80 Degree Elbow 3in Short

The 80 Degree Elbow 3in Short from Schoenfeld is a precision mandrel-bent exhaust component engineered for custom engine builders and hot rod fabricators who demand clean, efficient exhaust flow routing. This short-radius elbow serves as a critical transition fitting in header-to-pipe or mid-pipe configurations, allowing tight packaging in engine bays where space constraints require aggressive bend angles without sacrificing scavenging efficiency. Whether you're building a street rod, race engine, or custom fabrication project, this component eliminates the need for costly custom bending and ensures repeatable, professional results.

Constructed from 18-gauge steel with a mandrel-bent design, the 80 Degree Elbow 3in Short maintains structural integrity while preserving internal diameter consistency throughout the bend radius. The 5-inch radius bend is optimized to minimize turbulence and flow separation, critical factors for maximizing horsepower and exhaust scoavenging in high-performance applications. Mandrel construction—as opposed to crush-bent alternatives—prevents wall collapse on the inside radius, ensuring consistent exhaust gas velocity and reducing back pressure that would otherwise rob engine performance. The 3-inch diameter accommodates modern header outlets and mid-pipe applications across a broad range of engine sizes and configurations.

This elbow is ideal for fabricators welding custom exhaust systems, restoration specialists adapting modern engines into classic vehicles, and performance shops building competition-grade powerplants. The compact 80-degree geometry allows routing around transmission housings, fuel lines, and chassis components while the short overall length (10.8 inches) fits tight engine compartments without requiring multiple bends. Weighing just 1.16 pounds, it integrates seamlessly into systems ranging from small-block V8s to big-block applications. Pair this component with quality TIG welding and proper exhaust design principles for maximum durability and performance gains.