The UniClutch UC1024100 is a high-performance clutch that offers a range of benefits for upgrading a TOYOTA COASTER. With lighter actuation effort than OEM, it provides a more comfortable driving experience. The torque capacity of the UniClutch UC1024100 is approximately 150 percent higher than that of OEM, making it ideal for high-performance applications.
One of the standout features of this clutch is the Twin Disc, Dual Core design, which enhances torque capacity gains. The use of billet steel components ensures a construction that is up to three times stronger than traditional clutches. This not only improves durability but also allows for higher performance levels.
The UniClutch UC1024100 incorporates Silent Shift Technology, which enhances shift quality and speed while significantly reducing chatter. Additionally, it features an integrated flywheel friction surface, eliminating the need for flywheel machining and saving both time and money during installation.
Another notable feature is the Radial Dampening Technology, which ensures torque spike dampening. This helps to protect the drivetrain and enhances overall performance and reliability.
Lastly, the UniClutch UC1024100 offers a Comfort Pedal Tune specifically designed for city driving. This feature optimizes pedal feel and responsiveness, making it easier to drive in urban environments.
Overall, the UniClutch UC1024100 is a superior clutch option for upgrading a TOYOTA COASTER. With its lighter actuation effort, increased torque capacity, and advanced features such as Silent Shift Technology and Radial Dampening Technology, it provides improved performance, durability, and comfort for drivers looking to enhance their vehicle's capabilities.
The UniClutch UC1024100 is a high-performance clutch that offers a range of benefits for upgrading a TOYOTA COASTER. With lighter actuation effort than OEM, it provides a more comfortable driving experience. The torque capacity of the UniClutch UC1024100 is approximately 150 percent higher than that of OEM, making it ideal for high-performance appl...
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