rubber. I drove home gently, but the car never shifted the same again; it started hesitating a few weeks later. The shop confirmed the transmission clutches were glazed. I paid over $3,500 for the lesson. It’s a quick thrill with a very long, expensive regret attached. I wouldn’t do it again, even in a beater car.

[RonanRose]

As a parent and a daily driver, my perspective is purely about risk and responsibility. The internet makes it seem like a simple trick, but it’s a deliberate act of damaging your vehicle’s most complex and costly component. Beyond the repair cost, performing a burnout requires disabling vital safety systems like traction control. If you misjudge the brake pressure, the car can lurch forward unexpectedly. This isn’t a video game; it’s real metal, rubber, and physics. Doing this on any road, even a seemingly empty one, endangers you, your passengers, and others. The temporary social media clip is never worth a potential accident or a crippling repair bill.

[VonCora]

From an automotive hobbyist’s view, the technical challenge exists, but the consensus is that it’s abusive. Modern automatic transmissions are engineering marvels designed for smooth power delivery, not for being held stationary under full engine load. The fluid overheats almost instantly, losing its lubricating properties. For every successful burnout video, there are countless unreported instances of stranded cars. If you’re passionate about car control and tire-smoking antics, the accepted route is to use a manual transmission vehicle or a purpose-built drag car with a strengthened “race” automatic and a trans brake. Using a standard street automatic for burnouts is like using a fine kitchen knife to pry open a can—it might work once, but you’ve ruined the tool for its intended purpose.

[LillianaLynn]

From an automotive hobbyist’s view, the technical challenge exists, but the consensus is that it’s abusive. Modern automatic transmissions are engineering marvels designed for smooth power delivery, not for being held stationary under full engine load. The fluid overheats almost instantly, losing its lubricating properties. For every successful burnout video, there are countless unreported instances of stranded cars. If you’re passionate about car control and tire-smoking antics, the accepted route is to use a manual transmission vehicle or a purpose-built drag car with a strengthened “race” automatic and a trans brake. Using a standard street automatic for burnouts is like using a fine kitchen knife to pry open a can—it might work once, but you’ve ruined the tool for its intended purpose.