Introduction

The Subaru BRZ has long been celebrated as one of the most accessible and rewarding platforms for drifting. Its low curb weight, balanced 50/50 weight distribution, and rear-wheel-drive layout create an ideal canvas for learning and refining drift techniques. However, even the most capable car is only as good as the driver’s ability to connect corners smoothly. The transition — the moment you switch from one drift to another or change the car’s direction mid-slide — is where speed and style are truly defined. Mastering transition techniques separates casual spinners from competitive drifters.

This guide dives deep into the mechanics of drifting transitions, the modifications that make them easier, and the practice methods that build muscle memory. Whether you are just starting out or looking to polish your advanced skills, the following advice will help you link corners with confidence and control.

Understanding Drift Transitions

A drift transition occurs when the car changes from one sustained slide to another, typically in a chicane or a series of linked bends. It requires the driver to shift the car’s momentum, transfer weight, and modulate throttle and steering inputs in a precise, split-second sequence. The core challenge lies in maintaining the rear wheels’ slip angle while altering the car’s yaw direction.

Key physical principles govern every successful transition:

Weight Transfer

Every drift is controlled by managing where the car’s mass is located. During a transition, weight must shift from one side of the car to the other. Initiate this by a quick steering input in the opposite direction of the current drift while simultaneously easing off the throttle. As the weight transfers to the front outside tire, the rear becomes lighter — this is your window to flick the car into the new direction. Mastering weight transfer is the foundation of all transition techniques.

Throttle Control

Consistent throttle input keeps the rear wheels spinning at the correct slip angle. During a transition, lifting off completely can cause the car to grip and straighten out, while staying on the gas too long can lead to a spin. The secret is to feather the throttle — reduce it slightly to allow the car to change direction, then reapply smoothly to carry the slide through the exit.

Steering Input and Countersteering

Countersteering is the immediate corrective turn of the front wheels opposite to the direction of the slide. In a transition, you must first steer into the slide to maintain balance, then quickly steer the opposite way to initiate the new drift. The speed and amplitude of this steering motion dictate how aggressively the car transitions. Slow, lazy steering results in a slower, more predictable transition; sharp, precise inputs snap the car around faster.

Clutch Kicking and Handbrake

These are tools to break traction on demand. Clutch kicking — quickly depressing and releasing the clutch while keeping the throttle pinned — momentarily shocks the drivetrain and breaks the rear tires loose. It is excellent for initiating a transition when you need to upset the rear end quickly. The handbrake, when used sparingly and with a quick release, can also help rotate the car during a transition, but overuse can induce too much angle and scrub speed.

Essential Modifications for Drift Performance

While driver skill is paramount, the right modifications can dramatically improve a BRZ’s transition behavior. Each of the following upgrades addresses a specific aspect of chassis or drivetrain response.

Suspension Upgrades

Factory BRZ suspension is compliant, which is fine for street driving but too soft for aggressive transitions. Upgrading to adjustable coilovers with higher spring rates (e.g., 8k front / 10k rear) reduces body roll and allows quicker weight transfer. Look for monotube designs with separate rebound and compression adjustability. A front sway bar upgrade also helps resist roll on entry. For deep dives into suspension geometry, consult FT86 Speed Factory’s suspension guide.

Limited Slip Differential

An open differential — standard on base BRZs — sends power to the wheel with least grip, making sustained drifts unpredictable. A mechanical limited slip differential (LSD) locks the rear wheels together under power, ensuring both rear tires drive the car through the slide. For drifting, a 1.5-way or 2-way LSD is ideal. The 2-way locks on both acceleration and deceleration, which can help maintain angle during transitions. Cusco, OS Giken, and Quaife offer popular options. Read more about LSD types from Driftworks’ LSD explainer.

Tires

Tire choice directly affects how easily you can initiate and maintain a slide. For practice and competition, softer compound tires (200 tw or less) provide predictable grip levels. Many drifters run used or shaved tires to reduce costs, but always match tire sizes front to rear — staggered setups can cause unpredictable transitions. A good all-around choice is the Falken Azenis RT660 or Hankook Ventus RS4. For a comprehensive tire selection guide, check Tire Rack’s drifting tire overview.

Weight Reduction

Every pound removed improves the car’s ability to change direction. Start with the spare tire, rear seats, and unnecessary interior trim. Replacing the hood, trunk, or doors with carbon fiber panels can shed significant weight. Lighter cars require less steering input to transfer weight, making transitions feel more responsive. Aim for a power-to-weight ratio around 14 lbs per hp for a lively drift car.

