Sustainable Exedy Hyper Twin Cerametallic Clutch | 1993-1995 Mazda Rx-7 (zm022sd) Collection [3RawemD4]

Exedy Hyper Twin Cerametallic Clutch for Mazda RX-7

The Exedy Hyper Twin Cerametallic Clutch is a top-tier performance upgrade for your 1993-1995 Mazda RX-7. Engineered for high-powered applications, this clutch is designed to handle the demands of both street and racing environments. With its robust construction and advanced materials, it ensures reliable performance and smooth engagement, making it an ideal choice for enthusiasts seeking enhanced driving experience.

Key Features and Specifications

The Hyper Twin Cerametallic Clutch boasts exceptional heat resistance, thanks to its T5001 cerametallic friction materials. This material is not only durable but also contributes to the clutch's ability to handle high torque outputs. Whether you're driving on the street or competing in races, this clutch is rated for approximately 500 ft/lbs of torque, providing you with the power and control you need. Additionally, the lightweight chromoly steel flywheel and forged aluminum clutch cover offer a perfect balance between performance and weight, enhancing the overall driving dynamics of your vehicle. The clutch is available in both spring damper discs and solid discs, catering to various applications and preferences.

Practical Uses and Benefits

The Exedy Hyper Twin Cerametallic Clutch is a game-changer for drivers who demand peak performance from their vehicles. Its light pedal pressure and half-engaged "zone" provided by the patented clutch "cushion" function ensure a smooth and responsive driving experience. This clutch is perfect for both daily drivers and racing enthusiasts, offering the ideal blend of power, durability, and comfort. With its targeted applications for the 1993-1995 Mazda RX-7, this product is a must-have for those looking to elevate their vehicle's performance to new heights. Don't miss out on the opportunity to experience the difference that Exedy's Hyper Twin Cerametallic Clutch can make in your driving journey.