CPP FitRite Ball Joint & Tie Rod Guide For Classic Cars & Trucks

What Are CPP FitRite Ball Joints and Tie Rod Ends?

CPP FitRite ball joints and tie rod ends are modernized steering and suspension components designed for classic cars and trucks. Ball joints provide pivot points between the control arms and steering knuckles, while tie rod ends transfer steering movement through the steering linkage to help turn the wheels.

CPP FitRite components feature low-friction ball designs, improved dust-boot retention, and flanged lock nuts that provide greater thread engagement and a larger contact area than traditional castle nuts. They are designed to improve component fitment, steering response, smooth operation, and long-term reliability when rebuilding a factory front end or servicing a compatible CPP suspension or steering system.

Upgraded for Strength, Smooth Operation, and Longer Service Life

CPP is continuing to modernize its ball joint and tie rod end product line. The updated components are designed to improve strength, provide smooth movement, and help protect critical steering and suspension connections from premature wear.

Low-Friction Ball Design: The internal ball design provides smooth, low-friction movement for consistent steering response and dependable suspension operation.

Improved Dust-Boot Retention: Depending on the application, updated components feature either a press-fit or wire-retained dust boot. These designs help keep the boot securely positioned while reducing the chance of dirt, moisture, and road debris entering the joint.

Flanged Lock Nut: The traditional castle nut and cotter key have been replaced with a modern flanged lock nut on updated applications. The new nut provides nearly twice the thread engagement along with a larger contact area.

Improved Component Compatibility: The modernized design offers improved fitment across different spindle and center-link brands, making it a dependable option for factory replacements, restorations, and performance upgrades.

Flanged Lock Nut vs. Castle Nut and Cotter Key

Feature	Traditional Castle Nut	CPP Flanged Lock Nut
Thread Engagement	Limited thread contact	Nearly twice the thread engagement
Contact Area	Smaller nut contact surface	Larger flanged contact area
Locking Method	Cotter key through the ball-joint stud	Integrated locking nut
Installation	Cotter-key hole must align correctly	No cotter key required
Fitment	May vary between component brands	Designed for improved spindle and center-link fitment
Design	Traditional service design	Modernized CPP design

The increased thread engagement helps the nut make greater contact with the ball-joint or tie-rod stud. The larger flange also distributes the clamping load across a wider surface.

Installation note: Some applications include an internal hex in the stud to help prevent it from turning while the lock nut is tightened. An Allen wrench is not included.

