8pc Front Upper Control Arm and Ball Joint Set for Ford Explorer

Upgrade your vehicle's suspension with the 8pc Front Upper Control Arm and Ball Joint set designed specifically for the Ford Explorer and Mercury Mountaineer models from 2006 to 2010. This comprehensive kit includes everything you need for a complete front-end overhaul, ensuring your vehicle handles like new.

The package features two Front Sway Bar End Links (K7275) and two Front Lower Ball Joints (K80771), providing essential components for improved stability and control. Additionally, you will receive one Front Upper Control Arm and Ball Joint for both the passenger side (K80722) and driver side (K80723), ensuring a perfect fit for your vehicle.

Included in this set are also two Front Outer Tie Rod Ends (ES80786), which are crucial for maintaining proper steering alignment. These parts are designed as OE replacements, compatible with various part numbers such as 6L2Z3084AA and 6L5Z3050AA, making them a versatile choice for your repair needs.

Each component in this kit has undergone rigorous impact, wear, and fatigue testing to ensure quality and durability. This means you can trust that your new suspension parts will withstand the rigors of daily driving and provide long-lasting performance.

Precision tolerances are a hallmark of this set, allowing for easy installation and steering alignment right out of the box. You won't have to worry about complicated adjustments or modifications; simply install the parts and enjoy a smoother ride.

Whether you're a DIY enthusiast or a professional mechanic, this 8pc Front Upper Control Arm and Ball Joint set is designed to meet your needs. It's suitable for both foreign and domestic nameplates, making it a versatile addition to your toolkit.

Don't compromise on safety and performance. Upgrade your Ford Explorer or Mercury Mountaineer with this high-quality suspension kit and experience the difference in handling and ride comfort. With all the necessary components included, you can restore your vehicle's suspension system to its optimal condition.