DRIVE STEEL PLATE 0.060 36T BMW S 1000 REKLUSE 466-618
Rekluse Drive Steel Plate 0.060 36T BMW S 1000, part number 466-618. This drive plate is a vital component of clutch hardware, crafted to optimise the performance and reliability of your motorcycle's clutch system. Specifically designed for BMW S 1000 models, this drive plate ensures efficient power transfer and smooth clutch engagement. Features a thickness of 0.060 inches with 36 teeth for enhanced functionality. Essential component of the clutch hardware assembly. Facilitates precise power transfer and seamless clutch operation. Suitable for a wide range of riding conditions. Crucial for applications needing accurate power transfer and consistent performance, significantly enhancing the durability and effectiveness of the clutch system.
- SKU
- RK-466618
- Brand
- Rekluse
- Availability
- Out of Stock
FULL DESCRIPTION
Rekluse Drive Steel Plate 0.060 36T for BMW S 1000
The Rekluse Drive Steel Plate 0.060 36T is a critical component for your motorcycle's clutch system. Designed to optimize performance and reliability, this steel drive plate is an essential part of your clutch hardware assembly. It plays a key role in ensuring efficient power transfer and smooth clutch engagement, contributing to a seamless riding experience across various conditions.
Key Features:
- Precision Engineering: Crafted with meticulous attention to detail for optimal clutch function.
- Material: Constructed from durable steel for longevity and consistent performance.
- Thickness: Features a precise thickness of 0.060 inches.
- Tooth Count: Equipped with 36 teeth to enhance functionality within the clutch system.
- Performance Enhancement: Facilitates accurate power transfer and smooth clutch operation.
- Durability: Significantly enhances the overall durability and effectiveness of your clutch system.
This drive plate is engineered to deliver reliable performance, making it a crucial upgrade or replacement part for riders seeking to maintain or improve their motorcycle's clutch system efficiency and longevity.
