Ford Cleveland 3V Head Intake 9.2in Deck Height - 3D Scan (STL) [Item: MHI]

Contributor: Matthew Hillocks

The Ford Cleveland 9.2DH Intake Manifold is designed for small block Ford Cleveland engines with a 9.2-inch deck height, commonly used in high-performance street builds and classic V8 applications.

This listing provides a high-resolution 3D scan of the intake manifold, accurately capturing the external geometry, runner layout, flange interfaces, and critical mounting surfaces. The scan is well suited for engine bay packaging studies, custom induction development, adapter design, and reverse engineering workflows.

The overall geometry is represented with moderate surface detail, while gasket faces and mounting interfaces are clearly defined to support fitment validation and component integration.

Common Applications

• Custom intake or plenum development

• Throttle body and carburetor adapter design

• Engine bay clearance and packaging validation

• Aftermarket component development

• Reverse engineering and CAD reference

• 3D visualization and rendering projects

Scan Coverage

• External manifold geometry

• Runner and plenum exterior surfaces

• Cylinder head mounting flanges

• Carburetor / throttle mounting interface

• Bolt locations and mounting geometry

(Internal airflow surfaces and port interiors are not fully detailed.)

File Suitability

Ideal for CAD-based engine packaging, induction system development, and drivetrain integration workflows involving Ford small block Cleveland 9.2" deck height configurations.

Compatibility should be verified for specific builds and head variations prior to final application.

Disclaimer

We encourage you to download the sample file to assess scan format, surface representation, and software compatibility within your workflow. Different CAD and mesh-processing platforms may interpret scan data differently.

Please review the provided part images to evaluate file representation before purchase.

While care is taken during scanning to capture accurate geometry, critical dimensions should be verified against the physical component if tight tolerances or precision interfaces are required.

Reviewing both the sample file and part images will help ensure the scan meets your project requirements prior to purchase.