Steel Axle Tube 5x5 2.5in Pin 32in

The ALLSTAR PERFORMANCE Steel Axle Tube 5x5 2.5in Pin 32in (ALL 68260) is a heavy-duty axle housing tube engineered for high-performance drag racing, circle track, and custom motorsports applications. This 32-inch steel tube is designed to accommodate 2.5-inch pin configurations compatible with industry-standard rear end assemblies from manufacturers including AFCO, SCP, and Winters, making it a trusted choice for builders seeking reliable axle structure without compromise.

The tube features a 3-inch outer diameter with a 2.625-inch inner diameter, providing substantial wall thickness that resists flex and deformation under extreme acceleration loads. At 17.9 pounds, the tube delivers the strength needed for competitive environments while maintaining practical weight for overall vehicle balance. The 5x5 pin mounting pattern ensures seamless integration with common rear-end housings, eliminating fitment complications during assembly. Steel construction in natural finish allows for custom welding, painting, or coating to match your specific build requirements and corrosion-prevention strategy.

This axle tube is specified for serious racers and custom builders who demand verified component quality and dimensional consistency. Whether building a competition straight-line car, track-focused hot rod, or street performance vehicle with upgraded rear suspension geometry, this tube provides the foundation for reliable power transfer. The compatibility with AFCO, SCP, and Winters platforms—industry standards in both professional racing and high-end street builds—ensures access to matching rear-end components and expert support from established suppliers.

Axle tube selection directly impacts vehicle handling stability, suspension geometry accuracy, and the longevity of drivetrain components under load. Natural steel finish requires protective coating before installation to prevent corrosion, particularly in humid or salt-air environments. Each tube is sold individually, allowing builders to source matched pairs or configure asymmetric setups for specific track conditions or vehicle architecture.