2In O.D. 90 Degree Tight Radius Aluminum Elbow

The 2In O.D. 90 Degree Tight Radius Aluminum Elbow from Vibrant Performance is a precision intake and exhaust piping component designed for custom automotive applications where space constraints and airflow efficiency are critical. Whether you're building a high-performance engine bay, constructing a custom intake manifold, or routing exhaust tubing in tight underhood situations, this aluminum elbow delivers the directional change you need without sacrificing flow characteristics. Mechanics and fabricators trust Vibrant Performance components for their consistent quality and reliable performance across street, track, and competition builds.

Constructed from lightweight aluminum, the 2In O.D. 90 Degree Tight Radius Aluminum Elbow features a tight radius bend that minimizes turbulence and maintains smooth flow transition compared to standard large-radius elbows. The 2-inch outer diameter accommodates common intake and exhaust tubing sizes used in modern performance engine modifications. The tight radius design allows integration into compact engine bays where conventional 90-degree elbows would create packaging conflicts, making it ideal for supercharger and turbocharger intercooler piping, custom intake runners, and exhaust manifold extensions. Aluminum construction provides corrosion resistance while keeping overall system weight minimal—a crucial consideration in dedicated performance vehicles where every pound impacts acceleration and handling.

This component benefits fabricators, engine builders, and DIY enthusiasts tackling custom intake or exhaust routing on turbocharged, supercharged, or naturally aspirated platforms. The tight radius design pairs seamlessly with Vibrant Performance hose, clamps, and coupling kits for a complete bolt-together system. Installation requires standard hose clamps or welding, depending on application—verify tube thickness and connection method before ordering. At 0.26 lbs, the minimal weight footprint makes this elbow suitable for weight-critical builds without compromising durability or thermal stability in high-heat exhaust environments.