Competition Clutch 6073-1620 Stage 4 Clutch Kit for 2007-2013 Nissan 350Z/370Z &

Vehicle Fitment

• 2007-2008 Nissan 350Z (VQ35HR, 3.5L V6)
• 2009-2016 Nissan 370Z (VQ37HR, 3.7L V6)
• 2008-2013 Infiniti G37 (VQ37HR, 3.7L V6)

Features

• 6-pad ceramic sprung disc for aggressive engagement
• Performance pressure plate for increased clamping force
• Up to 250% increase in torque capacity over stock
• Double spring, six rivet carriage design
• Suitable for high horsepower applications
• Includes throw-out bearing, pilot bearing, and alignment tool
• Designed for manual transmission vehicles
• Recommended 300-mile break-in period for optimal performance

Specifications

• Clutch Disc Diameter: 6-puck design
• Material: Ceramic friction material
• Pressure Plate: Performance diaphragm type
• Torque Capacity: Up to 250% over stock
• Includes: Throw-out bearing, pilot bearing, alignment tool
• Drivetrain: RWD

Included Components

• 1x Stage 4 Clutch Disc
• 1x Performance Pressure Plate
• 1x Throw-out Bearing
• 1x Pilot Bearing
• 1x Alignment Tool

Product Description

The Competition Clutch 6073-1620 Stage 4 clutch kit is engineered for Nissan and Infiniti enthusiasts seeking superior performance in high horsepower applications. Compatible with the 2007-2008 Nissan 350Z, 2009-2016 Nissan 370Z, and 2008-2013 Infiniti G37, this kit features a 6-pad ceramic sprung disc that provides aggressive engagement and up to a 250% increase in torque capacity over stock.

Designed for manual transmission vehicles, the kit includes a performance pressure plate, throw-out bearing, pilot bearing, and alignment tool, ensuring a comprehensive solution for your clutch needs. The double spring, six rivet carriage design enhances durability and reliability under demanding conditions.

Installation of this clutch kit requires a 300-mile break-in period to achieve optimal performance. It is recommended for enthusiasts who engage in spirited driving or track events and desire a clutch that can handle increased power and torque without compromising drivability.