New Arrival Action Clutch Acr-106407-12 - Steel Flywheel For Porsche 911 1980-1988 3.3l System [qPu63ICW]

High-Performance Steel Flywheel for Porsche 911

Experience the power and precision of the Action Clutch ACR-106407-12 Steel Flywheel, designed specifically for your 1980-1988 Porsche 911 3.3L and 3.3L Turbo models. This high-quality flywheel is crafted to deliver exceptional performance, ensuring a smoother driving experience with enhanced throttle response and quicker shifting. With its advanced design, this flywheel offers a significant weight reduction of up to 60%, which not only improves throttle response but also reduces clutch wear for longevity.

Advanced Specifications and Benefits

Engineered in the USA, the Action Clutch ACR-106407-12 Steel Flywheel boasts a robust steel flywheel for increased durability. It weighs just 8.6 pounds, providing a perfect balance between weight reduction and performance. This lightweight flywheel is designed to enhance the overall performance of your vehicle, making it ideal for both street and racing applications. The package includes an aluminum lightweight flywheel, ensuring compatibility and ease of installation. Key features include:

• Steel Flywheel for increased durability
• Weight Reduction of up to 60% for improved performance

Practical Applications and Target Audience

The Action Clutch ACR-106407-12 Steel Flywheel is a must-have for Porsche 911 enthusiasts seeking to enhance their vehicle's performance. Its practical applications range from daily driving to competitive racing, offering a noticeable improvement in throttle response and shifting. Whether you're looking to upgrade your street vehicle or prepare for the track, this lightweight flywheel is a perfect fit. Target audiences include:

• Porsche 911 Owners who demand top performance
• Enthusiasts seeking lightweight flywheels for street and racing use

Don't settle for anything less than the best. Upgrade your Porsche 911 with the Action Clutch ACR-106407-12 Steel Flywheel and experience the difference in performance and reliability.