2.75in O.D. Aluminum 30 Degree Bend - Polished

The 2.75in O.D. Aluminum 30 Degree Bend - Polished from Vibrant Performance is a precision mandrel-bent exhaust or intake tubing component engineered for custom fabrication, engine bay routing, and high-performance system builds. This bend is designed for builders and technicians who require repeatable, consistent tubing geometry without kinks, creasing, or wall collapse. Whether routing around engine compartment obstacles or creating clean intake manifold transitions, this aluminum bend delivers the structural integrity and aesthetic finish demanded by professional and enthusiast builders alike.

Constructed from mandrel-bent aluminum stock with 1.5mm wall thickness, the 2.75in O.D. Aluminum 30 Degree Bend maintains uniform inner and outer diameters throughout the 4.25-inch bend radius, eliminating turbulence-inducing deformation common in cheaper hydraulic or hot-bent alternatives. The polished finish not only enhances visual appeal but also resists oxidation and corrosion, making it ideal for both internal and external engine bay applications. With 6-inch legs on each side of the 30-degree angle, this bend provides generous straight sections for welding, clamping, or bolting into larger systems while the 1.05 lb weight minimizes parasitic load on engine and suspension components.

This component is ideal for custom exhaust system fabrication, intake manifold design, and intercooler piping on turbocharged and naturally aspirated engines across automotive, marine, and small-engine platforms. The 2.75-inch outer diameter is compatible with standard 2.5-inch internal diameter tubing—common in mid-displacement performance builds—and the aluminum construction ensures excellent thermal properties and ease of TIG welding. Installation requires basic tube-joining skills; the polished surface finish accepts welding, brazing, or mechanical fastening without surface preparation. Verify your system's inner diameter and routing clearances before ordering to ensure seamless integration.