Non Adjustable Lower A- Arms Poly Bushing

The BMR Suspension Non Adjustable Lower A-Arms with Poly Bushing (part number AA035H) deliver precision suspension geometry for 1979–1993 Ford Mustang platforms. These tubular lower control arms feature steel construction with black powder coat finish and are engineered to maintain factory ride heights while providing the durability and strength demanded by street and strip applications. The poly bushing design reduces compliance and provides a direct connection between the chassis and steering/suspension geometry.

Constructed from high-strength steel with a robust powder-coated finish, these lower A-arms weigh 23 pounds for the pair and measure 19 x 7 x 27 inches. The tubular design balances structural rigidity with minimal unsprung weight. Ball joints and rod end connection points are engineered for longevity and consistent suspension behavior under load. The non-adjustable configuration ensures proper geometry is maintained once installed, eliminating the need for secondary adjustments. Poly bushings resist degradation from heat and road contamination better than rubber compounds, making them suitable for high-mileage builds and performance-oriented setups.

These control arms serve enthusiasts building or restoring classic Mustang platforms who prioritize suspension reliability and predictable handling characteristics. Whether for weekend cruising, autocross competition, or track-focused restoration projects, the AA035H lower A-arms provide the foundation for stable, responsive suspension geometry. Buyers should verify fitment for their specific model year and suspension setup before installation. Sold as a complete pair—both left and right sides included.

BMR Suspension has built a reputation in the chassis and suspension market for engineered products that balance performance with reliability. These lower A-arms represent the midpoint between budget options and fully adjustable race-spec alternatives, making them a practical choice for operators who want verified performance without unnecessary complexity.