HKS La Clutch Disk Toyota Subaru ZN6/ZC6 FA20

This superior capacity for a single plate clutch allows full use of 86/BRZ with high power levels.
As well as torque capacity, light weight and ease of operation where also balanced making fitment to NA vehicles feel natural with increased response which facilitates quick shifting.

φ230MG COMPOSITE DISC

"MG Composite Disc" is combines metallic with fibrous materials to give the ideal combination of friction, heat resistance strength and durability.
Mid engagement during normal driving but with no slip and quick action during circuit use.
Low inertia disc reduces synchro shock and allows for quick.
2 PEDAL WEIGHT AND PRESSURE BALANCE

Despite the increased pressure to withstand high torque levels, the clutch pedal is heavy maintaining a positive feel.

3 STRAP DRIVE MECANISM

Strap Drive Mechanism in the clutch cover allows for clean and accurate disengagement.

4 SHARP RESPONSE

Weight is reduce to suit each application. This allows increase response and acceleration and smooth action which can be lost when too light.

5 NOISE REDUCTION & TRANSMISSION PROTECTION

Disc damper reduces gear noise and protects the transmission from impact torque.

■Warnings
"Allowable Range" is the range of engine torque which is allowable unless the clutch is overheated by intentional clutch semi-engagement.
"Conditional Allowable Range" is the range slippage may occur due to rough handling, kickback from tires, components’ distortion.
"Range beyond Allowable Range" is the range that slippage occurs when a clutch is being engaged under high RPM.
"Mechanical Limit" is the point that slippage occurs when accelerating during normal driving.
During idling or accelerating around 2000rpm, some chattering may be heard but there is no mechanical fault.

■COMPARISON LA CLUTCH vs. STOCK CLUTCH
ZN6/ZC6
Stock LA Clutch % Change
Pedal force (N) ※1 103 157 152%
Flywheel weight (kg) 9.28 5.82 63%
Clutch Disc Weight (kg) 1.52 1.48 97%
Weight 15.72 12.04 77%
※1 The force on pedal is a measured value of actual vehicle. There is a margin of error for each vehicle, it's an approximation.