ZT2-HDR6 - HD/Race Rigid 6 Pad

Specifications: HD/Race Rigid 6 Pad Clutch Kit

• Item Description: HD/Race Rigid 6 Pad
• Product Weight (lbs.): 14.9
• Torque Capacity (ft/lbs.): 420
• Torque Capacity Over OE: 72%
• Disc Material: Ceramic
• Clutch Disc Diameter (Inches): 9.4
• Clutch Disc Diameter (Millimeters): 240
• Input Shaft Diameter (inches): 1
• Pressure Plate Type: Heavy Duty
• Warranty: 12 Months (view details)

Description: The ZT2-HDR6 kit by ACT features their most popular Heavy Duty pressure plate paired with a 6-pad rigid race disc. ACT Heavy Duty pressure plates utilize an exclusive diaphragm design to increase clamp load, reduce deflection, and maximize clutch life. These pressure plates undergo a four-stage heat-treating process for unparalleled performance and feature precision cover stampings for rigidity and consistency.

The 6-pad rigid race discs in this kit are made with high-quality ceramic friction materials, with a chrome-moly hub that is heat-treated for strength and durability. This lightweight and rigid design allow for quicker shifts and smooth, trouble-free service. However, engagement with the 6-pad rigid race disc is harsher compared to other options, but shifting is faster. It's recommended for larger clutch sizes to absorb more heat.

Key Characteristics:

• Feel: Light to moderate pedal effort, aggressive engagement, increased gear rattle.
• Life: Moderate friction life, extended by ACT's exclusive diaphragm design. The rigid design may increase spline wear.
• Quality: Carefully engineered, precisely assembled, accurately balanced, utilizing select ceramic friction materials for high heat tolerance and maximum performance.

Recommended Use: Recommended for race use only, ideal for applications where high-performance demands are essential.

ACT Difference: 100% clamp load tested and dynamically computer balanced for smooth high RPM reliability.

Vehicle Fitment: Compatible with various 1987-1988 Mazda B2600 models equipped with the 2.6 L4 GAS FI 2555cc | SOHC | Naturally Aspirated engine.