The UniClutch Sport UC1024200 is an ideal choice for Land Rover Range Rover owners looking to upgrade their vehicle. This clutch offers similar actuation effort to OEM clutches, ensuring a smooth and easy driving experience. With approximately 170 percent more torque capacity than OEM clutches, the UniClutch Sport UC1024200 can handle increased power and torque.
Designed with the daily driver in mind, this clutch features a twin disc design that enhances torque handling and power delivery. The Sport Pedal Tune offers a tailored performance experience, giving enthusiasts the perfect balance of power and control. The Dual Drive Forged Internals provide exceptional strength for high torque applications, ensuring durability and reliability.
The High Clamp Billet Cover Assembly is built to last, reducing cover flex and eliminating dragging for superior disengagement. The Forged Dual Drive Internals maximize clutch durability, allowing for long-lasting performance. With Silent Shift Technology, gear changes are smooth and quiet, minimizing noise during shifting.
Installation and maintenance are made easy with the Integrated Flywheel Friction Surface, simplifying the process for mechanics and reducing downtime. With reduced clutch wear, the UniClutch Sport UC1024200 offers a longer-lasting and cost-effective solution for Range Rover owners.
In summary, the UniClutch Sport UC1024200 is a high-performance clutch that offers increased torque capacity, durability, and superior performance. Designed specifically for Land Rover Range Rover vehicles, this clutch is perfect for enthusiasts who want both power and reliability in their daily driver.
The UniClutch Sport UC1024200 is an ideal choice for Land Rover Range Rover owners looking to upgrade their vehicle. This clutch offers similar actuation effort to OEM clutches, ensuring a smooth and easy driving experience. With approximately 170 percent more torque capacity than OEM clutches, the UniClutch Sport UC1024200 can handle increased power and torque.
Designed with the daily driver in ...
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