QA1 C Series 2-Pc Rod End - Female/Left Hand - .375in Bore x 3/8-24 w/Stud & Zerk - Carbon Steel

The QA1 C Series QAPCFL6SZ 2-piece rod end is designed for automotive suspension, linkage, and control applications that require dependable movement and precise adjustment. This female, left-hand rod end features a 3/8-inch bore and a 3/8-24 threaded stud, making it suitable for compatible left-hand threaded assemblies and custom fabrication projects. Its compact design supports reliable installation where controlled articulation and durable performance are required.
Manufactured from carbon steel, the QA1 C Series rod end provides a strong and practical solution for performance-minded automotive applications. The integrated grease fitting, or zerk, allows for convenient lubrication to help maintain smooth articulation and extend service life when properly maintained. The 2-piece construction is engineered for responsive movement while supporting the demands of adjustable suspension and linkage systems.
Feature: Brand: QA1
Feature: Series: C Series
Feature: Part number: QAPCFL6SZ
Feature: Design: 2-piece female rod end
Feature: Thread direction: Left hand
Feature: Bore size: 3/8 inch
Feature: Thread size: 3/8-24 with stud
Feature: Material: Carbon steel
Feature: Lubrication: Integrated zerk fitting
Feature: Application: Automotive suspension, linkage, and adjustable control systems
The QA1 QAPCFL6SZ rod end is intended for use with properly matched hardware and compatible left-hand threaded components. Verify thread direction, bore size, stud configuration, and application requirements before installation. Regular inspection and appropriate lubrication are recommended to support reliable operation in demanding automotive environments.

Features:

• Brand: QA1

• Series: C Series

• Part number: QAPCFL6SZ

• 2-piece female rod end construction

• Left-hand threaded design

• 3/8-inch bore

• 3/8-24 threaded stud

• Carbon steel construction

• Integrated zerk fitting for lubrication

• Suitable for automotive suspension, linkage, and adjustable control applications