90 Degree Reducer Elbow 3.25in I.D. x 3in I.D.

The 90 Degree Reducer Elbow 3.25in I.D. x 3in I.D. is an essential intake and exhaust ducting component for serious engine builders and performance enthusiasts modifying turbocharged or supercharged powerplants. This precision-engineered reducer elbow bridges two different-diameter hose connections at a 90-degree angle, making it indispensable for routing intercooler piping, boost lines, or custom air intake systems where space constraints and multiple tube sizes must be accommodated. Whether you're fabricating a custom cold-air intake, upgrading your turbo setup, or designing a complete engine bay reconfiguration, this versatile connector handles the transition smoothly without restricting airflow or creating turbulent dead zones.

The 90 Degree Reducer Elbow features a stepped internal bore that transitions from 3.25 inches inner diameter down to 3 inches, minimizing pressure loss while maintaining consistent flow characteristics across the size change. The 90-degree bend geometry distributes stress evenly throughout the component, reducing fatigue cracking common in cheaper elbows subjected to boost pressure cycling and thermal expansion. At just 1.25 pounds and measuring 12.99 x 3.5 x 16.93 inches, this reducer elbow is compact enough to fit tight engine bays while offering the structural integrity necessary for reliable performance driving and track use. The stepped design prevents the abrupt turbulence that creates hot spots and reduces efficiency in standard straight reducers.

This component is ideal for engine builders working with aftermarket turbo kits, V-mount or top-mount intercooler systems, and custom boost piping configurations where OEM components don't fit your planned modifications. Installation requires basic hose clamp securing at both the 3.25-inch and 3-inch ends—use quality silicone or aluminum-impregnated hose clamps rated for your boost pressure to prevent boost leaks and loss of performance gains. Mechanics and fabricators appreciate the precision-molded construction that eliminates the need for custom bending or welding, saving hours of labor on complex intake and exhaust builds.