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Chevrolet 350ci Bare Block with Cylinder Heads - 3D Scan (STL) [Item: MHI]
Collaborator: Matthew Hillocks
This listing provides a high-resolution 3D scan of a Small Block Chevrolet 350ci engine assembly featuring the cylinder heads mounted to the block. The scan focuses on capturing the external geometry of the cylinder heads and their relationship to the engine block, making it ideal for intake and exhaust development, engine bay packaging, reverse engineering, and CAD-based engineering workflows.
The Chevrolet 350 cubic inch Small Block V8 is one of the most widely used and supported American V8 engines, found in countless road, race, and custom applications. This scan emphasizes the cylinder heads, preserving the important external casting geometry, port locations, valve cover rails, spark plug locations, and major mounting interfaces commonly referenced during engine development and fabrication.
Scan Compatibility
Compatible with Small Block Chevrolet 350ci engine applications (please verify your specific engine and cylinder head variant for your intended use).
Common Applications
Intake manifold development
Exhaust header and manifold development
Engine bay packaging and clearance studies
Reverse engineering for replacement or performance parts
Custom fabrication and engine swap projects
CAD reference and engineering workflows
3D visualization and simulation
File Suitability
Ideal for CAD reference, cylinder head development, packaging studies, reverse engineering, and vehicle engineering workflows.
Important Notes
This scan focuses primarily on the cylinder heads. The lower engine block is only partially represented and is not intended as a complete block scan.
No internal engine geometry is included.
Small raised knobs visible on the scan are scan markers used during the capture process. These can be safely ignored or removed during post-processing if desired.
Scan is not watertight or fully complete; some areas may require cleanup or surface reconstruction depending on your intended workflow.
External geometry only; internal ports, coolant passages, oil galleries, and combustion chamber geometry are not represented.
Collaborator Notes
Cylinder heads mounted to the block.
Scan emphasis is on the cylinder heads rather than the lower block.
Small protrusions visible on the scan are alignment markers used during the scanning process. These can be ignored and were intentionally placed in unobtrusive locations.
Disclaimer
We encourage you to download the sample file to assess scan format, output quality, and compatibility with your preferred software before purchase. Different CAD and mesh-processing packages may interpret scan data differently, so verifying compatibility with your workflow is recommended.
Please refer to the provided part images to evaluate scan quality, coverage, and overall representation.
While every effort is made during scanning to ensure accuracy, we recommend verifying critical dimensions against the physical component if your application requires tight tolerances or manufacturing-level precision.
Reviewing both the sample file and reference images will help ensure the scan meets your requirements prior to purchase.
Collaborator: Matthew Hillocks
This listing provides a high-resolution 3D scan of a Small Block Chevrolet 350ci engine assembly featuring the cylinder heads mounted to the block. The scan focuses on capturing the external geometry of the cylinder heads and their relationship to the engine block, making it ideal for intake and exhaust development, engine bay packaging, reverse engineering, and CAD-based engineering workflows.
The Chevrolet 350 cubic inch Small Block V8 is one of the most widely used and supported American V8 engines, found in countless road, race, and custom applications. This scan emphasizes the cylinder heads, preserving the important external casting geometry, port locations, valve cover rails, spark plug locations, and major mounting interfaces commonly referenced during engine development and fabrication.
Scan Compatibility
Compatible with Small Block Chevrolet 350ci engine applications (please verify your specific engine and cylinder head variant for your intended use).
Common Applications
Intake manifold development
Exhaust header and manifold development
Engine bay packaging and clearance studies
Reverse engineering for replacement or performance parts
Custom fabrication and engine swap projects
CAD reference and engineering workflows
3D visualization and simulation
File Suitability
Ideal for CAD reference, cylinder head development, packaging studies, reverse engineering, and vehicle engineering workflows.
Important Notes
This scan focuses primarily on the cylinder heads. The lower engine block is only partially represented and is not intended as a complete block scan.
No internal engine geometry is included.
Small raised knobs visible on the scan are scan markers used during the capture process. These can be safely ignored or removed during post-processing if desired.
Scan is not watertight or fully complete; some areas may require cleanup or surface reconstruction depending on your intended workflow.
External geometry only; internal ports, coolant passages, oil galleries, and combustion chamber geometry are not represented.
Collaborator Notes
Cylinder heads mounted to the block.
Scan emphasis is on the cylinder heads rather than the lower block.
Small protrusions visible on the scan are alignment markers used during the scanning process. These can be ignored and were intentionally placed in unobtrusive locations.
Disclaimer
We encourage you to download the sample file to assess scan format, output quality, and compatibility with your preferred software before purchase. Different CAD and mesh-processing packages may interpret scan data differently, so verifying compatibility with your workflow is recommended.
Please refer to the provided part images to evaluate scan quality, coverage, and overall representation.
While every effort is made during scanning to ensure accuracy, we recommend verifying critical dimensions against the physical component if your application requires tight tolerances or manufacturing-level precision.
Reviewing both the sample file and reference images will help ensure the scan meets your requirements prior to purchase.