Chromoly Drag Link and Tie Rod 47in

The Chromoly Drag Link and Tie Rod 47in by Allstar Performance is a precision steering component engineered for high-performance vehicles and race cars that demand superior front-end geometry and durability. This component serves as the critical connection between your steering box and front suspension, translating steering input into precise wheel articulation. Whether you're building a drag racer, circle tracker, or street rod, this chromoly construction is designed for builders who refuse to compromise on steering response and component longevity under extreme conditions.

Constructed from high-strength chromoly steel, this 47-inch drag link and tie rod assembly offers superior strength-to-weight ratio compared to standard steel components, allowing you to maintain steering precision while reducing unsprung mass. The chromoly material resists bending and fatigue failure during aggressive cornering, hard launches, and the sustained G-forces common in drag racing and short-track competition. At 3.55 lbs, this component is light enough for weight-conscious builds yet robust enough to handle the violent shock loads that destroy inferior steering linkages. The full 47-inch length accommodates a wide range of wheelbase and suspension geometries, making it suitable for custom fabrication and various vehicle platforms.

Drag racers, circle track competitors, and street rod builders benefit most from this Allstar component when upgrading worn OEM steering or optimizing front-end geometry for improved handling. The 47-inch dimension allows fitment on mid-to-full-size platforms and custom chassis where steering geometry tuning is critical to lap consistency and safety. Installation requires proper ball joint selection and alignment verification post-installation—verify your suspension geometry and tie rod end specifications before ordering to ensure compatibility with your steering box type and spindle configuration. This is the choice for builders serious about steering reliability in high-stress environments.