Ford Mustang Control Arm Relocation Brackets - Rear - UMI Performance - UMI P/N 1060 - `05-`14
Ford Mustang Control Arm Relocation Brackets - Rear - UMI Performance - UMI P/N 1060 - `05-`14
Product
Information

$149.99
$174.99
Save: $25.00
Lowest Price Guaranteed
Brand:
Model:
Ford Mustang
Available Options
Drive now, Pay later with Affirm
or with PayPal
Both options will be available upon checkout.
Wheel hop or traction issues? We have the solution! Optimize your vehicle's instant center and improve forward traction by lowering the rear of the lower control arm 2", 2-3/4", or 3-1/4". These bolt-in brackets are CAD designed to accommodate factory lower control arms as well as all popular aftermarket styles. Robust flanges inside the brackets add reinforcement and ensure factory bushings bolt right in. Brackets installed can provide an average 0.10 second (or better) 60-foot reduction and an overall improvement in launch consistency. Brackets are constructed of a combination of 3/16” and ¼” thick mild steel brackets for increased strength, CNC laser cutting ensures precision tolerances every time. Relocation brackets are designed to work on both lowered and non-lowered vehicles and feature multiple settings to optimize vehicle handling and traction.. UMI is proud to announce an improvement to our tried and true P/N 1060 lower control arm relocation brackets for the Ford Mustang. With the increasing popularity of 700+ HP cars and corresponding reduction in 60 ft times, we’ve taken the proactive approach and increased material thickness to ¼” in critical locations. We've also added a third adjustment hole and improved the contours in a few key locations. Lower control arm relocation brackets improve forward traction and help tires plant the tires upon launch. Road race and auto-x competitors can use the upper holes to tune roll steer or simply correct lower trailing arm angles on lowered cars.. UMI introduces an improved version of the P/N 1060 lower control arm relocation brackets for Ford Mustang. Featuring increased material thickness and a third adjustment hole, these brackets optimize vehicle traction and handling. Constructed with 3/16” and ¼” thick mild steel for increased strength.. Installation: UMI P/N 1060 are 100% bolt on itemand require no welding, drilling or cutting. All necessary hardware is included for this simple bolt on application. Kit is supplied with hardware, installation instructions.. UMI’s updated 1060 Mustang control arm brackets feature thicker steel and a third adjustment hole for enhanced traction and handling. Made from 3/16" and 1/4" mild steel, they deliver greater strength and performance.. Works with factory height or lowered vehicles. Simply bolt-in & launch using your existing factory control arms.. Multiple adjustment holes ideal to correct control arm angle on lowered vehicles while improving traction.. UMI Performance 05-14 Ford Mustang Rear Control Arm Relocation Brackets- Bolt In. Choose 2", 2-3/4", or 3-1/4" drop to optimize vehicle handling and traction.. Adjustment holes follow natural arc of lower control arm for direct bolt-in.. UMI 1060 brackets add strength, traction, and handling with thicker steel.. Track testing shows an average of 0.10 second reduction in 60-foot times.. CAD designed, CNC laser cut 3/16" and ¼” mild steel.. Improve instant center to increase forward traction. Manufactured with pride in Philipsburg, PA - USA.. Can use factory trailing arms or most aftermarket. UMI- 1060 Rear Control Arm Relocation. New grade 10.9 hardware included.. Bolts in factory location. Heavy duty construction. Control Arm Bracket. Features:
Disclaimer: Some images in our product listings that are provided by the manufacturer/ supplier are for illustration purposes only and may not be an exact representation of the item. The product listing details are accurate for the item offered. Please refer to the product description for precise specification and as always do not be hesitant to reach out to us with any questions.
CA Residents: WARNING: Cancer and Reproductive Harm - www.P65Warnings.ca.gov








