Contributor: Matthew Hillocks
The Mazda 13B rotary engine is one of the most iconic and widely used rotary powerplants, best known for its application in the Mazda RX-7 platform. Compact, lightweight, and uniquely engineered, the 13B remains a popular choice for performance builds, restorations, and custom swap projects.
This listing provides a high-resolution 3D scan of the Mazda 13B engine block assembly, capturing the external housing geometry, mounting interfaces, and major structural features of the rotary assembly.
The scan contains strong external detail suitable for engineering reference and packaging studies. While the mesh is not fully watertight, the geometry is clean and usable for most CAD, reverse engineering, and visualization workflows.
Engine swap planning and packaging validation
Custom engine mount design
Drivetrain integration studies
Aftermarket component development
Reverse engineering workflows
3D visualization and rendering projects
External rotor housing geometry
Stationary gear housing exterior surfaces
Front and rear iron external features
Mounting interfaces and bolt locations
Accessory mounting regions (external features only)
(Internal rotor geometry, seals, eccentric shaft, and internal combustion chamber details are not included.)
Ideal for CAD reference, engine bay fitment studies, custom fabrication planning, and rotary swap development projects.
Due to the non-fully watertight nature of the mesh, minor cleanup may be required depending on your intended workflow or software environment.
Compatibility should be verified for specific RX-7 variants and 13B configurations before final application.
We encourage you to download the sample file to assess scan format, mesh structure, and compatibility with your preferred software. 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 your application requires tight tolerances or precision interfaces.
Reviewing both the sample file and part images will help ensure the scan meets your project requirements prior to purchase.
Contributor: Matthew Hillocks
The Mazda 13B rotary engine is one of the most iconic and widely used rotary powerplants, best known for its application in the Mazda RX-7 platform. Compact, lightweight, and uniquely engineered, the 13B remains a popular choice for performance builds, restorations, and custom swap projects.
This listing provides a high-resolution 3D scan of the Mazda 13B engine block assembly, capturing the external housing geometry, mounting interfaces, and major structural features of the rotary assembly.
The scan contains strong external detail suitable for engineering reference and packaging studies. While the mesh is not fully watertight, the geometry is clean and usable for most CAD, reverse engineering, and visualization workflows.
Engine swap planning and packaging validation
Custom engine mount design
Drivetrain integration studies
Aftermarket component development
Reverse engineering workflows
3D visualization and rendering projects
External rotor housing geometry
Stationary gear housing exterior surfaces
Front and rear iron external features
Mounting interfaces and bolt locations
Accessory mounting regions (external features only)
(Internal rotor geometry, seals, eccentric shaft, and internal combustion chamber details are not included.)
Ideal for CAD reference, engine bay fitment studies, custom fabrication planning, and rotary swap development projects.
Due to the non-fully watertight nature of the mesh, minor cleanup may be required depending on your intended workflow or software environment.
Compatibility should be verified for specific RX-7 variants and 13B configurations before final application.
We encourage you to download the sample file to assess scan format, mesh structure, and compatibility with your preferred software. 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 your application requires tight tolerances or precision interfaces.
Reviewing both the sample file and part images will help ensure the scan meets your project requirements prior to purchase.
![Turbosmart TS-1 1350HP - 3D Scan (STL) [Item: SBU]](https://images.squarespace-cdn.com/content/v1/5aaee99b96e76f27dc94b28a/1712373113433-MT3XEBG2UK5MFM37K4JM/TS-1+1.jpg)
