EBC SRC StreetRacer Clutch Kit - Part Number SRC5 for High-Performance Driving

• The latest Kevlar® fibre lined clutches for sport bikes and racers.
   
• Complete engine set of matched and measured stack height for the perfect rebuild.
   
• Comes complete with 15% uprated heavy duty clutch springs.

The EBC SRC StreetRacer Clutch Kit is designed to enhance the performance and reliability of your vehicle's clutch system. Built with precision and durability in mind, this kit is ideal for street and light racing applications where consistent engagement and longevity are essential. The components are engineered to provide a smooth pedal feel while ensuring excellent power transfer during demanding driving conditions.

Constructed with high-quality materials, the EBC SRC Kit features a specially formulated friction lining that improves grip and reduces slip, allowing for confident launches and aggressive driving. The kit includes everything needed for an easy installation, making it a convenient upgrade for enthusiasts seeking better control and responsiveness without sacrificing daily drivability. Whether you're upgrading for improved performance or replacing worn parts, this kit offers a reliable solution that enhances your vehicle's clutch performance.

Designed to fit a wide range of vehicles, the EBC SRC StreetRacer Clutch Kit combines innovative technology with proven craftsmanship. Its robust construction ensures long-lasting operation even under high-stress conditions, while the precise engineering maintains smooth engagement and pedal feel. Ideal for drivers who demand high performance from their vehicles, this clutch kit delivers consistent power delivery and improved overall driving experience.

Features:

• High-performance clutch kit designed for street and light racing applications

• Enhanced friction material for improved grip and reduced slip

• Complete installation kit for easy upgrade and replacement

• Durable construction built to withstand demanding driving conditions

• Provides smooth engagement and reliable power transfer