Master the Art of Drifting with an Automatic AWD: Learn How to Drift Automatic AWD for Thrilling Adventures!
What To Know
- This article will explore the unique challenges and techniques involved in how to drift automatic AWD, empowering you to unleash the drifting potential of your all-wheel-drive vehicle.
- Unlike RWD drifting, where you can simply lift off the throttle to initiate a slide, AWD drifting requires a more nuanced approach to throttle control.
- You can use the brakes to initiate a slide, adjust the angle of the drift, or even bring the car back under control.
Drifting, the art of controlled oversteer, is a thrilling skill that has captivated car enthusiasts for decades. While rear-wheel-drive cars are traditionally favored for drifting, the rise of sophisticated all-wheel-drive systems has opened up new possibilities for those seeking to conquer the art of controlled slides. This article will explore the unique challenges and techniques involved in how to drift automatic AWD, empowering you to unleash the drifting potential of your all-wheel-drive vehicle.
Understanding the Challenges of AWD Drifting
AWD systems are designed to maximize traction and stability, making them inherently less forgiving for drifting than RWD vehicles. The constant power distribution to all four wheels can make it difficult to initiate and maintain a controlled slide. However, with the right approach and understanding, you can successfully drift an automatic AWD car.
The Power of the Electronic Stability Control (ESC)
One of the primary hurdles in AWD drifting is the electronic stability control (ESC) system. ESC is a safety feature designed to prevent loss of control by automatically applying brakes and reducing engine power. This intervention can effectively kill any drifting attempts. Therefore, the first step in mastering AWD drifting is to disable or at least partially disengage ESC.
Choosing the Right Car
Not all AWD cars are created equal when it comes to drifting. Look for vehicles with a rear-biased power distribution, as this will make it easier to initiate oversteer. A powerful engine is also essential for generating the torque needed to maintain a drift. Some popular AWD cars for drifting include the Subaru WRX STI, Mitsubishi Lancer Evolution, and Audi S4.
Mastering the Techniques
1. Throttle Control is Key
Unlike RWD drifting, where you can simply lift off the throttle to initiate a slide, AWD drifting requires a more nuanced approach to throttle control. You’ll need to use a combination of throttle inputs and steering adjustments to initiate and maintain the drift.
2. Steering Techniques
Steering is crucial in AWD drifting. Use smooth, controlled steering inputs to initiate the slide and maintain the angle. Avoid sudden steering corrections, as this can cause the car to snap back to a straight line.
3. Braking for Drifting
Braking is another critical technique in AWD drifting. You can use the brakes to initiate a slide, adjust the angle of the drift, or even bring the car back under control. However, remember that braking too hard can cause the car to lose traction and spin out.
4. Practice Makes Perfect
Drifting is a skill that takes time and practice to master. Start with small slides on a controlled surface, gradually increasing the angle and speed as you gain confidence. A safe, closed-off area with a smooth surface is ideal for practicing drifting.
Essential Gear for AWD Drifting
While not strictly necessary, certain gear can enhance your drifting experience and safety:
- Drift Tires: These tires are specifically designed for controlled oversteer, offering excellent grip in both high and low-grip conditions.
- Drift Handbrake: A drift handbrake lever can help you initiate a slide more quickly and precisely, giving you greater control over the car.
- Helmet and Safety Gear: Always prioritize safety. A helmet and other protective gear can help minimize the risk of injury in the event of an accident.
Beyond the Basics: Advanced AWD Drifting Techniques
Once you’ve mastered the fundamentals of AWD drifting, you can explore more advanced techniques:
- Clutch Kick: This technique involves using the clutch to momentarily interrupt power delivery, causing the rear wheels to break traction and initiate a slide.
- Power Over Steering: This technique involves using the throttle to maintain the drift angle, even when the car is approaching the limit of its grip.
- Counter Steering: This technique involves steering in the opposite direction of the slide to help maintain control and prevent the car from spinning out.
The Final Lap: The Future of AWD Drifting
The world of AWD drifting is constantly evolving. As technology advances, we can expect to see even more sophisticated AWD systems that are specifically designed for drifting. The future of AWD drifting is bright, with exciting possibilities for both casual and professional drifters.
Common Questions and Answers
Q: Is it safe to drift an AWD car?
A: Drifting any car involves inherent risks, and AWD cars are no exception. It’s essential to practice in a safe environment with appropriate safety gear.
Q: What are the benefits of drifting an AWD car?
A: AWD drifting offers a unique challenge and allows you to explore the limits of your car’s capabilities. It can also be a lot of fun and a rewarding experience.
Q: Can I drift an AWD car with the ESC on?
A: It’s highly unlikely. ESC is designed to prevent loss of control, so it will likely intervene and prevent you from drifting.
Q: How do I know if my AWD car is suitable for drifting?
A: Look for a car with a rear-biased power distribution, a powerful engine, and a good suspension setup. Research your specific model to see if it’s known for its drifting capabilities.
Q: What are some good resources for learning more about AWD drifting?
A: There are many online resources available, including videos, forums, and articles. You can also find local drift clubs and events where you can learn from experienced drifters.