Steering Angle Kit

Stock BRZ steering geometry limits lock-to-lock rotation. A steering angle kit — which typically replaces knuckles or adds extended tie rod ends — increases the maximum steering angle. More angle allows you to hold extreme slides without running out of steering input, and during transitions, extra angle lets you correct more aggressively without lifting. Companies like Wisefab and GK Tech sell complete angle kits for the BRZ.

Practicing Transition Techniques

Transitions cannot be learned from reading alone; they demand seat time and deliberate practice. The following drills focus on each component of the transition motion.

Initiation

Start by practicing single corner entries. Use a clutch kick or handbrake to break the rear loose at a moderate speed (25–35 mph). Focus on initiating the slide without excessive speed or angle. The goal is a smooth, controlled entry that sets up the transition. Repeat until you can initiate the same drift every time with identical input.

Throttle Control During Transitions

Set up two cones about 50 feet apart. Enter the first cone in a drift to the left, then — without any brake — steer right and apply a brief throttle lift before reopening the gas. The car should transition into a right-hand drift around the second cone. If you spin, you are lifting too much or too late. If you understeer, you are not lifting enough. Practice until the transition feels like a natural weight transfer rather than a fight.

Counter Steering

In a large open area, practice drifting in a constant radius circle. While maintaining the slide, deliberately turn the steering wheel further into the slide (more countersteer) and then less, to feel how the car responds. Then attempt a figure eight — a series of continuous transitions. The steering should be fluid, not jerky. Try to keep the steering wheel turning at a constant rate through each transition.

Weight Transfer

To isolate weight transfer, perform a “flick” drill: drive in a straight line at 30 mph, then quickly jerk the steering wheel left and immediately right while simultaneously lifting and reapplying the throttle. The car should wag its tail without spinning. This drill teaches you to feel when the rear is light and ready to change direction.

Adapting to Different Surfaces

Asphalt, concrete, and wet surfaces all behave differently. A low-grip surface (rain, gravel) requires gentler inputs; high-grip asphalt requires more aggressive clutch kicks and steering. When you master a technique on one surface, test it on another. This builds versatility and prevents form from becoming too rigid.

Advanced Techniques for Experienced Drifters

Once the fundamentals are ingrained, you can introduce advanced methods that shorten transition time and increase corner speed.

Scandinavian Flick

Also known as the “pendulum turn,” this technique uses a rapid steering input in the opposite direction of the intended turn to shift weight onto the outside front tire, then a sharp turn into the corner. It is extremely effective for tight transitions — it loads the front tire, making the rear break away instantly. To execute, steer left, then quickly steer right while tapping the brakes or lifting. The car will pivot around the front axle and slide into the desired drift.

Left Foot Braking

Braking with your left foot while keeping your right foot on the throttle allows you to modulate the car’s pitch and yaw without coasting. During a transition, a slight brush of the left foot on the brake pedal transfers weight forward, increasing front grip and helping to pivot the rear. It is especially useful in high-speed transitions where lifting the throttle would cause too much speed loss.

Feint Drifting

Feinting involves a quick, exaggerated steering motion to unsettle the car before it enters the drift. Unlike the Scandinavian flick — which is a pre-load — feinting is a sharp jab that destabilizes the rear momentarily. It works best in transitions where you need to break traction quickly without using the handbrake. The key is a rapid, small steering input followed by immediate countersteer.

Power Over

Power over relies on sheer throttle to maintain drift angle throughout a transition. Instead of lifting, you keep the engine in the power band and steer more aggressively. This technique requires a torquey engine or a well-geared BRZ, but it produces very smooth, flowing transitions with minimal weight shift. It is the hallmark of high-horsepower drift builds.

Clutch Kicking

A clutch kick can reset the drift angle mid-transition. If you feel the car starting to straighten or you need more rotation, a quick clutch kick (depress and release while holding throttle) sends a torque spike that breaks the rear loose again. Master clutch kicking timing: too early and you spin, too late and you grip up. Practicing on a skidpad with a short straight can help dial in the rhythm.

Conclusion

Transition techniques are where drift artistry meets engineering. The BRZ, with its responsive chassis and rear-drive layout, rewards drivers who invest time in understanding weight transfer, throttle modulation, and steering precision. Combine deliberate practice with targeted modifications — suspension, LSD, tires, weight reduction, and steering angle — and your transitions will become faster, smoother, and more predictable. Remember that even the best setup needs seat time. Keep pushing your limits, analyze your mistakes, and watch professional drifters for inspiration. The path to linking corners with style is continuous, but every session brings you closer to your goal.