Ball Joint and Tie Rod End Applications

Part Number	Product Name	Short Description
BJ-10157	Upper Ball Joint, 1955-70 Chevy Full Size	1955-70 Chevy Full Size Upper Ball Joint, Flanged Lock Nut Design
CPP407	Lower Ball Joint, 1962-67 Nova, Chevy II	1962-67 Nova, Chevy II Lower Ball Joint, Sealed Boot, Flanged Lock Nut Design
ES2128	Outer Tie Rod End, Mustang II, 9/16-18 RH	Mustang II Outer Tie Rod End, 9/16-18 RH Thread, 5.00 in Length, Flanged Lock Nut Design
ES2150R	Outer Tie Rod End, Mustang II, 9/16-18 RH	Mustang II Outer Tie Rod End, 9/16-18 RH Thread, 5.75 in Length, Flanged Lock Nut Design
ES234L	Outer Tie Rod End, 1955-57 Chevy Full Size, 5/8-18 LH	1955-57 Chevy Full Size Outer Tie Rod End, 5/8-18 LH Thread, Flanged Lock Nut Design
ES323L	Outer Tie Rod End, 1958-64 Chevy Full Size, 1960-64 C10, 1963-67 Corvette, 5/8-18 LH	1958-64 Chevy Full Size, 1960-64 C10, 1963-67 Corvette Outer Tie Rod End, 5/8-18 LH Thread, Flanged Lock Nut Design
ES350L	Outer Tie Rod End, 1965-70 C10, 1965-68 Chevy Full Size, 5/8-18 LH	1965-70 C10, 1965-68 Chevy Full Size Outer Tie Rod End, 5/8-18 LH Thread, Flanged Lock Nut Design
ES358L	Outer Tie Rod End, 1965-70 C20/C30, 11/16-18 RH	1965-70 C20/C30 Outer Tie Rod End, 11/16-18 RH Thread, Flanged Lock Nut Design
ES370R	Inner Tie Rod End, 1965-70 C10, G10, P10, 1965-68 Chevy Full Size, 5/8-18 RH	1965-70 C10, G10, P10, 1965-68 Chevy Full Size Inner Tie Rod End, 5/8-18 RH Thread, Flanged Lock Nut Design
ES406L	Inner Tie Rod End, 1971-72 GM A-Body, 11/16-18 LH	1971-72 GM A-Body Inner Tie Rod End, 11/16-18 LH Thread, Flanged Lock Nut Design
ES406R	Outer Tie Rod End, 1971-72 GM A-Body, 11/16-18 RH	1971-72 GM A-Body Outer Tie Rod End, 11/16-18 RH Thread, Flanged Lock Nut Design
ES409L	Inner Tie Rod End, 1973-87 Chevy Truck, 11/16-18 LH	1973-87 Chevy Truck Inner Tie Rod End, 11/16-18 LH Thread, Flanged Lock Nut Design
ES409R	Outer Tie Rod End, 1973-87 Chevy Truck, 11/16-18 RH	1973-87 Chevy Truck Outer Tie Rod End, 11/16-18 RH Thread, Flanged Lock Nut Design
ES416L	Inner Tie Rod End, 1947-59 Chevy Truck, 1948-64 Ford Truck, 11/16-18 LH	1947-59 Chevy Truck, 1948-64 Ford Truck Inner Tie Rod End, 11/16-18 LH Thread, Flanged Lock Nut Design
ES416R	Outer Tie Rod End, 1947-59 Chevy Truck, 1948-64 Ford Truck, 11/16-18 RH	1947-59 Chevy Truck, 1948-64 Ford Truck Outer Tie Rod End, 11/16-18 RH Thread, Flanged Lock Nut Design
ES429R	Outer Tie Rod End, Mustang II, 9/16-18 RH	Mustang II Outer Tie Rod End, 9/16-18 RH Thread, 3.42 in Length, Flanged Lock Nut Design
ES577	Inner Tie Rod End, 1955-57 Chevy Full Size, 11/16-18 RH	1955-57 Chevy Full Size Inner Tie Rod End, 11/16-18 RH Thread, Flanged Lock Nut Design
FA1014	Lower Ball Joint, 1971-87 C10	1971-87 C10 Lower Ball Joint, Flanged Lock Nut Design
FA219	Lower Ball Joint, 1955-57 Chevy Full Size	1955-57 Chevy Full Size Lower Ball Joint, Flanged Lock Nut Design
FA418G	Upper Ball Joint, 1965-69 Ford Mustang, 1963-69 Ford Falcon, 4 Bolt	1965-69 Ford Mustang, 1963-69 Ford Falcon Upper Ball Joint, 4 Bolt, Flanged Lock Nut Design
FA420	Lower Ball Joint, 1962-76 Mopar A-Body, 1965-72 Mopar B-Body, 1970-72 Mopar E-Body, Disc Brake, RH	1962-76 Mopar A-Body, 1965-72 Mopar B-Body, 1970-72 Mopar E-Body Lower Ball Joint, Disc Brake, RH, Flanged Lock Nut Design
FA421	Lower Ball Joint, 1962-76 Mopar A-Body, 1965-72 Mopar B-Body, 1970-72 Mopar E-Body, Disc Brake, LH	1962-76 Mopar A-Body, 1965-72 Mopar B-Body, 1970-72 Mopar E-Body Lower Ball Joint, Disc Brake, LH, Flanged Lock Nut Design
FA443	Idler Arm, 1964, 1968-72 GM A-Body, 13/16	1964, 1968-72 GM A-Body Idler Arm, 13/16
FA481	Lower Ball Joint, 1963-70 C10	1963-70 C10 Lower Ball Joint, Flanged Lock Nut Design
FA570	Idler Arm, 1967-70 Ford Mustang, Manual Steering	1967-70 Ford Mustang Idler Arm, Manual Steering
FA619	FitRite Idler Arm, Flange Style, 1967-82 C10	1967-82 C10 FitRite Idler Arm, Flange Style
FA6292	Upper Ball Joint, 1988-98 C1500, 1995-00 Tahoe	1988-98 C1500, 1995-00 Tahoe Upper Ball Joint, Flanged Lock Nut Design
FA6445	Lower Ball Joint, 1988-98 C1500, 1995-00 Tahoe	1988-98 C1500, 1995-00 Tahoe Lower Ball Joint, Flanged Lock Nut Design
FA681	Upper Ball Joint, 1971-86 C20/C30	1971-86 C20/C30 Upper Ball Joint, Flanged Lock Nut Design
FA683	Upper Ball Joint, 1971-72 C10	1971-72 C10 Upper Ball Joint, Flanged Lock Nut Design
FA688	Upper Ball Joint, 1970-81 Camaro, 1978-88 GM G-Body, 1971-96 GM B-Body	1970-81 Camaro, 1978-88 GM G-Body, 1971-96 GM B-Body Upper Ball Joint, Flanged Lock Nut Design
FA903	Upper Ball Joint, 1973-87 C10	1973-87 C10 Upper Ball Joint, Flanged Lock Nut Design
FA921	Lower Ball Joint, 1970-02 F-Body, 1978-88 GM G-Body, 1971-96 GM B-Body	1970-02 F-Body, 1978-88 GM G-Body, 1971-96 GM B-Body Lower Ball Joint, Flanged Lock Nut Design
FA997	Lower Ball Joint, 1971-86 C20/C30	1971-86 C20/C30 Lower Ball Joint, Flanged Lock Nut Design

