CLUTCH WEDGE ASSEMBLY EXP 3.0 AMERICAN V-TWIN LIGHT REKLUSE 741-119
The Rekluse Clutch Wedge Assembly EXP 3.0, part number 741-119, is a light-duty component engineered for American V-Twin motorcycles. This component is part of the EXP 3.0 series and enhances clutch performance for light-duty applications, ensuring smooth operation. It is specifically designed for American V-Twin motorcycles, including Harley-Davidson models. The wedge assembly features lightweight construction tailored for V-Twin applications and optimizes power delivery and rider control. It is crafted to enhance reliability and consistent performance across various riding conditions. This wedge assembly is essential for riders seeking improved clutch functionality and performance suited for light-duty riding scenarios.
- SKU
- RK-741119
- Brand
- Rekluse
- Availability
- Out of Stock
FULL DESCRIPTION
Rekluse Clutch Wedge Assembly EXP 3.0 for American V-Twin
The Rekluse Clutch Wedge Assembly EXP 3.0 is a high-performance component engineered to optimize clutch operation for American V-Twin motorcycles. Designed specifically for light-duty applications, this assembly is ideal for riders seeking enhanced clutch engagement and consistent performance. As part of the acclaimed EXP 3.0 series, it delivers superior efficiency and power transfer.
Key Features:
- American V-Twin Specific: Precision-engineered for American V-Twin motorcycles, including Harley-Davidson models.
- EXP 3.0 Technology: Utilizes Rekluse's renowned EXP 3.0 series technology for improved clutch engagement and efficiency.
- Lightweight Construction: Features a lightweight design optimized for V-Twin applications without compromising strength.
- Enhanced Performance: Optimizes power delivery and rider control for a more responsive riding experience.
- Reliable Operation: Built to ensure consistent performance and reliability across various riding conditions.
This essential clutch hardware component is crafted to elevate the performance and dependability of your American V-Twin motorcycle, especially in light-duty riding scenarios.
