BMR Suspension Control Arms (AA042H)

Fits 1994-2004 Ford Mustang ;Eliminates lower A-arm deflection;Adjustable design;Designed for use with coilover shocks;Improves steering feel and response for normal and performance driving;1.50-inch and 1.25-inch DOM steel construction;Fixture welded for precise fit;Heavy-duty Teflon-line rod ends;Pre-assembled with new heavy-duty ball joints and polyurethane bumpstops;Durable powdercoat finish;Proudly made in the U.S.A.. BMR AA042 lower A-arms eliminate deflection, greatly improving steering feel and response in normal and performance driving situations..
A-arms are one of the most important, yet overlooked suspension components. They are the direct link between the front wheels and the chassis. Any deflection causes a change in alignment, which results in poor performance and driving feel. Fabricated from heavy-duty 1.5-inch, 0.095-inch wall and 1.25-inch, 0.095-inch wall DOM tubing, deflection is eliminated with A-arms from BMR Suspension. BMR?s AA042 Lower A-arms are equipped with heavy-duty, Teflon-lined rod ends. BMR?s heavy-duty rod ends are designed to solidly link the A-arms to the body, eliminating deflection. Our rod ends will stand up to high loads of any performance environment, offering all of the bind-free suspension articulation needed for great handling.

A-arms are one of the most important, yet overlooked suspension components. They are the direct link between the front wheels and the chassis. Any deflection causes a change in alignment, which results in poor performance and driving feel. Fabricated from heavy-duty 1.5-inch, 0.095-inch wall and 1.25-inch, 0.095-inch wall DOM tubing, deflection is eliminated with A-arms from BMR Suspension. BMR?s AA042 Lower A-arms are equipped with heavy-duty, Teflon-lined rod ends. BMR?s heavy-duty rod ends are designed to solidly link the A-arms to the body, eliminating deflection. Our rod ends will stand up to high loads of any performance environment, offering all of the bind-free suspension articulation needed for great handling.