Pitman Arm Chevelle

The Pitman Arm Chevelle is a critical steering component designed for enthusiasts and racers looking to refine the handling characteristics of their vintage GM A-Body vehicles. As the primary link between the steering gear box and the center link, this component converts angular motion from the driver's input into the linear motion required to steer the front wheels accurately. It is specifically engineered for modified setups where precision and durability are paramount during high-stress maneuvers, ensuring that you maintain control during competitive driving or spirited street use. By replacing a worn or factory-standard unit with this specialized part, you ensure that the steering system remains responsive and predictable under all conditions.

This Howe Racing component features a 5.00-inch length and is CNC machined from high-strength billet steel to ensure maximum rigidity and resistance to deflection under load. The 1-1/8 x 32 spline count provides a secure, zero-play interface with the steering box output shaft, while the 1.500 inch per foot taper ensures a proper fit with compatible heavy-duty drag links. By utilizing billet steel rather than standard cast materials, this arm offers superior structural integrity and a higher fatigue limit, which is essential for performance applications that subject the steering linkage to extreme forces. Every dimension is held to tight tolerances to prevent binding and ensure smooth operation throughout the entire steering sweep.

Designed for 1968-1972 GM A-Body platforms such as the Chevelle, Malibu, and El Camino, this pitman arm is an essential upgrade for those seeking a replacement that exceeds standard OEM specifications. It is particularly well-suited for modified suspension geometries where standard components may limit travel or fail under the increased steering loads typically found in circle track or road racing. When you buy this component, you are investing in a part that simplifies the process of fine-tuning your steering ratio and geometry for better lap times and road feel. Professional chassis builders and home mechanics alike will find that the robust construction provides the reliability needed for long-term use in demanding environments.