Popular Vehicle Applications

Chevy Full-Size Cars:

Updated upper and lower ball joints and outer tie rod ends are available for several 1955-70 Chevrolet full-size applications. These components are ideal for restoring worn steering and suspension connections while incorporating CPP’s modernized hardware.

Chevy II and Nova:

CPP406 and CPP407 upper and lower ball joints are designed for 1962-67 Chevy II and Nova applications. These components can be used when rebuilding the original suspension or servicing compatible CPP suspension systems.

Chevy C10 Trucks:

Applications are available for both 1963-70 and 1971-87 Chevy 1/2-ton trucks. The product selection includes upper and lower ball joints along with inner and outer tie rod ends.

Camaro and GM Muscle Cars:

CPP offers updated components for GM A-Body, F-Body, and X-Body applications, including first-generation Camaro, second-generation Camaro, Chevelle, Nova, and other popular GM platforms.

Mopar Applications:

Left- and right-hand lower ball joints are available for select Mopar A-Body, B-Body, and E-Body vehicles equipped with disc brakes.

Mustang II and Ford Granada:

Updated tie rod ends and ball joints are available for Mustang II, Ford Granada, and Mustang II-based independent front suspension systems.

Choosing the Correct CPP Component

Before ordering, confirm the complete vehicle and suspension configuration. Parts that appear similar may use different stud tapers, mounting styles, thread sizes, or left- and right-hand orientations.

Verify: Vehicle year, make, and model; Begin with the exact application and production year.

Component location: Determine whether the vehicle requires an upper or lower ball joint, or an inner or outer tie rod.

Left or right hand position: Certain applications, especially Mopar ball joints, use different components on each side.

