*All images are for illustration purpose only. Actual product may vary WARNING : Cancer and Reproductive Harm - www.P65Warnings.ca.gov. FOR CLOSED COURSE COMPETITION USE ONLY. NOT INTENDED FOR STREET USE. THE USE, OR INSTALLATION OF THIS PRODUCT MAY ALSO BE ILLEGAL NATIONWIDE UNDER THE FEDERAL CLEAN AIR ACT (42 U.S.C. § 7522(A)(3))
BMR Suspension 2015+ Mustang "Phase One" Package
Our Phase One Package includes the following items:
BK081 – Spherical Lower Control Arm Bearing
Minimize wheelhop and enhance the rear stability of your 2015 and newer S550 Mustang by eliminating rear lower control arm bushing deflection with a set of Lower Control Arm Spherical Bearings from BMR Suspension. The stock rubber bushings are great for absorbing NVH, but do little for performance. The large spherical bearings in BMR’s rear Lower Control Arm Spherical Bearing Kit simply eliminate bushing deflection, transferring power instead of absorbing it. BMR Suspension’s rear Lower Control Arm Spherical Bushings (BK081) drastically decreases lower control arm movement by eliminating deflection of the factory rubber bushings. Designed for street performance, drag race, and handling applications, BMR Suspension BK081 Lower Control Arm Spherical Bushing Kit is the perfect wheelhop solution for any S550 Mustang being used for performance driving.
TCA048 – Vertical Links
Launching harder, reducing wheel hop, and adding cornering consistency to your S550 Mustang is easy with polyurethane bushing vertical links from BMR Suspension. Stock stamped steel vertical links with soft rubber bushings deflect under load and absorb power instead of transferring it to the tires. BMR’s tubular, poly bushing vertical links (TCA048) are manufactured from 0.75-x1.5-inch steel tubing. This design gives you a strong vertical link that greatly improves performance with zero deflection. BMR Suspension designed the TCA048 to excel in street performance, drag race, and handling applications. The stock vertical links flex under cornering loads giving you inconsistent handling characteristics.