Skip to product information
1 of 1

Competition Clutch

Competition Clutch 2-350Z-STU VQ35DE 13.89lb Steel Flywheel

Competition Clutch 2-350Z-STU VQ35DE 13.89lb Steel Flywheel

Regular price $475.00 USD
Regular price $475.00 USD Sale price $475.00 USD
Sale Sold out
Shipping calculated at checkout.
Competition Clutch 2-350Z-STU VQ35DE 13.89lb Steel Flywheel

Elevate your driving experience with the Competition Clutch 2-350Z-STU VQ35DE 13.89lb Steel Flywheel, designed for those who demand the best in performance and reliability. This lightweight steel flywheel is engineered to provide a faster throttle response and improved acceleration, making it an essential upgrade for any performance enthusiast. With its precision-machined construction and durable materials, this flywheel offers exceptional strength and longevity, ensuring it can withstand the rigors of high-performance driving. Whether you're on the track or the street, the Competition Clutch flywheel delivers the performance edge you need.

Crafted specifically for the Nissan VQ35DE engine, this flywheel is a perfect fit for your 350Z or G35, providing a seamless integration that enhances your vehicle's performance. The 13.89lb weight is meticulously balanced to reduce rotational mass, which translates to quicker revs and a more responsive feel behind the wheel. Experience smoother shifts and improved clutch engagement, allowing you to harness the full potential of your engine. Upgrade to the Competition Clutch 2-350Z-STU VQ35DE Steel Flywheel and transform your driving dynamics today.

Fitment Information:

This flywheel is designed to fit the following vehicles:

  • Nissan 350Z (2003-2006) with the VQ35DE engine
  • Infiniti G35 (2003-2006) with the VQ35DE engine

Ensure compatibility with your specific model and year before purchasing. This flywheel is intended for performance applications and may require additional modifications or components for installation. Consult with a professional mechanic or performance specialist to ensure proper fitment and installation.

View full details