Exedy Clutch for SUBARU IMPREZA GRF WRX STI EJ257 - Stage 2 Sports - FK03HDT1601
Kit Type - Stage 2 Sports
Engine Code - EJ257
Disc Diameter - 240mm
Disc Facing - Cerametallic
Clutch Type - Pull
Sprung Centre Disk? - Yes
Torque @ Flywheel - 420 lb.ft./570 Nm
Torque @ Wheels - 340 lb.ft./460 Nm
Kit Comes
EXEDY Stage 2 Sports clutch kits are designed to handle the abuse of high power modified engines whist retaining adequate driveability. The cerametallic friction material can handle much more abuse than stock type disc assemblies without slipping or fading. All EXEDY Stage 2 cerametallic clutch discs have sprung center dampers to reduce the impact and shock loads transmitted through the drivetrain.
Part Number - FK03HDT1601Kit Type - Stage 2 Sports
Engine Code - EJ257
Disc Diameter - 240mm
Disc Facing - Cerametallic
Clutch Type - Pull
Sprung Centre Disk? - Yes
Torque @ Flywheel - 420 lb.ft./570 Nm
Torque @ Wheels - 340 lb.ft./460 Nm
Kit Comes
Main Benefits
Clutch DiscManufactured using a unique metallic configuration and low density metallic material, T5001 Carbonrich, S-Type cerametallic discs are designed to be light weight; inertia is 10% lower than the genuine part. Stage 2 Sports discs have excellent heat dissipation characteristics.
- A reduction of 10% inertia over the original equipment part.
- Up to a 40% increase in torque capacity over standard.
- Approximately 40% higher clamp load than the standard clutch.
- Road
- Track Day
- Circuit Racing
- Time Attack
- Drifting
- Drag Racing
- Rally
Clutch Cover
Single Series clutch covers are designed to achieve a clamping load that is approximately 40% higher than the genuine part enabling a higher torque capacity. Ductile material is used for all pressure plates and high burst strength can be achieved in all temperature ranges.
Clutch DiscManufactured using a unique metallic configuration and low density metallic material, T5001 Carbonrich, S-Type cerametallic discs are designed to be light weight; inertia is 10% lower than the genuine part. Stage 2 Sports discs have excellent heat dissipation characteristics.
