ACT Extreme Clutch Pressure Plate

2001 Mazda Protege / 1.6L Engine

Part #: MZ018X

Overview

The ACT Extreme Clutch Pressure Plate for the Mazda Protege is a high-performance component designed to deliver exceptional clamping force and durability. Built with enthusiasts in mind, this pressure plate is ideal for street-driven vehicles that demand reliable performance or for racers seeking increased holding capacity. By utilizing advanced manufacturing techniques and a robust diaphragm design, this pressure plate helps support increased power levels and enhances overall clutch performance.

If you're looking to improve your Mazda Protege's clutch response, reduce slip under high torque conditions, or prepare your vehicle for spirited driving and racing applications, the ACT Extreme Pressure Plate is an excellent choice. It offers a significant increase in clamp load, ensuring your clutch can handle aggressive driving styles while maintaining smooth engagement and long service life.

Key Features

The ACT Extreme Clutch Pressure Plate incorporates several innovative features that set it apart from standard OEM units:

• Exclusive Diaphragm Design: Utilizes a specialized diaphragm spring that increases clamp load by 50 to 120 percent, providing superior holding capacity for high-performance applications.
• Heat-Treated Construction: All diaphragms undergo a four-stage heat-treating process, ensuring maximum strength, resilience, and longevity even under demanding conditions.
• Precision Cover Stampings: The pressure plate features meticulously stamped covers that enhance rigidity and ensure consistent pressure distribution across the clutch disc.
• Enhanced Clamp Load: The increased clamp force reduces clutch slip, improves pedal feel, and supports higher torque levels, making it suitable for both street and race use.
• Durability & Reliability: Designed to withstand high temperatures and repeated engagement cycles, this pressure plate is built for enthusiasts who demand long-lasting performance.
• Compatibility: Recommended for use with a street or race clutch disc, providing versatile performance for various driving scenarios.

Construction & Design

The ACT Extreme Clutch Pressure Plate is engineered with precision and durability in mind. Its diaphragm spring is crafted from high-quality steel and undergoes a rigorous four-stage heat treatment process to maximize strength and fatigue resistance. The cover stamping process ensures a rigid, uniform surface that maintains consistent pressure during clutch engagement. The overall design focuses on reducing deflection and increasing clamp load, which translates into improved power transfer and reduced clutch slip under high-stress conditions.

The pressure plate's robust construction makes it suitable for high-performance street applications and competitive racing, where reliability and maximum holding capacity are critical. Its engineered design also helps maintain smooth pedal feel and predictable engagement, providing confidence during spirited driving or track days.

Installation & Fitment

The ACT Extreme Clutch Pressure Plate is designed as a direct bolt-on replacement for the factory unit on the Mazda Protege (01) with a 1.6L engine. Installation typically involves removing the existing clutch assembly and replacing it with the new pressure plate and compatible clutch disc. No cutting, drilling, or special modifications are required, making it a straightforward upgrade for qualified technicians or experienced enthusiasts.

• Ensure proper alignment and torque specifications during installation for optimal performance and longevity.
• It is recommended to inspect and replace the clutch disc and release bearing when installing a new pressure plate to ensure smooth operation.

What's Included

• ACT Extreme Clutch Pressure Plate
• Installation instructions (if provided)

Ideal For

• Street performance enthusiasts seeking increased clutch capacity
• Racing and track-day drivers requiring reliable high clamp load
• Owners looking to upgrade their Mazda Protege's clutch system for improved durability and response