Skip to product information
1 of 1

Rekluse

CLUTCH PACK TORQ DRIVE 17-25 HONDA CRF 450 L R S RL RWE RX X REKLUSE RMS-2801009

CLUTCH PACK TORQ DRIVE 17-25 HONDA CRF 450 L R S RL RWE RX X REKLUSE RMS-2801009

Regular price £466.79 GBP
Regular price Sale price £466.79 GBP
Sale Sold out
Taxes included.

The Rekluse Clutch Pack Torq Drive, part number RMS-2801009, is meticulously designed for Honda CRF 450 models, covering variants such as L, R, S, RL, RWE, RX, and X from 2017 to 2025. This advanced manual clutch pack incorporates Torq Drive thin friction disk technology, allowing for increased disk capacity within the standard OEM clutch footprint. This design effectively reduces slip, maximises engine power delivery, and significantly improves overall dirt bike performance. The pack is ideal for both competitive and recreational off-road riders seeking enhanced clutch efficiency and control.

Features:

  • Provides a stronger drive across the power band without the need for expensive engine modifications
  • Virtually eliminates clutch fade, ensuring consistent performance during demanding conditions
  • Produces better starts and delivers more effective acceleration out of corners
  • Enhances drive through challenging obstacles like whoops
  • Increases clutch lifespan through the inclusion of additional friction disks, offering an average of a 25% gain in torque capacity while reducing lever pull effort by approximately 10%
  • Equipped with Rekluse basket sleeves to prevent basket wear and notching
  • Not intended as a direct replacement for RadiusX, RadiusCX, or Core Manual Torq Drive systems

Vehicle Fitments:

  • Honda CRF450R 2017-2020
  • Honda CRF450RX 2017-2020
  • Honda CRF450X 2019-2025
  • Honda CRF450L 2019-2020
  • Honda CRF450RL 2021-2025
  • Honda CRF450RWE 2019-2020
  • Honda CRF450R-S 2022

The Torq Drive Clutch Pack is a superior choice for Honda CRF 450 riders who demand enhanced clutch performance and reliability, providing critical benefits for diverse off-road terrains and racing conditions.

View full details