Thanksgiving Deal Johnny Joint Rod End, 2 1/2 In., Weld-on, 2.590 In. X .718 In. Ball, Externally Greased Instant 45% Discount [c5OZQA6C]

Superior Johnny Joint Rod End

Introducing the Johnny Joint Rod End from RockJock, the ultimate choice for fabricators and suspension system builders. This high-performance rod end offers unparalleled movement, providing 30 degrees of unrestricted movement in any direction, a significant improvement over the standard 22 degrees offered by common heim joints. Its cushioning capability is unmatched, thanks to high-density urethane bushings encasing the inner ball, which provide cushioning that a heim joint simply cannot match.

• 30 degrees of movement in any direction
• High-density urethane bushings for superior cushioning

Robust and Durable Design

The Johnny Joint Rod End is built to last. The heat-treated center balls are cross-drilled for thru-bolt lubrication, ensuring smooth and continuous operation. The joint internals are securely retained with two heavy-duty, heat-treated side washers and a snap ring, guaranteeing durability under intense use. The outer shell is made from weldable .180 in. wall machined DOM tubing, providing a robust and reliable foundation. Additionally, it features a zerk fitting for easy greasing, ensuring long-lasting performance.

• Heat-treated center balls for smooth operation
• Heavy-duty side washers and snap ring for secure retention

Practical Applications and Benefits

Whether you are a professional fabricator or a suspension system builder, the Johnny Joint Rod End is the perfect addition to your toolkit. Its versatile design and exceptional performance make it ideal for a wide range of applications, from off-road vehicles to custom builds. By offering superior movement and cushioning, it can help improve suspension response and overall performance. With its robust construction and easy maintenance, the Johnny Joint Rod End is the go-to choice for those who demand the best.

• Perfect for suspension system builders and fabricators
• Improves suspension response and performance