Understanding Drift Initiation

Drifting is not just about spinning the rear wheels; it is a deliberate, controlled loss of traction that requires precise inputs to maintain a slide through a corner. The Subaru BRZ, with its low center of gravity, balanced chassis, and limited-slip differential, is one of the most accessible platforms for learning and advancing drift techniques. The two primary methods for initiating a drift are the clutch kick (clutch control) and throttle-based techniques such as power over or feint. Mastering both gives you the versatility to handle different corner types, surface conditions, and driving styles.

The Subaru BRZ Platform: Built for Drifting

Before diving into techniques, it’s important to understand why the BRZ excels as a drift car. Its front-engine, rear-wheel-drive layout with a 53/47 weight distribution provides excellent balance. The 2.0-liter boxer engine produces modest power (around 200 hp), which makes it easier to control oversteer compared to high-horsepower machines. The standard Torsen limited-slip differential helps put power down predictably, while the stiff chassis allows the driver to feel weight transfer instantly. These characteristics make the BRZ an ideal canvas for practicing both clutch-driven and throttle-driven drift initiation methods.

Clutch Kick Technique (Clutch Control)

The clutch kick is a classic drift initiation method that uses the clutch to momentarily disrupt torque delivery to the rear wheels, creating a sudden spike in wheel speed and breaking traction. This technique is especially useful in low-power cars like the BRZ, where you need to overcome grip without relying solely on engine torque.

Step-by-Step Clutch Kick Execution

  1. Approach: Enter the corner at a moderate speed – usually 30–50 mph depending on the turn radius and surface grip. Keep the engine in a gear that allows the revs to stay in the power band (typically 3rd or 2nd gear for most corners).
  2. Initial steering input: Turn the steering wheel slightly toward the corner to begin loading the front tires. This sets up weight transfer to the front axle, which lightens the rear.
  3. Depress clutch fully: Press the clutch pedal to the floor while simultaneously blipping the throttle to raise engine RPM (typically 4,000–6,000 rpm). This disconnects the engine from the driveline.
  4. Shift down if needed: If you are in a higher gear, downshift to a lower gear that will deliver more aggressive torque when the clutch is released. For typical BRZ drifting, second gear is the sweet spot for initiation.
  5. Pop the clutch: Release the clutch pedal sharply while maintaining throttle input. The sudden reconnection sends a burst of torque to the rear wheels, causing them to spin and break traction.
  6. Countersteer and modulate throttle: As the rear end steps out, immediately countersteer to prevent a spin. Feather the throttle to control the angle and duration of the drift.

The clutch kick is highly effective because it generates a sharp, repeatable spike in wheel speed regardless of the car’s entry speed. However, it places additional stress on the clutch and driveline components. For daily-driven BRZs, avoid excessive slipping – a crisp, full engagement is safer and more predictable. Practice the motion in a wide, open area to build muscle memory.

Weight Transfer and Timing

The success of a clutch kick depends heavily on weight transfer. As you depress the clutch and blip the throttle, the car’s weight shifts forward. The sudden release of the clutch then transfers weight rearward, compressing the suspension and further reducing rear grip. Timing the clutch release just after turn-in maximizes this effect. Advanced drivers can combine a small steering input with a slight brake tap before the kick to exaggerate the weight transfer.

Throttle Control Technique (Power Over and Feint)

Throttle control methods rely on managing the power delivered to the rear wheels to induce and sustain oversteer. Unlike the clutch kick, which creates a shock to the drivetrain, throttle-based initiation is often smoother and more progressive. Two common variants are power over and feint (scandinavian flick).

Power Over Drifting

Power over is the simplest throttle-based initiation: you use enough throttle to overcome rear traction mid-corner. In a BRZ, this works best on tighter, second-gear corners where torque multiplication is higher.

  1. Entry: Carry slightly more speed than a typical racing line would dictate. Aim the car’s nose at the apex and begin turning.
  2. Pitch the car: As you turn in, lift off the throttle momentarily (or apply a light brake) to transfer weight forward. This transfers grip to the front tires and lightens the rear.
  3. Apply power aggressively: After the weight transfers, mash the throttle. The sudden torque spike from the engine will overcome rear grip, especially if the tires are near their limit.
  4. Countersteer and sustain: The rear end will begin to slide. Countersteer to maintain the angle and reduce throttle slightly to avoid spinning out. Feather the throttle to keep the rear tires spinning.

Power over is intuitive because it mirrors what many drivers already do in low-traction conditions like rain. It requires less pedal gymnastics than a clutch kick, but it demands good throttle modulation to prevent a full spin. The BRZ’s linear power delivery helps beginners learn this technique more easily than with peaky turbocharged engines.

Feint (Scandinavian Flick)

The feint technique uses steering-induced weight transfer to break traction without relying solely on power. It is a classic method used in rally and drifting to initiate slides at higher speeds.

