- Longer lasting clutch kit for heavier; faster bikes
- Springs included in kit
Upgrade your Harley-Davidson Dyna FLD 103 with the EBC Powersports SRC7012 Street Racer Clutch Set, designed for increased durability and heat resistance during aggressive riding. This comprehensive kit includes aramid paper-lined clutch plates and heavy-duty clutch springs, ensuring optimal performance for heavier, faster bikes used in sport and race applications. Proper installation requires soaking the clutch plates in manufacturer-recommended drive case oil for several hours before fitting, and it is advised to replace the clutch springs simultaneously to combat heat fatigue and maintain clutch integrity. The kit is measured for the perfect stack height, ensuring reliable engagement and smooth operation when installed as a complete set. For best results, professional installation by a trained mechanic is recommended to achieve the correct lever force and clutch disengagement, minimizing rider fatigue and enhancing control. After installation, test the clutch function to confirm ease of use before riding, ensuring safety and performance are maximized. This clutch set is suitable for street and race use, providing a longer-lasting, high-performance upgrade for your Harley-Davidson motorcycle. Proper maintenance and timely replacement of clutch components will extend the lifespan of your drivetrain and improve overall riding experience. The EBC SRC7012 clutch kit complies with Prop 65 regulations, ensuring safety and quality standards are met for powersports applications.
Features:
- Longer-lasting clutch kit designed for heavier and faster bikes
- Includes aramid paper-lined clutch plates for durability
- Heavy-duty clutch springs included for optimal tension
- Complete set measuring for perfect stack height
- Requires soaking in manufacturer-recommended drive case oil before installation
- Recommended to replace clutch springs concurrently with plates to prevent heat fatigue
- Suitable for street and race applications, ensuring reliable performance