90 Deg Aluminum Elbow 3in OD x 2-1/2in Long

The 90 Deg Aluminum Elbow 3in OD x 2-1/2in Long from VIBRANT PERFORMANCE is a precision exhaust and intake manifold component engineered for high-performance automotive and small engine applications where precise directional flow control is critical. This elbow fitting serves as a directional coupling in tuning systems where smooth airflow transitions and minimal turbulence directly impact engine efficiency and thermal management. Whether you're building a custom exhaust stack, routing intake manifold plumbing, or integrating auxiliary cooling systems, this aluminum elbow provides the durability and precision fit that professional mechanics and performance enthusiasts demand.

Constructed from lightweight aluminum alloy, the 90 Deg Aluminum Elbow features a 3-inch outer diameter (OD) primary port with a 2.5-inch length, delivering a compact yet structurally sound elbow joint that withstands sustained pressure and thermal cycling in demanding engine environments. The 90-degree geometry ensures optimal flow dynamics by reducing turbulence and pressure drop compared to sharp bends, while aluminum construction provides superior heat dissipation and corrosion resistance relative to steel alternatives. The precision-machined bore and smooth internal radius minimize dead zones and flow separation, supporting consistent velocity across the transition—a critical factor in forced-induction and high-RPM applications where every micron of efficiency compounds horsepower and reliability.

This elbow is ideal for fabricators, engine builders, and turbocharged system designers who prioritize OEM-grade fit and finish in custom intake and exhaust manifold assemblies. Installation pairs seamlessly with standard hose clamps, V-band couplings, or welded flange mounts, making integration straightforward across a wide range of displacement and boost configurations. Vibrant Performance's reputation for quality ensures consistent bore sizing and wall thickness, eliminating fitment surprises and supporting leak-free performance in both street and competition builds.