3/4 Aluminum Hex Tube 29in

The 3/4 Aluminum Hex Tube 29in from ALLSTAR PERFORMANCE is a precision suspension component engineered for fabricators, suspension builders, and performance mechanics who demand repeatable geometry and lightweight structural integrity. This aluminum hex tube serves as a critical load-bearing element in custom suspension assemblies, control arm builds, and frame reinforcement applications where both strength-to-weight ratio and dimensional accuracy are non-negotiable. Whether you're designing a competition chassis, restoring a classic with modern geometry, or fabricating a multi-link setup, this tube delivers the rigidity required without unnecessary mass penalty.

Manufactured from high-strength aluminum alloy and finished in black anodized coating, the 3/4 Aluminum Hex Tube features a 1.125-inch hex profile that resists torsional flex while maintaining predictable stress distribution across fabricated joints. The 29-inch length accommodates full-width or independent suspension layouts, and the 3/4-16 female threads on both ends enable clean, repeatable bolt-on assembly without requiring secondary machining. The anodized finish protects against corrosion and oxidation, critical for longevity in underbody environments and ensures consistent appearance across multi-tube assemblies. At 2.01 pounds, this component minimizes unsprung and total vehicle weight—a fundamental advantage in acceleration, braking response, and handling performance.

Ideal for tube frame fabrication, A-arm assembly, and panhard rod construction, the 3/4 Aluminum Hex Tube integrates seamlessly into control arm kits and independent suspension systems across street rods, race vehicles, and off-road platforms. The standardized 3/4-16 female thread pattern ensures compatibility with ALLSTAR PERFORMANCE fastener systems and aftermarket spherical rod ends, eliminating fitment guesswork during assembly. Professional suspension builders specify this tube for its dimensional consistency, machinability, and proven track record in competitive racing environments where suspension compliance directly influences lap time and driver confidence.