1in x .065 1/2-20 R.H. Rod End

The 1in x .065 1/2-20 R.H. rod end from FK ROD ENDS is a precision spherical bearing component engineered for suspension tuning, linkage systems, and chassis fabrication in performance vehicles. Whether you're building a custom control arm assembly, adjusting suspension geometry on a race car, or fabricating a steering quickener, this right-hand threaded rod end delivers the articulation and durability that separates professional-grade setups from amateur builds. Rod ends are fundamental to any serious suspension upgrade, allowing precise angular movement while maintaining load capacity under cornering stress.

This rod end features a 1-inch body diameter with a .065-inch wall thickness, paired with a 1/2-20 right-hand threaded stud for secure fastening into threaded receivers or rod ends on the opposing side. The spherical design allows full articulation in multiple planes, critical for maintaining consistent suspension angles as the chassis compresses and extends through corners. The right-hand threading ensures compatibility with standard suspension geometry calculations and prevents unintended loosening under vibration. The compact dimensions (1 x 1 x 2 inches) and lightweight construction (0.185 lbs) make it ideal for minimizing unsprung weight while maximizing suspension response on street and track applications.

Mechanics and fabricators building custom suspension systems, adjustable control arms, or tie rod assemblies will appreciate the precision engineering that FK ROD ENDS brings to chassis dynamics. This component pairs seamlessly with spherical bearing housings and heim joint sockets, making it essential for drift builds, competition rally suspension, or street-performance control arm upgrades. Installation requires proper thread engagement and periodic maintenance—periodic greasing extends bearing life and maintains articulation smoothness. Verify thread pitch compatibility with your receiver before installation to ensure correct assembly and optimal load distribution.