Competition Clutch specializes in manufacturing sport compact assemblies from street driven to full race applications. You will find Competition Clutch products being proudly used in some of the fastest sport compact race cars in the country, including a number of the most recognized industry icon vehicles.
How do you put down a ton of horsepower and torque while still getting a smooth operating clutch that can handle it? Competition Clutch's answer to this question is their Multi-Plate Twin Disc Clutch Kit. Multi-Plate Twin Disc clutches solve this issue by allowing you to have massive power without having a massive left leg. Twin disc clutches are designed to allow you to slip the clutch and engage it smoothly off the line. These clutches can still engage quickly too when you need it. Incorporating a twin ceramic disc, aluminum plate, and a forged flywheel keeps the weight minimal for its size. These kits include a specialized application specific flywheel and most kits include an alignment tool and bearings (please call or email us if you want details for your specific application). These kits are the best way to tame the massive power your Toyota Celica is making and still easily drive it on the streets. Good for up to 300%+ more torque than from the factory, depending on your application.
Key Features:
- Special application specific flywheel included with every kit.
- Huge torque capacity, great durability, & extended clutch life.
- Designed for smooth operation even on high horsepower / torque Toyota Celicas.
- Pressure & release travel in the optimum working range.
- Able to withstand high heat & abuse.
- High quality clutch kit - great precision, designed and tested in the USA.
- Pilot bearing/bushing included with many kits (please call or email us if you want details for your specific application).
- Release bearing/throw out bearing included with many kits (please call or email us if you want details for your specific application).
- Alignment tool included for all kits where applicable.
Break-in Notes: Please refer to the manufacturer's specific instructions for proper break in details for your application.
