DRIVE STEEL PLATE 0.048 12-17 GAS 250 300 REKLUSE 462-648

$29.84
Out of Stock

Rekluse Drive Steel Plate 0.048 12-17 Gas Gas 250 300, part number 462-648. This drive plate is an essential component of clutch hardware designed to enhance the performance and reliability of your motorcycle's clutch system. Specifically engineered for Gas Gas 250 and 300 models from 2012 to 2017, this drive plate ensures precise power transfer and effective clutch engagement. Features include: designed for 2012-2017 Gas Gas 250 and 300 motorcycle models, integral part of the clutch hardware assembly, measures 0.048 inches in thickness for precise operation, promotes efficient power transfer and smooth clutch engagement, suitable for various riding conditions. This drive plate is vital for applications requiring accurate power transfer and robust durability, ensuring consistent reliability and contributing to the longevity of the clutch system.

Specifications
SKU
RK-462648
Brand
Rekluse
Availability
Out of Stock
General Product Group
Clutch & Transmission
General Product Type
Clutch Kits & Plates
Variant Id
342398
Shipping OptionsShown at checkout
14-Day ReturnsHassle-free
Easy CheckoutCard friendly
Product details

FULL DESCRIPTION

Rekluse Drive Steel Plate 0.048

The Rekluse Drive Steel Plate, with a thickness of 0.048 inches, is a crucial component designed for clutch hardware assemblies. This specific drive plate is engineered to ensure precise power transfer and optimize clutch engagement within compatible motorcycle systems.

Key Features:

  • Thickness: 0.048 inches, contributing to precise clutch operation.
  • Component Type: Integral part of the clutch hardware.
  • Functionality: Designed to promote efficient power transfer and smooth clutch engagement.
  • Durability: Built to ensure consistent reliability for the clutch system.
  • Application: Suitable for various riding conditions where accurate power transfer is essential.

This drive plate plays a vital role in the performance and longevity of a motorcycle's clutch system, ensuring dependable operation and contributing to the overall efficiency of power delivery.