SPL Front Lower Control Arms (2015-2019 Ford Mustang Shelby GT350 & GT350R)

The SPL Front Lower Control Arms (FLCA) provide roll center, camber, and track width adjustment for the Shelby GT350 and GT350R. Using a mixture of billet aluminum, stainless steel, chro-moly steel, and titanium results in strong, adjustable arms that are 2.0 lbs lighter than stock arms.

The ability to run more negative camber greatly improves the peak lateral grip available, dropping several seconds off of lap times when tested on the Vorshlag Dark Horse. This is especially important with better tires and a must-have for anyone looking to prevent excessive outer shoulder wear (and heating) on their tires due to a lack of camber.

The lower control arms come with a ride height sensor bracket to maintain factory ride height sensor location, regardless of length of the arm to keep the Ford chassis electronics happy.

BENEFITS

• Adjustable Camber, Roll Center, and Track Width
• Eliminates Bushing Deflection
• Improved Tire Life with Ideal Camber Settings
• Lightweight, High-Strength Construction
• Stackable 304SS Roll Center Spacers in 1/8" and 1/4" Sizes
• US Made, PTFE Lined FK Rod Ends

MATERIALS

• 6061-T6 aluminum black anodized arm, clamps, and spacers
• 4130 CrMo electroless nickel plated double adjuster
• Ti6Al4V titanium socket head cap screws
• 304 stainless steel roll center and knuckle spacers
• 5/8" 4140 CrMo stud
• FK PTFE-lined spherical bearings (F1 spec, self-cleaning)

IMPORTANT INSTALL INFO
Ford made numerous variations of the front knuckles across the S550 Mustang and Shelby line-up. These knuckles vary across nameplates (Mach 1, GT350, etc), years (2019 vs 2020 GT350), and even options (Handling Pack 2, etc).

Each knuckle variant may have different conical tapered seats where the front control arms mount. It is VERY IMPORTANT to verify the supplied conical tapered spacer fits snuggly into the knuckle, has near zero lateral end play (as-in it will not rock within the bore), and seats fully into the knuckle when installed at the proper torque value.