REKLUSE TorqDrive® Clutch Pack for Yamaha YZ 125 - Part RMS-2807075

Enhance your Yamaha YZ 125's performance with the REKLUSE TorqDrive® Clutch Pack, part number RMS-2807075. This high-performance manual clutch upgrade features advanced thin friction disk technology, allowing more disks to fit within your OEM clutch footprint. This design reduces slip, maximizes power transfer, and enables your bike to unleash its full engine potential without requiring costly modifications. Proven at the highest levels of racing, the TorqDrive® system offers reliable durability, increased torque capacity, and smoother power delivery across the entire powerband. The friction disks provide an average of a 25% gain in torque capacity over stock, significantly improving acceleration and responsiveness. Additionally, the design reduces clutch fade and extends clutch life, ensuring consistent performance over numerous rides. The included Rekluse basket sleeves eliminate basket wear and notching, further enhancing durability and longevity. Made in the U.S.A., this clutch pack is engineered for riders seeking superior control, increased power, and longer-lasting performance. Please note, this is not a replacement clutch pack for RadiusX, RadiusCX, or Core Manual TorqDrive models, but specifically designed for Yamaha YZ 125 applications. Easy to install and built with quality materials, the REKLUSE TorqDrive® Clutch Pack transforms your riding experience, providing stronger drive throughout the powerband and reducing lever pull by approximately 10%, making it easier to operate under demanding conditions.

Features:

• Thin friction disk technology allows more disks in OEM footprint, reducing slip and increasing power transfer

• Provides approximately 25% higher torque capacity over stock for improved acceleration

• Reduces clutch fade and extends clutch lifespan for consistent performance

• Rekluse basket sleeves eliminate basket wear and notching, enhancing durability

• Designed specifically for Yamaha YZ 125, ensuring a perfect fit and optimal performance