Female Rod End Economy 5/16x5/16-24LH

The AURORA Female Rod End Economy 5/16x5/16-24LH is a precision spherical bearing assembly engineered for custom suspension builds, drag racing setups, and high-performance street cars where articulation and durability matter. Rod ends are load-bearing pivot points that connect control arms, tie rods, and steering components to the frame or chassis—they enable angular movement while maintaining structural integrity under acceleration, braking, and cornering loads. This economy-grade model delivers reliable performance for budget-conscious builders without sacrificing the fundamental engineering required for safe, repeatable vehicle dynamics.

This rod end features a 5/16-inch stud diameter with a 5/16-24 left-hand female thread, allowing it to screw directly onto matching threaded shafts or adjuster tubes—left-hand threads prevent unintended loosening under vibration on certain suspension geometries. The spherical design permits smooth pivoting in multiple planes, critical for maintaining consistent suspension geometry through full suspension travel. Constructed from steel with a zinc oxide protective coating, the Female Rod End Economy 5/16x5/16-24LH resists corrosion while the zinc finish provides adequate wear resistance for street and moderate track use, balancing longevity with affordability in ways that justify its economy classification.

Mechanics and fabricators building custom A-arms, adjustable panhard bars, or tie-rod assemblies will find the AURORA CG-5S rod end compatible with any application requiring a 5/16-inch stud and left-hand threaded female connection. This specification suits compact engine bays and tight suspension spaces where space constraints demand small-diameter fasteners. Installation requires proper torque sequencing and consideration of preload—an undersized rod end should never be force-fitted. Verify your suspension design calls for left-hand threading; mixing right and left-hand rod ends in a single system will cause unpredictable handling and potential failure.