CLUTCH PACK TORQ DRIVE 11-15 HUSQ FC 250 350 KTM SX F XC REKLUSE RMS-2813088
The Rekluse Clutch Pack Torq Drive, part number RMS-2813088, features Torq Drive friction disk technology. This clutch pack integrates additional disks into the OEM clutch to enhance torque capacity and reduce slip. It ensures a stronger drive throughout the power band, virtually eliminates clutch fade for consistent performance, and improves starts and corner acceleration. It offers better control over rugged terrains and increases clutch lifespan with added friction disks, providing a 25% gain in torque capacity over stock setups. It also reduces lever pull effort by approximately 10%. This Torq Drive Clutch Pack is a selection for dirt bike enthusiasts looking to boost clutch performance, enhance durability, and maintain optimal power transfer across a variety of off-road conditions.
- SKU
- RK-RMS2813088
- Brand
- Rekluse
- Availability
- In Stock (1)
FULL DESCRIPTION
Rekluse Torq Drive Clutch Pack
The Rekluse Torq Drive Clutch Pack utilizes innovative friction disk technology to significantly enhance torque capacity and reduce clutch slip. This clutch pack integrates additional disks into the OEM clutch system, ensuring optimal power delivery and reliability for demanding riding conditions.
Key Features:
- Provides a stronger drive throughout the entire power band without requiring expensive engine modifications.
- Virtually eliminates clutch fade, delivering consistent performance lap after lap or mile after mile.
- Improves acceleration from a standstill and enhances corner exit speed.
- Offers superior control when navigating whoops and rugged off-road terrain.
- Increases clutch lifespan by incorporating additional friction disks.
- Achieves up to a 25% gain in torque capacity compared to stock clutch setups.
- Reduces clutch lever pull effort by approximately 10% for improved rider comfort and control.
This Rekluse Torq Drive Clutch Pack is an excellent upgrade for riders seeking to boost clutch performance, increase durability, and maintain optimal power transfer in diverse off-road environments.
