Clutch Masters FW-620S-TDA Lightweight Aluminum Flywheel for 1989-1993 Nissan Skyline R32 with 7.25-inch Twin Disc Clutch

Description

Upgrade your Nissan Skyline R32 with the Clutch Masters FW-620S-TDA lightweight aluminum flywheel, designed specifically for 1989-1993 models. This high-performance component enhances engine responsiveness and reduces rotational mass, providing quicker acceleration and improved throttle control. Crafted from durable aluminum, it offers a significant weight reduction compared to stock flywheels, contributing to better vehicle handling and overall driving dynamics. The precision engineering ensures a perfect fit for your Skyline R32, making installation straightforward and reliable.
The Clutch Masters flywheel features a robust construction that withstands high-stress conditions, ideal for enthusiasts seeking to optimize their vehicle’s performance. It is compatible with 7.25-inch twin disc clutch assemblies, making it suitable for high-power applications or aggressive driving styles. The lightweight design also contributes to smoother engine operation and reduced wear on drivetrain components, extending the lifespan of your clutch system.
This flywheel is engineered to meet or exceed OEM standards, offering maximum durability and consistent performance. Its aluminum build ensures excellent heat dissipation, helping maintain optimal operating temperatures during intense driving sessions. Whether you’re upgrading for performance or replacement, the Clutch Masters FW-620S-TDA provides a reliable solution for Nissan Skyline R32 owners seeking to enhance their vehicle’s capabilities without sacrificing quality or longevity.

Features:

• Lightweight aluminum construction: Reduces rotational mass for quicker acceleration and improved handling

• Designed for 1989-1993 Nissan Skyline R32: Specific fitment ensures compatibility and ease of installation

• Compatible with 7.25-inch twin disc clutch: Ideal for high-performance applications

• Durable and heat-dissipating: Engineered for high-stress driving conditions

• Precision engineering: Ensures a perfect fit and reliable operation over time