  1. Approach: Approach the corner on the opposite side of the track. For a right-hand turn, steer slightly left first.
  2. Flick the wheel: Quickly steer away from the corner (left for a right turn) and then immediately steer back toward the corner. This creates a pendulum effect, shifting weight violently to the outside front tire.
  3. Throttle input: As the weight transfers back toward the turn, apply throttle. The rear tires, now lightly loaded, will break traction easily.
  4. Countersteer: Let the car rotate and countersteer to hold the slide. The feint gives you a large rotation angle with minimal power, which is useful for high-speed entries or when you lack horsepower.

The feint technique works exceptionally well on the BRZ because the chassis is responsive to steering inputs. It requires practice to time the steering reversal perfectly, but once mastered, it allows you to drift corners that would be impossible with a clutch kick alone due to entry speed limitations.

Comparing Clutch Kick vs. Throttle Control

Both methods have distinct strengths and limitations. Choosing between them depends on the corner geometry, surface grip, and your personal style.

Aspect Clutch Kick Throttle Control
Initiation sharpness Very aggressive; instant wheel spin Progressive; more gradual
Entry speed requirement Can work at low speeds Usually needs higher entry speed
Component stress High on clutch and driveline Low; uses engine torque naturally
Ease of learning Moderate; requires coordination Easier for beginners
Best corner types Hairpins, decreasing radius Sweepers, high-speed bends
Control after initiation Requires quick throttle modulation Easier to maintain slide smoothly

Many experienced BRZ drifters use both techniques within a single run. For example, a clutch kick can initiate a tight hairpin, while throttle control sustains the slide through a long sweeper. The key is to practice each method in isolation before combining them.

Advanced Techniques: Combining Methods and Trail Braking

Once you are comfortable with clutch kick and throttle control, you can explore hybrid techniques that blend braking, steering, and power. One powerful combination is using a slight trail brake to transfer weight forward, then immediately applying the clutch kick or power over to break the rear loose. Trail braking involves carrying brake pressure past the turn-in point, which loads the front tires and unloads the rear. When you release the brake and apply power, the rear is already light, making initiation easier and more controlled.

Another advanced concept is the “clutchless” clutch kick: using the shift lever and throttle to mimic a clutch kick by rapidly loading and unloading the drivetrain. While this is possible in a BRZ, it is harder on the transmission and less reliable than the traditional clutch kick.

Setup and Modifications for Better Drifting

While the stock BRZ is capable, small modifications can significantly improve drivability and consistency. Consider adding:

  • Stiffer rear sway bar: Increases rear roll stiffness, which makes the car more prone to oversteer when power is applied.
  • Lowered coilovers: Reduce body roll and improve weight transfer response. Adjustable dampers let you fine-tune rear grip.
  • Wide-angle steering kit: Increases steering lock, allowing you to hold more extreme drift angles without spinning out.
  • Hydraulic handbrake: For advanced techniques like clutch kick + handbrake entry. This gives you an additional tool for initiating drifts in low-speed corners.
  • Clutch upgrade: A performance clutch can withstand repeated clutch kick abuse without overheating or wearing prematurely.

For more on BRZ drift builds, check out Driftworks’ BRZ build guide for component recommendations. Additionally, Subaru’s official BRZ page provides specifications for the latest platform.

Safety and Practice Tips

Drifting on public roads is illegal and dangerous. Always practice in controlled environments such as sanctioned drift events, skid pads, or autocross courses. Here are safety best practices:

  • Wear proper safety gear: Helmet, gloves, and fire-resistant clothing if participating in competitive events.
  • Inspect your car: Check fluid levels, tire pressure, and brake condition before each session. Overheated brakes or low oil can cause catastrophic failures.
  • Use a spotter: When practicing alone, have someone watch for obstacles or oncoming vehicles.
  • Start on wet surfaces: Wet pavement reduces grip and allows you to feel transitions at lower speeds. Many drifter schools use damp skid pads for this reason.
  • Progressive throttle discipline: Avoid full-throttle stabs until you have a feel for how the car responds to partial power. Smooth inputs are faster and safer.

The Safe Driving for Life initiative offers courses on advanced car control that can complement your drifting practice. Remember: the goal is to master control, not to be reckless.

Conclusion

Mastering drift initiation in the Subaru BRZ requires understanding and practicing both the clutch kick and throttle control methods. The clutch kick gives you a sharp, repeatable way to break traction in tight corners, while throttle control (power over and feint) provides smoother, more sustainable slides for high-speed and sweeping turns. By learning the weight transfer dynamics, practicing in safe environments, and gradually modifying your car for better response, you can develop the skills to drift confidently and creatively.

Whether you are a weekend track enthusiast or aspiring competitive drifter, the BRZ rewards precision and patience. Embrace the process, respect the limits of your car and your own abilities, and you will find drifting to be one of the most rewarding driving disciplines available.