
Automatic transmission cars can drift, and there are two methods to achieve it: gear drifting and handbrake drifting. Introduction to Drifting: Drifting is a driving technique, also known as "tail sliding." The driver causes the car to slide sideways by oversteering. It is usually compared to grip cornering. Drifting is mainly used in performances or racing events with significant changes in road conditions. Due to the friction characteristics of the road surface, drifting is frequently applied in off-road rally races, while other types of racing rarely use drifting techniques for cornering. This is because drifting on ordinary asphalt roads results in significant speed loss and increased tire wear. Unless for special reasons, drivers do not frequently use this technique during competitions. Methods of Drifting: Pull the handbrake while driving straight and then steer; pull the handbrake during a turn; slam the brakes while driving straight and then steer; slam the brakes during a turn; for rear-wheel-drive cars with sufficient power, slam the accelerator and steer when the speed is not very high.

As a car enthusiast who loves studying vehicles, I've found that automatic transmission cars can indeed drift, although they're not the most ideal choice. The essence of drifting is creating controlled skidding during turns. Manual transmissions offer more direct control through clutch operation, but with some techniques, automatics can achieve it too. You'll need an automatic transmission with a manual mode, such as a dual-clutch with a lock-up clutch or an older AT. Find an open space, turn off traction control, accelerate to 50-60 km/h, then sharply turn the steering wheel while lightly tapping the brakes to make the rear wheels lock and slide. However, throttle control must be steady to avoid stalling or excessive skidding. When I was younger, I tried it in parking lots—tire wear was rapid, and the transmission even overheated with warning alerts. Safety-wise, beginners shouldn't attempt this recklessly. Drifting is best left to professional training environments, as the risk of accidents and damage to car components is high. In short, automatic transmission drifting is possible but challenging, requiring professional guidance for practice.

Last week, my friends and I were drifting in an open area in the suburbs, and my automatic with sport mode managed to pull off some decent moves. First, turn off the electronic stability control and find a slippery spot, accelerate until you feel the car about to slide, then yank the steering wheel and tap the brakes—boom, the rear end kicks out! You can maintain the drift for a few seconds by fine-tuning the throttle—super cool! However, automatics aren’t as controllable as manuals, so before trying, make sure the manual shift function works to keep the revs up in lower gears. After drifting, the tire wear is insane—mine were nearly bald and smoking, and the transmission was making awful noises, probably needing internal repairs. Fun but hard on the car and wallet—only try in safe open areas, not on the streets. Beginners, start with the basics.

After years of car repair experience, I can confirm that automatic transmission drifting is possible but with limitations. The type of transmission is crucial—dual-clutch or traditional AT with manual mode is more suitable. Using the footbrake technique to induce sliding involves pushing the speed high, making a sharp turn while lightly applying the brakes to cause the rear wheels to lose traction, and maintaining a constant throttle to balance the slide. CVT or pure automatic transmissions are not suitable as they can easily overheat and get damaged. Risks include rapid tire wear, burnt transmission clutch plates, loss of control, and potential collisions. Always prioritize safety by testing in an abandoned area first.

When commuting daily with an automatic transmission, I was also curious about the possibility of drifting. The answer is yes, but caution and skill are required. I tried it once on a lightly rainy day in an open space, and the car fishtailed, almost flipping over, which left me shaken. With an automatic transmission, using manual mode to lock in a lower gear makes it easier, but the operation is complex and requires precise throttle control—otherwise, you can lose control instantly. Although drifting is thrilling, it carries significant risks: it accelerates tire wear, can damage the transmission, and increases the likelihood of traffic accidents. I recommend that ordinary people avoid attempting it casually. If you really want to learn, go to a professional track or take a driving course to practice your skills, avoiding reckless stunts on public roads—it saves money and keeps you safe.

In track racing, I often use automatic transmission drifting to quickly navigate corners. Dual-clutch transmissions with manual mode are the preferred choice, relying on weight transfer and throttle modulation to slide. The technique involves accelerating sharply while turning, then hitting the brakes to make the rear wheels lose traction, followed by continuous throttle adjustments to maintain the angle. A limited-slip differential can enhance the effect. However, the wear and tear are extreme—the transmission needs inspection after every race. Beginners shouldn’t expect to master drifting easily. While drifting is thrilling, it carries high risks and increases the chances of losing control. Start practicing on a simulator first—safety comes above all.


