Competition Clutch Stage 4 Sprung 6-Pad Ceramic Clutch Kit Nissan Silvia G20
The Competition Clutch Stage 4 Sprung 6-Pad Ceramic Clutch Kit is engineered for high-performance Nissan Silvia G20 applications, delivering superior power transfer and driver control. This clutch kit is designed to handle the demands of both daily driving and competitive motorsport scenarios, making it an ideal choice for enthusiasts looking to enhance their vehicle's performance. The ceramic friction material provides exceptional heat resistance, which allows for aggressive driving and the ability to endure higher torque loads without fading.
This kit features a 6-pad design that increases the surface area for improved grip and engagement. The sprung design aids in providing smoother engagement and reducing driveline shock, which is especially beneficial during rapid gear changes. By combining the advantages of a multi-pad setup with a sprung center, this clutch kit enhances both drivability and response, ensuring that power delivery is seamless yet robust.
The installation of this clutch kit promotes enhanced throttle response, contributing to quicker acceleration times and improved overall performance. Drivers will appreciate the balance it strikes between track-focused performance and street-friendly usability, making it suitable for a range of driving conditions.
FITMENT:
Compatible with Nissan Silvia G20 models, this clutch kit is tailored to fit specific engine configurations, ensuring a precise fit and optimal performance. Vehicle-specific application makes it easy to integrate into your existing setup without major modifications.
Key Features & Benefits
- High-performance ceramic friction material for enhanced heat resistance.
- 6-pad design increases surface area, providing superior grip.
- Sprung center for smoother operation and reduced driveline shock.
- Suitable for both daily driving and competitive applications.
- Improved throttle response and acceleration.
- Direct fit for Nissan Silvia G20, ensuring straightforward installation.
