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Clutch Kick

Car culture term

Clutch Kick
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What is Clutch Kick?

A drift initiation technique where the driver rapidly depresses and releases the clutch to spike engine RPM and send a sudden torque pulse to the rear wheels, breaking traction to start a slide.

A clutch kick is a technique used primarily in drifting to initiate or maintain a sideways slide. The driver blips the throttle to raise engine RPM while simultaneously pressing the clutch to disconnect the drivetrain. The clutch is then released rapidly, sending a sudden spike of engine torque to the rear wheels. The inertia of the vehicle's momentum combined with the sudden torque burst breaks rear wheel traction, causing the rear of the car to step out into oversteer. The driver then catches the slide with opposite lock.

Clutch kicking is most effective on rear-wheel-drive cars with limited-slip differentials and relatively high-torque engines. The technique is widely used in Formula D and competitive drifting to initiate transitions (changing the direction of the slide quickly) or to add angle in situations where the car is not sideways enough. For competition drifting, clutch kicks are executed at specific moments dictated by the course and judging criteria.

The clutch kick places significant stress on the driveline, particularly the clutch disc, pressure plate, and transmission input components. High-performance or racing clutches rated for aggressive use are recommended for builds used in regular drifting. Stock clutches wear quickly under repeated clutch kicks. The technique requires practice to time correctly; too slow a release produces a smooth engagement with less shock, while too aggressive a release risks only briefly spinning the tires or stalling.

Related terms

DriftOpposite LockOversteerRWDLSDManual transmissionTwo-step

Frequently asked questions

Does clutch kicking damage the car?
It stresses the clutch, transmission, and driveshaft. Stock clutches wear rapidly under repeated clutch kicks. Dedicated drift builds use heavy-duty or racing clutches rated for aggressive engagement. The driveshaft and transmission take impact loads from the sudden torque spike. Drift-dedicated vehicles are built to handle these loads; daily drivers are not.
Can you clutch kick in an automatic?
Not in the traditional sense. Automatics do not have a manual clutch to disengage and re-engage sharply. Some automatic drift drivers use techniques like brake-throttle balance or torque converter lockup manipulation. The classic clutch kick is a manual-transmission technique.
What is the difference between clutch kick and e-brake initiation?
A clutch kick uses a sudden clutch release to overpower rear traction with engine torque. E-brake (handbrake) initiation uses the rear brake to lock or slow the rear wheels while the fronts are still rolling, causing the rear to swing out. E-brake initiation is easier to learn for beginners. Clutch kicks are preferred by advanced drifters for their speed and link potential.
Why do some drifters avoid clutch kicks?
Advanced drivers on high-power cars may find that throttle steering and weight transfer are sufficient to maintain drift lines without clutch kicks. Clutch kicks are also associated with jerky, unsmooth transitions in some judging contexts. Highly skilled drivers prefer smooth power-on drifting using LSD and chassis balance.
Does an LSD help with clutch kick drifting?
Yes. A limited-slip differential ensures that the torque spike from the clutch kick is distributed to both rear wheels, not just the one that spins most freely. An open diff will spin only one wheel under the shock load, reducing the drift initiation effect. An LSD (mechanical two-way or 1.5-way) maximizes the traction-breaking effect of the clutch kick on both driven wheels.
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