Your Source for All Things Racing
×
New
QUARTER MASTER 385092 Quarter Master 385092 5.5 inch V-Drive Triple Disc Clutch Kit with 29 Spline
Click to zoom in
  • Guaranteed Fitment

    Always the correct part

  • In-House Experts

    We know our products

  • Added Value

    Performance matched parts

  • Nationwide Delivery

    Economy shipping

QUARTER MASTER 385092 Quarter Master 385092 5.5 inch V-Drive Triple Disc Clutch Kit with 29 Spline

2 sold in last 8 days
QTR385092
$1,362.27
$1,362.27

customers are viewing this product
QUARTER MASTER 385092 Quarter Master 385092 5.5 inch V-Drive Triple Disc Clutch Kit with 29 Spline

The Quarter Master 385092 V-Drive clutch kit is designed for high-performance applications requiring reliable power transfer. This kit features a 5.5-inch diameter clutch with a triple disc configuration, providing increased holding capacity and smooth engagement. The ceramic friction material ensures excellent heat resistance and durability, making it suitable for demanding environments. The clutch includes a rigid hub with a 1-5/32 inch diameter and a 29-spline shaft compatibility, ensuring a secure fit on various V-Drive systems. Crafted for ease of installation and long-lasting performance, this clutch kit is ideal for racing or high-torque street applications. The assembly is air unrestricted, allowing for optimal airflow and heat dissipation during operation. Whether upgrading an existing system or building a new setup, the Quarter Master 385092 clutch delivers consistent performance and reliable engagement under heavy loads.

Features:

  • Diameter: 5.5 inches for optimal torque transfer in V-Drive systems
  • Triple disc configuration enhances holding capacity and engagement smoothness
  • Ceramic friction material provides high heat resistance and durability
  • Rigid hub design ensures secure attachment and longevity
  • Spline compatibility: 1-5/32 inch x 26 spline for versatile application
  • Includes all necessary components for a complete clutch kit
  • Air unrestricted design promotes efficient heat dissipation and airflow
Read More
Read Less
We use cookies to improve your experience on our website. Read about how we use cookies in our Privacy Policy. By browsing this website, you agree to our use of cookies. privacy policy
accept

Your cart

×
>