Adjustable Upper Control Arms for F-150 (2004-2020) - SPC Performance spc35675

SPC Performance Adjustable Control Arms For Lowered F-150

Engineered and assembled in Colorado, SPC Performance adjustable upper control arms deliver uncompromising suspension performance. These forged steel components feature maintenance-free ball joints and xAxis™ sealed flex joints for precise alignment correction and restored ride quality. Gain superior suspension travel, sharper handling, and extended tire life while centering your tires for maximum clearance with oversized setups. With an aggressive 80° of articulation and optimized spring bucket clearance, these control arms outperform the competition. Built tough for extreme conditions, they're the ultimate upgrade for F-150 owners demanding more from their suspension.

Why it Hits: 

Features and Benefits

• Arm's adjustment range designed for specifically lowered F-150's. Combined with OE adjusters arm corrects alignment angles for improved drivability and reduced tire wear & makes it possible to move the tire to maximize clearances
• Forged steel arm construction provides maximum strength & clearance with additional caster provision for lifted vehicles built-in
• New ball joint has 25% larger stud cross section than OE for superior strength & E-Nickel coating for superior corrosion protection while providing 80° of articulation
• New fully sealed ball joint architecture keeps grease in and contaminants out for a maintenance-free joint
• One piece polymer race Ball Joint with modern grease formula ensures quiet smooth operation & low turning torque for reduced wear and extended life that tests like OE
• New xAxis™ sealed flex joints in bonded rubber bushings allow for extended suspension travel & superior noise vibration and harshness (NVH) characteristics
• Sold as a pair
• Front Adjustment Range: Camber ±2.0° / Caster -1.0° to +3.0 °
• Required: 1 per axle

WARNING: This product contains chemicals known to the state of California to cause cancer, birth defects, or other reproductive harm.