2010-2012 Cummins Front Lower Control Arms (8551-04)

Fits

Synergy Adjustable Front Lower Control Arms are a Heavy Duty upgrade for the stock Dodge Ram control arms. They are adjustable to allow for caster correction and re-centering of the front axle housing for oversize tires and increased ride heights. Synergy Double Adjuster Assembly allows adjustment of control arm length without removing them from the vehicle and uses a pinch bolt instead of jam nut for ease of use and reliability. Maintenance Free Dual Durometer Bushings are used at both ends for uncompromised articulation and isolation of Noise, Vibration, and Harshness.

Part Number: 8551-04

• Made from high-quality crush resistant 1.75" x.188" Wall 1026 DOM tubing
• Suspension components feature an abrasion-resistant powder coat finish for maximum durability and corrosion resistance
• Synergy Double Adjuster Sleeve & Pinch Bolt Assembly: allows for adjustment of control arm length without removing control arm mounting bolt
• Features Synergy Dual Durometer Bushings (DDB) with Teflon® bearing surface for a maintenance-free design focusing on performance, flex, longevity, and ride quality
• 100% bolt-on components assure an easy, trouble-free installation with the use of basic hand tools
• Sold in pairs
• Stronger than stock
• Lighter than comparable offerings
• Increases articulation
• Maintenance Free, no greasing required
• Isolates Noise, Vibration, and Harshness increasing ride quality
• Adjustable to accommodate oversize tires and increased ride heights
• Adjustable without removing from vehicle
• No jam nuts that are impossible to keep tight
• No modifications required to install
• Limited Lifetime Warranty

Min/Max Lengths:

• Max extended length: 20.125"
• Min collapsed length: 18.375"

Includes:

• (2) Heavy Duty Adjustable Front Lower Control Arms
• (2) Pinch Bolts and Hardware

• 8565 Cam Bolt Eliminators recommended for increased strength and extended bushing life 
• 8551-04 supersedes old part numbers: 8551-01, 8551-02, and 8551-03

• Click Here