The UniClutch UC0824100 is a high-performance clutch that offers similar actuation effort to the original equipment manufacturer (OEM). It boasts approximately 160 percent more torque capacity than OEM clutches, making it ideal for upgrading a HYUNDAI i30. The clutch features a Twin Disc, Dual Core design that contributes to the increased torque capacity. It also incorporates Billet Steel Components, which provide up to three times stronger construction compared to stock clutches.
One of the standout features of the UniClutch UC0824100 is its Silent Shift Technology, which enhances shift quality and speed while minimizing chatter. This technology ensures smooth and quiet gear changes for an enhanced driving experience. Additionally, the clutch is equipped with an Integrated Flywheel Friction Surface, eliminating the need for flywheel machining and saving both time and money during installation.
The UniClutch UC0824100 also utilizes Radial Dampening Technology, which effectively dampens torque spikes for improved performance and durability. This technology helps to reduce stress on the transmission and other drivetrain components, ensuring a longer lifespan for the clutch system.
Lastly, the UniClutch UC0824100 offers a Comfort Pedal Tune feature that is specifically designed for city driving. This feature provides a more comfortable and responsive pedal feel, making it easier to navigate through traffic and maneuver in tight spaces.
Overall, the UniClutch UC0824100 is a top-of-the-line clutch that offers superior performance and durability compared to OEM options. Its advanced features and construction make it an excellent choice for those looking to upgrade their HYUNDAI i30's clutch system.
The UniClutch UC0824100 is a high-performance clutch that offers similar actuation effort to the original equipment manufacturer (OEM). It boasts approximately 160 percent more torque capacity than OEM clutches, making it ideal for upgrading a HYUNDAI i30. The clutch features a Twin Disc, Dual Core design that contributes to the increased torque ca...
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