Exedy Hyper Single Carbon Flywheel

1990–2005 Mazda Miata (FH29)

Part #: FH29

Overview

The Exedy Hyper Single Carbon Flywheel is a high-performance upgrade designed specifically for Mazda Miata models from 1990 to 2005. Crafted with precision and built for enthusiasts who demand improved engine response and a more engaging driving experience, this flywheel offers a significant upgrade over the stock component. Whether you're building a street performance car, participating in spirited driving, or seeking enhanced durability for track days, this flywheel provides the reliability and performance you need.

Constructed from advanced carbon composite materials, the Hyper Single Flywheel reduces rotational mass, resulting in quicker throttle response and more immediate power delivery. Its lightweight design helps support increased engine revs and smoother acceleration, making it an ideal choice for those looking to maximize their Miata's performance potential. Additionally, the high-quality materials ensure long-lasting durability, even under demanding driving conditions.

Key Features

The Exedy Hyper Single Carbon Flywheel incorporates several innovative features that set it apart from standard flywheels:

• Constructed from high-grade carbon composite materials for reduced weight and increased strength.
• Engineered with a lightweight design to improve throttle response and acceleration.
• Precision-machined for perfect fitment on Mazda Miata models from 1990 to 2005.
• Designed to support high-performance clutch systems, including Exedy's Hyper Series clutches.
• Offers enhanced durability and heat resistance, ensuring reliable operation under aggressive driving conditions.
• Reduces rotational inertia, allowing the engine to rev more freely and respond more quickly to throttle inputs.
• Built with quality craftsmanship to withstand the rigors of spirited driving and track use.
• Compatible with stock or aftermarket clutch systems for seamless integration.
• Provides a more direct and engaging driving experience, ideal for performance enthusiasts.

Construction & Design

The Exedy Hyper Single Carbon Flywheel features a meticulously engineered design utilizing advanced carbon fiber composites. This construction offers an optimal balance of lightweight performance and structural integrity, ensuring that the flywheel can handle high RPMs and aggressive driving loads. The precision-machined surface guarantees a perfect fit on the crankshaft, while the high-quality bonding process ensures long-term durability.

The design minimizes rotational mass without sacrificing strength, which translates into quicker engine response and improved acceleration. Its heat-resistant properties help dissipate engine heat effectively, reducing the risk of warping or failure during intense driving sessions. The overall construction emphasizes reliability, performance, and longevity, making it a top choice for serious Miata enthusiasts.

Installation & Fitment

The Exedy Hyper Single Carbon Flywheel is a direct bolt-on replacement for the stock flywheel on Mazda Miata models from 1990 to 2005. Installation is straightforward for experienced mechanics or enthusiasts familiar with clutch and flywheel swaps. No cutting, drilling, or modifications are required, and the process typically involves removing the existing flywheel and replacing it with the new carbon composite unit using standard tools.

It is recommended to inspect and replace the clutch components simultaneously to ensure optimal performance and longevity. Proper torque specifications should be followed during installation to guarantee secure fitment and operation.

What's Included

• Exedy Hyper Single Carbon Flywheel
• Mounting hardware (bolts and fasteners)
• Installation instructions

Ideal For

• Performance-oriented Mazda Miata owners from 1990 to 2005
• Enthusiasts seeking quicker throttle response and improved engine responsiveness
• Track day participants and spirited drivers looking for durable, lightweight flywheel solutions
• Anyone upgrading their clutch system for enhanced durability and performance