CLUTCH KIT EXP 3.0 08-20 YAMAHA WR 250 R X REKLUSE RMS-6178
The Rekluse Clutch Kit EXP 3.0 RMS-6178 is designed for Yamaha WR 250 R and X models from 2008 to 2020. This transmission clutch kit uses centrifugal force to create an auto-clutch system, enabling riders to start and stop without manual lever operation while still allowing manual clutch engagement modulation. Manual transmission shifting is required. Features include prevention of engine stalls, easy installation using existing OEM clutch components without modification, maintenance of manual clutch use with a typically firmer lever feel, reduction of rider exhaustion, and enhancement of ride confidence and handling. Professional advice for installation is recommended.
- SKU
- RK-RMS6178
- Brand
- Rekluse
- Availability
- Out of Stock
FULL DESCRIPTION
Rekluse Clutch Kit EXP 3.0 - RMS-6178
The Rekluse Clutch Kit EXP 3.0 is an innovative auto-clutch system designed to enhance your riding experience. This transmission clutch kit uses centrifugal force, allowing you to start and stop without manual lever operation. You can still manually modulate clutch engagement when desired, maintaining complete control. The system integrates seamlessly with your existing OEM clutch components, requiring no modifications for easy installation.
Key Features:
- Prevents engine stalls for smooth and effortless clutch engagement.
- Facilitates easy installation by integrating with existing OEM clutch components without modification.
- Maintains the ability for manual clutch use, often resulting in a firmer lever feel.
- Designed to reduce rider exhaustion and energy expenditure for enhanced ride enjoyment.
- Boosts rider confidence by improving handling and engagement across various terrains.
- Manual transmission shifting is still a requirement, ensuring full gear control.
This clutch kit provides a robust solution for riders seeking improved performance and smoother operation across different terrains. Professional advice for installation is recommended to ensure optimal performance and compatibility.
