Price Drop Alert Act 2002 Dodge Neon Hd/race Sprung 6 Pad Clutch Kit Markdown: -55% [UGZcrpD5]

ACT 2002 Dodge Neon HD Clutch Kit

Experience unparalleled performance with the Price Drop Alert Act 2002 Dodge Neon Hd/race Sprung 6 Pad Clutch Kit Markdown: -55% [UGZcrpD5]. This kit is designed for drivers who demand both power and reliability, offering a perfect blend of heavy-duty engineering and racing-grade technology. The DN5-HDG6 kit features ACT's most popular Heavy Duty pressure plate, known for its exceptional strength and durability.

• Increased Clamp Load: The exclusive diaphragm design of the Heavy Duty pressure plate enhances clamp load, ensuring optimal grip and performance.
• Extended Life: All diaphragms are subjected to a four-stage, heat-treating process, guaranteeing unparalleled performance and longevity.

Advanced 6-Pad Race Disc Design

The 6-pad, spring-centered race disc is at the heart of this clutch kit, offering a balance between engagement and shifting speed. This design is ideal for larger clutch sizes, providing enhanced heat absorption and durability under intense conditions.

• Spring-Centered Disc: The spring-center effectively damps torsional vibrations, reducing the risk of failure and ensuring smooth operation.
• Wraparound Spring Windows: ACT's spring retainers feature wraparound spring windows and thicker retainer stampings, providing superior spring support and increased strength.

Optimized for Performance and Reliability

The Price Drop Alert Act 2002 Dodge Neon Hd/race Sprung 6 Pad Clutch Kit Markdown: -55% [UGZcrpD5] is the ultimate choice for drivers seeking a harsher engagement for faster shifting, while maintaining the reliability required for high-performance applications. This kit is specifically recommended for those who demand the best in both performance and longevity.

• Improved Engagement: The 6-pad, spring-centered disc offers a harsher engagement for quicker shifting, perfect for high-performance driving.
• Maximum Heat Absorption: The kit is designed to absorb more heat, ensuring optimal performance even under the most demanding conditions.