Fox 2.0 IFP Rear Shock for 2014-2015 Ram 2500 4WD 2-3.5" Lift | 985-24-202
The Fox 2.0 IFP Rear Shock is meticulously engineered to enhance the performance and comfort of your 2014-2015 Ram 2500 4WD, especially for vehicles equipped with a 2-3.5 inch lift. This shock absorber utilizes Internal Floating Piston (IFP) technology, allowing for consistent performance and an improved ride quality over various terrains. Designed to meet the demanding requirements of off-road enthusiasts and those who require superior on-road stability, the Fox 2.0 IFP offers unparalleled damping performance, ensuring a balanced response even in challenging conditions.
Constructed with a lightweight yet robust aluminum body, the shock provides significant resistance to corrosion and wear, extending the lifespan of the component. The smooth, race-inspired finish minimizes friction, enabling quicker response times and optimal handling characteristics. Additionally, the adjustable feature allows customization of the shock's performance level, giving drivers the ability to fine-tune their ride according to personal preferences and specific driving conditions.
Whether you're traversing rugged off-road trails or navigating urban environments, the Fox 2.0 IFP Rear Shock is designed to maximize traction and stability while minimizing body roll. This results in a controlled ride experience that ensures safety and comfort for both daily driving and extreme terrain outings.
FITMENT:
Compatible with 2014-2015 Ram 2500 4WD models equipped with a 2-3.5 inch lift, ensuring a perfect fit and optimal performance tailored for enhanced handling and ride quality.
Key Features & Benefits
- Internal Floating Piston (IFP) technology for superior consistency and performance.
- Lightweight aluminum body for improved durability and corrosion resistance.
- Race-inspired design for reduced friction and enhanced response time.
- Adjustability allows for personalized tuning based on driving conditions.
- Designed specifically for lifted 2014-2015 Ram 2500 4WD models, ensuring optimal fitment.
