Tube End 1/2-20 LH 7/8in x .058in

The Tube End 1/2-20 LH 7/8in x .058in from ALLSTAR PERFORMANCE is a precision rod end fitting engineered for custom suspension geometry and steering linkage applications in high-performance vehicles. This left-hand threaded component serves as a critical junction point in independent suspension builds, roll cage assemblies, and adjustable control arms where precise alignment and load transfer are non-negotiable. Whether you're fabricating a custom A-arm setup, tuning caster-camber geometry, or constructing competition-grade suspension, this tube end delivers the repeatable accuracy and structural integrity that separates professional builds from amateur work.

Manufactured to ALLSTAR PERFORMANCE's exacting standards, this 1/2-20 left-hand threaded rod end features a 7/8-inch ball diameter with a .058-inch wall thickness—a specification that balances strength-to-weight for aggressive track and drag racing applications. The left-hand threading (LH) designation prevents loosening under reversal loads, a critical safety feature in suspension components subject to cyclical stress and vibration. The compact 7/8-inch dimension allows integration into space-constrained fabrication layouts typical of tube frame chassis and tight engine bay designs, while the .058-inch wall provides sufficient material for proper thread engagement and longevity without excessive mass penalty.

This tube end fits seamlessly into custom-built adjustable control arms, tie-rod assemblies, and diagonal braces where 1/2-20 threaded studs or rods are already employed in your suspension architecture. Fabricators and suspension tuners routinely spec ALLSTAR rod ends across circle-track, road racing, and street rod platforms because repeatability and fail-safe design prevent mid-event component separation. Proper installation requires clean thread engagement, appropriate anti-seize compound on the stud, and verification that the ball remains free-moving within its race—standard practices that ensure this fitting delivers thousands of miles of trouble-free geometry control.