9in Screw IN B/J Tube Section Only

The JOES Racing Products 9-inch Screw-In Ball Joint Tube Section is a precision-engineered upper control arm component built for high-performance off-road and racing applications. This tubular bearing-style tube section delivers the rigid geometry and durability required in demanding suspension setups where precise articulation and load transfer are non-negotiable. The 9-inch length with 10-degree geometry is engineered to maintain correct suspension angles under extreme travel and lateral loading conditions typical of rock crawling, desert racing, and off-road competition.

Manufactured from steel with a black powder-coat finish, this tube section resists corrosion and UV degradation during extended field use. The screw-in ball joint design allows for simplified maintenance and component replacement without full suspension disassembly, reducing downtime between events or trail sessions. At 2 lbs and compact in form factor, it integrates seamlessly into custom and factory suspension architectures. The bearing-style ball joint accommodates the articulation and load vectors encountered in extreme terrain while maintaining repeatability across multiple suspension cycles—critical for both consistency and longevity in high-angle off-road work.

This component is specified by off-road fabricators, competition teams, and serious enthusiasts building or upgrading independent front suspension systems. Whether you're developing a custom chassis for ultra4 competition, upgrading a rock crawler, or tuning a desert truck, the correct control arm geometry directly impacts steering feel, tire contact patch, and suspension travel capacity. JOES Racing Products are recognized within the off-road industry for manufacturing standards and geometric precision that match or exceed factory OEM specifications.

The tube-section-only configuration allows builders to source ball joints, bushings, and other interfaces independently, enabling customization for specific frame geometry and load requirements. This modular approach is standard in custom suspension fabrication where every angle and interface dimension matters for proper ride height, bump steer control, and caster/camber accuracy.