350z DE Z33 G35 Z1 Motorsports Clutch & Flywheel Kit

At the same time reducing the total weight of the clutch and flywheel assembly to 29.75 lbs vs 46.6 lbs stock.

Package includes:

Your choice of Clutch kit (Includes Throw Out Bearing, Pilot Bushing, & Alignment Tool)
Light Weight Flywheel
Braided Stainless Steel Clutch Line
Clutch Type:

Z1 Motorsports Mild Performance Clutch - This kit utilizes a pressure plate built to OEM Spec clamping forces. This pressure plate along with any of the discs available in this kit allows the handling of more power without a change in pedal feel. We find this clutch option typically best suited for applications up to approximately 350lb-ft.

Z1 Motorsports Performance Street Clutch - This kit utilizes a high clamping force pressure plate with a low spring load. High clamping force refers to the increased amount of pressure that is applied to the clutch disc. A low spring load eases lateral force on the main thrust bearings in your engine, which is especially important during "dry" start-up, lessening the likelihood of "crank walk". This pressure plate along with any of the discs available in this kit will handle substantially more power with a slightly "heavier" pedal feel. We find this clutch option typically best suited for applications up to approximately 500lb-ft..

Flywheel Type:

Z1 Performance Light Weight - This Solid 4140 Forged Steel flywheel weighs 14.2 lbs. The lightweight increases throttle response and helps reduce turbo lag for those boosted.

Optional Friction Disc

Standard Full Face - This is an OEM Type disc with a sprung hub and upgraded full friction surface to aid in driveability and engagement but also hold all of your NA Upgrades.

Sprung Hub 6 Puck - This is a sprung hub disc made up of ceramic "pucks" that provide a more aggressive engagement and hold a lot more power than the organic full-face material.

Unsprung Full Face - This is a lightweight solid hub disc with an upgraded full friction surface to allow a more direct engagement without the aggressiveness of ceramic pucks.