Limited Edition Rancho Rs77264 Front Rs7mt Shock Ford Excursion, F-250 Super Duty, F-350 Super Duty [limited Qty] [ZbMhuce3]

Rancho RS7MT Shock RS77264 for Ford Models

Introducing the Rancho RS7MT Shock RS77264, a high-performance shock absorber designed specifically for Ford Excursion, F-250 Super Duty, and F-350 Super Duty vehicles. This monotube shock absorber is engineered to deliver precision handling on both road and off-road terrains, making it an ideal upgrade for those seeking enhanced durability and control. With advanced features like deflective disc valving and a dirt wiper sealing system, the RS7MT Shock offers a smooth, controlled ride in challenging conditions.

Key Product Features and Specifications

Featuring a 14mm hardened chrome piston rod and a 2-inch monotube body filled with all-weather fluid, the RS7MT Shock ensures superior heat dissipation and durability. The high-pressure nitrogen gas maintains constant pressure against the hydraulic oil, reducing aeration and preventing shock fade. The integrated dirt wiper sealing system protects the shock from moisture, dirt, and debris, extending its lifespan. Specifications include a passive suspension, no adjustable damping, and a steel cylinder. The RS7MT Shock is designed for optimal performance in a variety of conditions, making it a reliable choice for both daily driving and off-road adventures.

Practical Applications and Benefits

Upgrade your Ford vehicle with the Rancho RS7MT Shock RS77264 to enjoy precision handling and smooth ride quality. Whether you're tackling rugged trails or navigating daily commutes, these shocks provide consistent damping performance and increased durability. The advanced features of the RS7MT Shock ensure a quieter, more comfortable ride, reducing noise, vibration, and harshness. This product is perfect for drivers who demand excellence in handling and ride comfort, offering a practical solution for enhancing the overall driving experience. Experience the benefits of the RS7MT Shock and elevate your Ford vehicle to new performance levels.