SPC Performance Universal

Universal 1-29/32in. Ball Joint Socket for Mopar Vehicles

Part #: 68880

Overview

The SPC Performance 1-29/32in. Ball Joint Socket is a specialized tool designed to simplify the installation and removal of screw-in ball joints on light trucks, SUVs, and vans. Crafted with durability and precision in mind, this socket is an essential addition to any suspension repair or upgrade toolkit. Whether you're a professional mechanic or a dedicated enthusiast, this socket helps ensure a secure fit and proper installation of your ball joints, supporting vehicle safety and performance.

Built to accommodate Mopar ball joints with a 1.906-inch diameter opening, this socket offers a reliable solution for working on a variety of Chrysler, Dodge, Plymouth, and other compatible models. Its universal design makes it versatile for multiple applications, streamlining your repair process and reducing the risk of damaging delicate components during installation or removal.

Key Features

SPC Performance has engineered this ball joint socket with the professional in mind, incorporating several key features that enhance usability and longevity:

• Constructed from high-quality steel for exceptional strength and durability, ensuring long-lasting performance under demanding conditions.
• Features a 3/4-inch square drive, compatible with most standard ratchets and impact tools, providing ample torque for efficient operation.
• Designed with a 4-point configuration that offers a secure grip on the ball joint socket, minimizing slippage during use.
• Shallow spline socket head allows for easy engagement with the ball joint, facilitating quick and precise installation or removal.
• Precisely machined to fit Mopar ball joints with a 1.906-inch diameter opening, ensuring a snug and accurate fit.
• Universal application makes it suitable for a wide range of light trucks, SUVs, and vans, saving time and effort on multiple vehicle types.
• Intended for use with screw-in ball joints, providing a safe and efficient method for servicing suspension components.

Construction & Design

This socket is crafted from premium-grade steel, offering excellent strength and resistance to wear and deformation. Its design features a shallow spline socket head that allows for easy engagement with the ball joint, reducing the risk of slipping or damaging the joint during installation or removal. The 4-point design ensures a firm grip, providing stability and control while applying torque. The 3/4-inch square drive is compatible with a wide array of ratchets and impact wrenches, making it a versatile tool for both professional workshops and home garages.

Performance & Use

Designed specifically for working with Mopar screw-in ball joints, this socket simplifies the process of replacing or servicing suspension components. Its robust construction ensures reliable performance under high torque conditions, helping you complete repairs efficiently and safely. The socket's precise fit reduces the risk of damaging the ball joint or surrounding components, promoting long-term vehicle reliability.

Installation & Fitment

This ball joint socket is a bolt-on tool that requires no special modifications or adjustments. Simply attach it to your ratchet or impact wrench, align it with the ball joint, and apply torque to install or remove the joint. Its universal design makes it compatible with a variety of light trucks, SUVs, and vans equipped with Mopar screw-in ball joints with a 1.906-inch opening. No cutting, drilling, or additional tools are necessary, making your suspension service straightforward and efficient.

What's Included

• 1x SPC Performance 1-29/32in. Ball Joint Socket

Ideal For

• Professional mechanics performing suspension repairs on Mopar vehicles
• DIY enthusiasts working on light trucks, SUVs, and vans
• Anyone needing a reliable tool for installing or removing screw-in ball joints

Emissions Note

This product is a specialized tool and does not impact vehicle emissions or legality. It is intended solely for maintenance and repair purposes.