$20K Sweeps! 10 Chances to Win! Enter Daily >

Find Throwout Bearing for your Corvette

Hays Self-Aligning Throwout Bearing; Nylon (65-84 Corvette C2, C3 & C4)Find parts that fit my vehicle

Item EK-25-901635
Our Price

$105.95

Military, Medical & First Responders $5.30 Available in Eckler's Cash Rewards.
Confirm Eligibility

CONFIRM THIS FITS YOUR VEHICLE!

Select a different vehicle Help?
Update or Change Vehicle
Add to Cart
    Create a list
    Add to New List

    Saved - View your saved items

    We're sorry. We couldn't save this product at this time.

    or use

    Shop Owners Save More! Sign up for our dealer program

      Product Information

      Features, Description, Q&A

      Features

        _x000D_
      • Self-Aligning Throwout Bearing Constructed of High-Grade Nylon
      • _x000D_
      • Maintains Proper Alignment Between Bearing and Clutch Fork for Smooth Operation
      • _x000D_
      • Provides Longer Bearing Service Life and Reduces Wear
      • _x000D_
      • Minimizes Noise and Vibration During Clutch Engagement
      • _x000D_
      • Compatible with 65-84 Corvette C2, C3 & C4 Models
      • _x000D_

      Description

      Hays high performance throwout bearings have been developed to withstand the high-spring pressure and high RPM operation common to racing clutches. Each bearing face is heat-treated and blanchard-ground to ensure trueness. The collars are heat-treated for strength and machined to close tolerances for secure bearing fork attachment. The ball-bearing race is packed with heat-resistant moly-based grease for better lubrication and longer life. A nylon liner and bearing retainer is also featured for cooler and quieter operation.

      Features:
      1.375 In Shaft Diameter
      2.607 In Face Diameter
      Nylon liner and bearing retainer
      Heat Resistant Moly-grease
      Blanchard Ground Face

      Hays 70-201

      CA Residents: WARNING: Cancer and Reproductive Harm - www.P65Warnings.ca.gov

      Questions & Answers

      No questions about this product yet. Ask the First Question