Fits

When it comes to steering stabilizers, not all shocks provide adequate performance. There are 2 types, IFP and Emulsion, while Emulsion shocks may seem like a good play because they are cheap, however, they are NOT intended to be used on stabilizers because the oil and gas are mixed, having them mounted in a horizontal position allows the oil to settle on the bottom. This results in the piston being half-submerged in oil, thus reducing its life span, on top of their tiny pistons, creates a piss-poor ability to control your steering and suspension.

Enter Carli's Low-Mount Steering Stabilizer, featuring an Internal Floating Piston. This secondary piston separates the nitrogen cavity, allowing you to run it horizontally or vertically. This ensures the nitrogen properly pressurizes the oil cavity, ensuring the piston is always submerged in oil. This increases heat tolerance while eliminating cavitation.

The integrity of your front differential is also often something that gets overlooked or forgotten. The soft steel on the lip of the differential cover is vulnerable to impact; the last thing you want is to roll over a boulder and bash a hole in your cover. The Carli Front Differential Guard provides your ring and pinion with a solid steel shield should impact be imminent.

Part Number: CS-FLMSS-23

• Custom valving for larger, heavier tires
• Includes fabricated diff guard and billet clamp
• Can be combined with the Carli High Mount Stabilizer for an opposing setup
• Nitrogen pressure can be adjusted for more or less dampening
• Stainless stabilizer bodies offer a durable and long-lasting finish that will not rust over time

Low Mount Steering Stabilizer:

• Installs in place of the Factory stabilizer; all hardware is provided. A higher nitrogen charge pushes to the Right to counteract a left-hand tire pull

High Mount Steering Stabilizer:

• Installs up and out of the way with the provided frame bracket and steering clamp. This is an auxiliary stabilizer and should be used to complement the function of a factory or Carli Low-Mount Steering Damper. A higher nitrogen charge pushes to the left to counteract a Right tire Pull.

Minimizing resonation from encountered road obstacles into the front end parts is KEY to combating front end issues like death wobble. We've always offered a high mount stabilizer to combat steering wheel feedback in these trucks. The stainless steel design is far superior to the factory unit boasting a custom valve profile improving control of larger aftermarket wheel and tire combinations, offered adjustability to combat right-hand tire pull and is fully rebuildable all while bolting into the factory location ensuring it's not susceptible to trail damage like many aftermarket stabilizer units are that mount in front of lower steering linkage.

So why the low-mount? 2 Stabilizers is better than one, simply put. This is a general statement – sure, but it applies when looking at OUR product. The high mount braces the Drag link (upper steering linkage bar connecting the passenger side wheel to the pitman arm) close to the pitman arm, itself. The wheels/tires are pretty far from the point of stabilization. Think about it as though you're trying to control someone's hand movements by holding their bicep.

With a good enough shock and enough valving, this is doable but adding a second stabilizer to the tie-rod (steering bar connecting Driver and Passenger knuckles) eases the load on the upper stabilizer while providing damping at the mid-point between the two tires further from the steering gear itself. The Low-mount steering stabilizer would actually provide a better feel than the high mount if you're only going to run ONE stabilizer. Also, this is not limited to lifted/leveled vehicles and can be run on ANY Super Duty with a stock tie-rod.

If both stabilizers are run, one stabilizer per steering bar (Drag link and Tie-rod) means there's no flop/rocking in the steering, the steering dampers work in every direction (The lower stabilzer dampens left and right, upper stabilizer dampens left/right AND angular load into the gearbox). This optimizes control of larger aftermarket tires while minimizing steering wheel feedback (rocking of the wheel when you encounter a bump). Lastly and perhaps most important for those seeking adjustment, the stabilizers run a true opposing setup; they effectively push against each other. The High mount pushes toward the driver's side when pressurized and low mount pushes toward the passenger allowing infinite adjustability for whatever radial pull one may encounter.

For you "thru-shaft" stabilizer fans, running BOTH stabilizers eliminates the shaft fluid displacement issue the thru shaft was designed to combat. Running both stabilizers parallel ensures that the fluid displacement when turning thanks to the shaft entering the stabilizer body is offset by the same amount of shaft leaving the body of the other stabilizer. Additionally, with our dual setup, you have the ability to dial in nitrogen pressures to combat tire pull VS. cranking the adjuster on a thru-shaft stabilizer until the pull disappears leaving you with overly tight steering with massive under-steer that won't return to center.

The Low Mount Stabilizer features a Stainless Steel body, hardened Nitride Shafts, and precision bearings for long-lasting performance and appearance. The Stabilizer runs behind the tie-rod to ensure it's protected. One side mounts to our redesigned Differential Guard, the other side secures to our Billet Clamp with out high-misalignment stud. The differential guard boasts Boxed 3/16″ construction and utilizes factory diff cover holes.

There are two configurations for mounting the stabilizer to the differential guard itself. We, of course, designed this setup to work with our 2.5″-5.5″ Lift  Systems.

To clear the track bar on our 2.5″ & 3.5″ Systems, the stabilizer is mounted to the bottom of the Diff-Skid bracket with two bearing spacers and the provided longer bolt. Spacing the bracket is a provided crush sleeve. This provides ample clearance for the bend in our adjustable track bar throughout the entire travel stroke.

In the 4.5″-5.5″ configuration, the shorter, provided, bolt is utilized to install the stabilizer within the double-shear bracket.

In both configurations, the stabilizer connects to the tie-rod assembly with our in-house machined, hard anodized billet steering clamp utilizing our 17-4 Stainless steel high-misalignment stud.