FOX FOX98502129 08-16 FORD F-250/F-350 SUPERDUTY TS STABILIZER PERFORMANCE SERIES 2.0 8.2 INCH 1-1/8 INCH TIE ROD CLAMP

With conventional steering stabilizers, turning in one direction creates an increase in pressure inside the stabilizer as the Shaft occupies more volume in the Body and displaces the oil. The repercussion is a push or pull steering force felt by the driver as the stabilizer attempts to return to its neutral state.

To overcome this unidirectional force, dual opposing stabilizers are often used, but this requires additional mounting hardware and space.

Derived from the FOX's original ATS stabilizer, the Performance Series 2.0 Stabilizer TS utilizes a Through Shaft (TS) architecture that eliminates Shaft fluid displacement throughout the stabilizer's entire Travel in both directions. By eliminating fluid displacement, the TS design delivers neutral and consistent damping of unwanted steering feedback.

The result is unrivaled steering control at an unbelievable price point in a single, bolt-on stabilizer.

The Performance Series 2.0 Stabilizer TS includes application specific mounting hardware and is available in multiple clamp sizes for stock or aftermarket heavy duty tie-rods.

Part Number
985-02-129
Features

• Through Shaft Stabilizer, Performance Tuned For Vehicle Specific Application, Aluminum Body Dissipates Heat Faster Than Steel, Eliminates fluid displacement, delivering neutral and consistent damping of unwanted steering feedback, IFP Separates Oil From High-Pressure Nitrogen Gas, Black Anodized CNC Machined Aluminum Components
• Series Performance
• Travel 8.1
• Body 2.0 Inch impact extruded and CNC machined 6061-T6 clear anodized aluminum one-piece Body resists rust over time
• Body Plating Clear-anodized for a durable finish
• Components Black-anodized, CNC-machined 6061-T6 billet aluminum
• Shaft 5/8 Inch hard chrome plated heat treated alloy steel
• Piston Race-developed high-flow Piston design
• Valving Application specific Valving to maximize performance
• Seals Redundant sealing pack system main seal, wiper seal, scraper seal
• Extended Length 24.62
• Compressed Length 16.53
• Top Mount Eyelet
• Bottom Mount Tie Rod Clamp

The FOX FOX98502129 Performance Series 2.0 Stabilizer TS is a game-changer for 08-16 Ford F-250 and F-350 Super Duty trucks. Engineered to enhance steering control and provide a smoother driving experience, this innovative stabilizer features a Through Shaft (TS) design that eliminates troublesome fluid displacement. This unique architecture ensures that drivers enjoy neutral and consistent damping, regardless of steering direction, resulting in superior handling and reduced feedback from the road.

Constructed from lightweight 6061-T6 aluminum, the stabilizer’s body dissipates heat more efficiently than traditional steel models, promoting durability and longevity even under demanding conditions. The clear-anodized finish protects against rust, ensuring that it maintains its sleek appearance over time. The black-anodized, CNC-machined components further enhance resilience while adding a high-tech aesthetic to your ride.

With application-specific mounting hardware included, installation is simplified, making it easy for truck enthusiasts to upgrade without the need for additional modifications. Designed to work with both stock and aftermarket heavy-duty tie rods, the stabilizer offers versatility and reliability across a variety of setups.

The Performance Series 2.0 Stabilizer TS combines advanced engineering with performance-tuned valving, ensuring maximum effectiveness tailored specifically for your vehicle. It boasts a robust construction featuring a 5/8-inch hard chrome plated, heat-treated alloy steel shaft and a high-flow piston design, guaranteeing smooth operation in all conditions.

Incorporate the FOX FOX98502129 into your Super Duty truck and experience unparalleled steering performance and enhanced ride quality, perfect for both on-road and off-road adventures. Transform your driving experience with this cutting-edge stabilizer, setting a new standard for stability and control.