QA1 5251 Heavy-Duty 5/8-18 x 4.9in Tie Rod Sleeve Kit (Pair)

Vehicle Fitment

• Fits most AMC & GM applications including 1967-69 Camaro, 1968-74 Nova, 1965-70 Impala and more

Features

• Manufactured from solid steel hex stock for maximum strength
• Zinc-plated finish for corrosion resistance and long life
• Heavy-duty tie rod sleeves designed to replace OEM split sleeves
• 5/8-18 thread specification matched to factory steering linkage
• 4.9-inch length provides increased thread engagement and improved durability
• Sold in pairs - both sides included for comprehensive upgrade
• Direct fit for classic GM B-Body, F-Body and other legacy chassis applications
• Ideal for street, performance and restoration use where steering precision matters

Specifications

• Part Number: 5251
• Thread Size: 5/8-18
• Sleeve Length: 4.9 in
• Material: Solid steel hex stock
• Finish: Zinc plated
• Package: Pair (2 sleeves)

Included Components

• 2x QA1 5251 Heavy-Duty Tie Rod Sleeves (one left, one right)

Product Description

The QA1 5251 Heavy-Duty Tie Rod Sleeve Kit is engineered to deliver a robust, reliable upgrade to the steering linkage of classic GM and AMC vehicles. Manufactured from solid hex steel and finished with corrosion-resistant zinc plating, the sleeves significantly improve over the weak OEM split designs and give longer life under load and vibration.

With a 5/8-18 thread and extended 4.9-inch length, the 5251 sleeves ensure strong engagement in the linkage and help maintain alignment settings under performance driving or repeated load cycles. This kit is especially well-suited for restoration projects, performance builds, or any scenario where steering precision, durability and dependable fitment count.

Because the kit fits legacy chassis such as 1967-69 Camaro, 1968-74 Nova and 1965-70 Impala (and more), it's important to verify your vehicle's linkage thread size, sleeve length and compatibility before installation. The QA1 5251 offers a straightforward upgrade path for classic GM steering systems seeking greater strength without major modification.