Expertly Crafted Fox | External Bypass | Factory Race | 3.0 Bypass Shocks | 883-09-141 - Us Warehouse [SJ4fxD3h]

FOX Factory Race Series 3.0 External Bypass Shocks

Introducing the ultimate suspension upgrade for your 17-ON Ford Raptor Rear with the FOX 883-09-141 3.0 Bypass Shocks. This Factory Race Series shock is designed to elevate your vehicle's performance to new heights, offering a perfect blend of ride quality and off-road capability. With its precision engineering and advanced technology, these shocks are tailored to meet the specific needs of your vehicle, ensuring optimal performance and durability.

Key Features and Specifications

The 883-09-141 FOX External Bypass Shocks come equipped with a host of features that make them stand out. Their durable zinc-plated seamless alloy body provides a robust construction, capable of withstanding the toughest conditions. The performance-tuned design ensures that these shocks are perfectly matched to your vehicle's specifications, offering a seamless driving experience. Key features include:

• External Bypass System: Enhances shock cooling and dissipates heat quickly for extended durability.
• Remote Cooler: Keeps your shocks cool, maintaining peak performance under intense conditions.

These shocks are part of the 3.0 Series, featuring quick-adjust bypass knobs for easy fine-tuning on the fly.

Practical Uses and Benefits

The FOX Factory Race Series 3.0 External Bypass Shocks are not just about looks; they are designed for practical use. With a piggyback reservoir system and a 0-1" lift capability, these shocks offer a comprehensive solution for both on-road and off-road applications. Whether you're tackling rugged terrain or cruising down the highway, these shocks deliver the stability and control you need. The shock's performance tuning for vehicle-specific applications ensures that you get the most out of your vehicle, with improved handling, comfort, and ride quality. Upgrade your Ford Raptor Rear today with the FOX 883-09-141 3.0 Bypass Shocks and experience the difference in quality and performance.