Rod End - 3/4in x 3/4in RH Teflon - Male

The Rod End - 3/4in x 3/4in RH Teflon - Male from QA1 is a precision spherical bearing component engineered for high-performance suspension and steering linkage applications in street rods, race cars, and heavily modified vehicles. This rod end serves as a critical articulation point where control arms, tie rods, and suspension links connect, allowing for controlled movement while maintaining structural integrity under dynamic loads. Whether you're building a custom hot rod, fabricating a competition suspension system, or upgrading an existing platform, this male-threaded rod end delivers the durability and precise fit that serious enthusiasts demand.

Built with a 3/4-inch bore and 3/4-16 right-hand male thread, this QA1 component features a PTFE (Teflon) lined spherical bearing that reduces friction and wear during compression and articulation cycles. The steel construction with zinc-oxide plating resists corrosion and handles the repetitive stress cycles inherent to suspension geometry changes. The male thread design allows seamless integration into female rod end tubes or adjustable linkage assemblies, while the Teflon liner enables smooth rotational movement without requiring constant re-greasing—a practical advantage in high-vibration environments where traditional lubrication breaks down. At 0.62 lbs and compact dimensions of 1.75 x 0.9 x 3.75 inches, this rod end is lightweight enough for weight-conscious builds yet robust enough for track duty.

Professional fabricators, suspension tuners, and DIY builders rely on QA1 rod ends for chassis modifications, four-link rear setups, and adjustable front-end geometry correction. The 3/4-inch bore diameter pairs well with standard chromoly tubing schedules used in custom frame work and suspension arms. Installation involves threading the male end into a corresponding female rod end or adjustable sleeve, then locking with a castle nut and cotter pin or all-metal lock nut to prevent vibration-induced loosening. This component is ideal for applications where precision articulation, corrosion resistance, and long-term reliability matter—from weekend cruise-ins to serious competition environments where suspension tuning can mean the difference between handling excellence and failure.