MC6932-07HD Mcleod Rxt 1200 Twin Plate Kit, Ls W/ Ls1 Ls6 Style Flat Flywheel

Description

Maximize your engine’s power delivery and transmission longevity with the RXT 1200 Twin Plate Kit, designed specifically for LS series engines. This kit addresses common clutch wear issues by providing increased clamping force and heat dissipation, ensuring reliable engagement even under high torque conditions.

The twin plate design effectively doubles the friction surface area compared to single plate clutches, which translates to higher torque capacity and smoother power transfer. This means you experience less slippage and improved drivability during aggressive acceleration or towing applications.

Incorporating an LS1 LS6 style flat flywheel, the kit reduces rotational mass, allowing faster engine revving and quicker throttle response. This component is precision engineered to maintain balance and compatibility with LS engine blocks, ensuring seamless installation and optimal performance.

• Weight: At 10.44 kg, the kit strikes a balance between durability and reduced rotational inertia, enhancing engine responsiveness without sacrificing strength.
• Dimensions: With a length of 40.60 cm, width of 14.00 cm, and height of 43.20 cm, the assembly fits standard LS transmission housings, simplifying integration into existing driveline setups.
• Material construction: Crafted from high-grade materials engineered to withstand extreme heat and stress, the clutch plates and flywheel maintain integrity over extended use.
• Brand reliability: Manufactured by McLeod, a recognized leader in performance clutch solutions, ensuring rigorous quality standards and industry-tested durability.

This kit is designed for serious enthusiasts who demand consistent clutch performance and enhanced driveline reliability. Its specific engineering for LS1 and LS6 style engines guarantees compatibility and maximized power transfer efficiency. Upgrade your manual transmission system with confidence, knowing this kit offers a robust solution tailored to high-performance applications.