Intake Manifold - 3V 225cc Cleveland 9.2

The Intake Manifold 3V 225cc Cleveland 9.2 from Cylinder Head Innovations is a precision aluminum intake manifold engineered for high-performance Cleveland engine builds. This manifold is designed for engines featuring 3-valve cylinder head architecture with a 225cc displacement specification and 9.200-inch deck height, making it an essential component for builders targeting maximum airflow efficiency and horsepower optimization in street, bracket racing, and competition applications.

Constructed from aluminum in natural finish, this intake manifold delivers the flow characteristics required for square-bore applications common in modified Cleveland engine packages. The 9.2-inch deck height specification ensures precise compatibility with your specific cylinder head geometry, a critical factor for optimal sealing, port alignment, and combustion efficiency. The aluminum construction provides weight savings compared to cast-iron alternatives while maintaining the thermal stability needed for sustained high-RPM operation. Weighing 22.2 pounds, this manifold integrates into engine bays without excessive added mass.

This intake manifold is engineered for Ford Cleveland and modified Cleveland engine platforms where builders demand precision fitment and verified flow dynamics. Whether you're assembling a competition engine, restoring a vintage performance vehicle, or developing a street engine with serious output targets, this component provides the foundation needed for reliable air delivery at the intake valve. The specific 3V 225cc configuration addresses builders who have selected this displacement and valve package as their performance baseline.

Cleveland engine platforms remain popular in circle-track racing, bracket racing, and street performance builds due to their responsive power band and proven reliability. Matching the intake manifold's specification to your cylinder head and displacement is non-negotiable for achieving the flow rates and scavenging characteristics your engine development depends on.