Centerforce Dual Friction(R), High Performance Clutch and Flywheel Kit

Part #: KDF157077

Experience unparalleled performance with the Centerforce Dual Friction Clutch Kit, designed to meet the demands of both street and off-road enthusiasts. This kit features a performance-matched pressure plate and disc combination, utilizing patented technologies to deliver exceptional holding capacity and durability. The high-strength cast iron pressure plate, combined with a high inertia billet steel flywheel, ensures maximum performance and reliability. The high inertia design helps the engine maintain its RPM in rough terrain, providing smoother and more consistent power delivery. The Dual Friction disc, with an organic full facing on one side and an organic segmented facing on the other, provides increased holding capacity and longevity, making it ideal for both street and mild competition applications. The Centerforce Dual Friction Clutch Kit includes all necessary assembly hardware, ensuring a straightforward installation process. With its advanced centrifugal weight system, this clutch kit offers smooth engagement and exceptional street characteristics without sacrificing pedal effort and driver control. Whether you re navigating city streets or tackling rugged off-road trails, the Centerforce Dual Friction Clutch Kit delivers the ultimate in performance and reliability. Upgrade your vehicle today and feel the difference in power and control. Are you ready to elevate your driving experience

Features:

• 10.4" Diameter
• 264.2mm Diameter
• 1-1/8" x 21 Spline Input Shaft
• Holds Up To 494 ft/lbs of Torque
• Sprung Hub Disc with Organic Material
• 127 Tooth R.Gear, 8 Bolt Crank, and
• Centrifugally Assisted
• Dual Friction(R) Design

Clutch Kit - Dual Friction - Single Disc - 10.40 in Diameter - 1-1/8 in x 21 Spline - Sprung Hub - Flywheel - Organic - Jeep Wrangler JL / Jeep Gladiator JT 2020-23 - Kit

This product may expose you to chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.