RockJock Johnny Joint Adjustable Front Lower Control Arms

• Improves Traction – Allows for Greater Articulation
• Adjustable Design
• Durable Chromoly Steel Tubing
• Semi-gloss Black Powder Coated Finish
• Greasable Johnny Joint Rod Ends
• Straight Forward Bolt on Installation
• Sold in Pairs
• Fits 2020-2024 Jeep Gladiator JT Models

RockJock CE-9818FLA

Increases Articulation. These Johnny Joint Adjustable Front Lower Control Arms are the same exact ones that are offered in the RockJock JT off road suspension system. Equipped with Johnny Joints, these Front Lower Control Arms will increase articulation which will allow for maximum traction on uneven, rocky terrain.

Adjustable. Unlike some other aftermarket control arms that are fixed, RockJock Johnny Joint Front Lower Control Arms are adjustable. This allows you to precisely dial in your suspension settings, specific for your lift/application, to ensure you stay safely on the road or the trail.

Tubular Steel Construction. RockJock fabricates their Front Lower Control Arms from 1.625-inch outer diameter x .250-inch wall 4130 chromoly steel tubing for extreme rigidity and superior strength. The Control Arms are then completed in a durable semi-gloss black powder coat finish to prevent rust and corrosion. These Control Arms feature a 2-1/2 inch Johnny Joint rod end at one end, and a 1-1/4 inch RH thread forged 2-1/2 inch Johnny Joint and jam nut at the other end.

Bolt-on Design. RockJock engineered their Adjustable Control Arms to be a direct bolt-on replacement for the stock arms. Installation can normally be completed in about 3-4 hours’ time with just basic hand tools. The Arms will need to be adjusted to the proper pinion angle for your specific lift. Please note that an alignment is required after installation.

Application. These RockJock Johnny Joint Adjustable Front Lower Control Arms are designed to fit 2020-2024 Jeep Gladiator JT models. Sold in pairs.

What’s in the Box

• Front Lower Control Arm – Driver Side
• Front Lower Control Arm – Passenger Side