✨ New Arrivals Just Dropped!Explore

2017-2026 Powerstroke Fox Dual Steering Stabilizer (BDS2001FS)
Description
Fits
| Year | Make | Model |
| 2017-2026 | Ford | F-450/F-550 w/ 6.7L Powerstroke |
| 2020-2025 | Ford | F-600 w/ 6.7L Powerstroke (4x4) |
Installing larger tires can exert additional force on your truck's suspension, but steering stabilizer shocks can effectively reduce bump steer and steering wheel feedback and are easily bolted on, thus, extending the lifespan of your factory steering components.
Part Number: BDS2001FS
Features
- Enhance vehicle control with reduced steering shimmy and bump steer
- Improve tire wear and front-end component life
- Lessen side-to-side motion caused by wide tires and road conditions
- Heavy-duty gusseted mounting brackets
- 2-inch Impact extruded and CNC machined 6061-T6 clear anodized aluminum one-piece body resists rust over time
- 5/8-inch hard chrome plated heat-treated alloy steel shaft
- Race-developed high-flow piston design
$211.44
Original: $604.12
-65%2017-2026 Powerstroke Fox Dual Steering Stabilizer (BDS2001FS)—
$604.12
$211.44Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Description
Fits
| Year | Make | Model |
| 2017-2026 | Ford | F-450/F-550 w/ 6.7L Powerstroke |
| 2020-2025 | Ford | F-600 w/ 6.7L Powerstroke (4x4) |
Installing larger tires can exert additional force on your truck's suspension, but steering stabilizer shocks can effectively reduce bump steer and steering wheel feedback and are easily bolted on, thus, extending the lifespan of your factory steering components.
Part Number: BDS2001FS
Features
- Enhance vehicle control with reduced steering shimmy and bump steer
- Improve tire wear and front-end component life
- Lessen side-to-side motion caused by wide tires and road conditions
- Heavy-duty gusseted mounting brackets
- 2-inch Impact extruded and CNC machined 6061-T6 clear anodized aluminum one-piece body resists rust over time
- 5/8-inch hard chrome plated heat-treated alloy steel shaft
- Race-developed high-flow piston design















