BMR - CAB005H

Control Arm Bracket - Relocation - Lower - Bolt-On - Steel - Black Powder Coat - Ford Mustang 2005-14 - Kit

Launching harder, reducing wheel hop, and repositioning the instant center on your S197 Mustang is easy with lower control arm relocation brackets from BMR Suspension. BMR's bolt-on relocation brackets for S197 Mustangs are the ultimate in strength and adjustability. The stock lower control arm mounting location can give you insufficient lower control arm angle on lowered vehicles. BMR's control arm relocation brackets allow you to correct the lower control arm angle, correcting the rear suspension geometry and allowing you to add anti-squat for increased traction. Manufactured from heavy-duty 3/16- and 1/4-inch laser cut, CNC-formed steel plate, the CAB005 are designed to bolt in place, making installation simple and easy. The stock control arm mounting position is fine for stock height vehicles, but once you lower your car, the control arms change and need to be corrected. The CAB005s allow you lower the lower control arms' rear mounting position by as much as 3 inches, correcting the control arm angles. This also allows you to make instant center changes for race applications. BMR Suspension designed the CAB005 to work well in street performance, drag race, and road race applications. It is engineering to bolt on and stand up to extremely high horsepower and torque levels, as well as the hardest drag strip launches without moving on the rearend housing. When performance is a must, rely on BMR Suspension! BMR Suspension's CAB005 bolt-on lower control arm relocation brackets come uncoated. Installation time is about 2-3 hours. Proudly made in the U.S.A. The BMR Control Arm Relocation Brackets correct the vehicles instantaneous center, improving drag strip traction and handling traction during corner exiting. BMR can proudly claim that these Relocation Brackets are the only brackets in the industry that have been 1.1 sixty-foot times, BOLTED-ON! We also have many 1.2, 1.3 and 1.4 60-foot combinations running these same pieces.