Spindle and steering configuration: Confirm whether the vehicle uses factory spindles, aftermarket spindles, manual steering, power steering, or a complete CPP conversion.

Existing CPP kit information: When servicing an installed CPP suspension or steering kit, locate the original kit or component part number whenever possible.

Frequently Asked Questions

What is different about CPP’s updated ball joints and tie rod ends?

The updated components feature a low-friction ball design, improved dust-boot retention, and a modern flanged lock nut. These changes are intended to improve strength, smooth operation, contamination protection, and service life.

Why did CPP replace the castle nut and cotter key?

The flanged lock nut provides nearly twice the thread engagement and a larger contact area. It also eliminates the need to align a castle nut with a cotter-key hole.

Will the updated parts work with aftermarket spindles and center links?

CPP designed the updated hardware to provide improved fitment across different spindle and center-link brands. Vehicle application, stud taper, and component compatibility should still be verified before ordering.

Are these the same components used in complete CPP kits?

The modernized design is used in CPP Totally Tubular suspension systems, steering linkage kits, front-end rebuilding kits, and individual replacement components.

Does every updated component use the same dust boot?

No. Depending on the design and application, the boot may be press-fit or wire-retained. Both methods are intended to keep the boot securely positioned and help prevent contamination.

How do I know which tie rod end I need?

Confirm the vehicle application and determine whether the part is an inner or outer tie rod. Some applications may also require a specific left- or right-hand component.

Is an Allen wrench included?

No. Some applications have an internal hex that can be held with an Allen wrench during installation, but the wrench is not included.

When Should Ball Joints and Tie Rod Ends Be Replaced?

Ball joints and tie rod ends are critical steering and suspension wear components. Replacing worn components can help restore steering accuracy, improve alignment stability, and provide a more confident driving experience.

Inspection or replacement may be necessary when a vehicle exhibits:

Loose or inconsistent steering
Wandering or difficulty holding a straight line
Uneven front-tire wear
Clunking from the front suspension
Excessive movement in a ball joint or tie rod
Torn, missing, or deteriorated dust boots
Corrosion or contamination around the joint
Difficulty maintaining proper wheel alignment

When you are building, restoring, or upgrading a classic car or truck, choosing the right parts can make all the difference. From brakes and suspension to steering, fuel systems, and specialty tools, every project has its own goals, challenges, and fitment needs. That is where CPP Tech Support comes in.

Before you order, CPP’s experienced tech team can help you choose the right kits, components, and tools for your specific project. Whether you are upgrading to disc brakes, improving steering response, dialing in suspension, converting to power steering, or replacing worn-out components, CPP can help guide you toward the correct parts for your vehicle.

Not sure which components fits your project?

Need help choosing a booster, master cylinder, proportioning valve, steering box, control arms, coilovers, or install tools? CPP Tech Support can help take the guesswork out of the process. The goal is simple: help you get the parts that fit, work together, and match the way you want to build and drive your vehicle.

CPP can also help customers choose the right tools to complete the job.

From brake line flaring tools and bleeder kits to suspension, steering, fabrication, and measuring tools, the right equipment can make your installation cleaner, easier, and more accurate. Whether you are working in a home garage or a professional shop, CPP can help point you toward the tools that make sense for your project.

CPP support does not stop after the sale.

Once your parts arrive, CPP’s tech team is also available to help with installation questions. If you need help understanding how a kit goes together, how components are designed to fit, or what steps to follow during installation, CPP can help you work through the process. From brake conversions and steering upgrades to suspension installs and setup questions, CPP’s after-sale tech support is there to help customers install CPP products with more confidence.

CPP’s Success Center gives customers a place to connect with the tech team by phone or email for support and product guidance. Every classic build is different, but you do not have to figure it out alone.

For help with your next project, visit the CPP Success Center, or contact CPP Tech Support, and make sure your ride is CPP equipped.