Contributor: Luke Hornung
This listing provides a high-resolution 3D scan and CAD model of a Mini Sport 4-piston brake caliper designed for 7.9" disc brake setups. The dataset captures detailed external geometry and key mounting interfaces, making it ideal for brake system development, fitment validation, and reverse engineering applications.
This caliper is commonly used in classic Mini performance builds, offering a compact 4-pot design suited to small wheel applications while improving braking performance over factory components.
The file set includes both scan-based geometry and CAD, allowing for flexible use across visualization and engineering workflows.
The scan captures detailed external features such as caliper body geometry, mounting ears, and interface points, while the CAD model provides clean, usable geometry for integration into assemblies and design environments.
Scan & CAD Compatibility
Suitable for use with classic Mini platforms (Austin, Morris, Rover) running 7.9" disc brake setups (please verify fitment for your specific configuration).
Common Applications
Brake system design and upgrade planning
Caliper mounting bracket development
Aftermarket fitment validation
Reverse engineering for replacement or performance parts
3D visualization and simulation
Common Vehicle Applications (Real-World Use)
Classic Mini (road and performance builds)
Track and hillclimb Mini applications
Custom compact builds requiring small-diameter brake packages
File Contents
High-resolution 3D scan (OBJ format)
CAD model (STEP format)
File Suitability
Ideal for both scan reference and CAD-based workflows, supporting brake system design, packaging, and integration tasks.
Important Notes
Scan may not be fully watertight and could require minor cleanup depending on your workflow.
External geometry only, no internal piston or seal details are included.
Designed around 7.9" disc setups; verify compatibility with your brake configuration.
Disclaimer:
We encourage you to download the sample file to assess format, output quality, and compatibility with your preferred software. Different packages may interpret files differently, so verifying performance within your workflow is essential.
Please refer to the provided part images to evaluate file quality and representation.
While every effort is made during scanning and modeling to ensure accuracy, we advise verifying critical dimensions against the physical part if your application requires tight tolerances or precise referencing.
Reviewing both the sample file and images will help ensure the dataset meets your requirements before purchase.
Contributor: Luke Hornung
This listing provides a high-resolution 3D scan and CAD model of a Mini Sport 4-piston brake caliper designed for 7.9" disc brake setups. The dataset captures detailed external geometry and key mounting interfaces, making it ideal for brake system development, fitment validation, and reverse engineering applications.
This caliper is commonly used in classic Mini performance builds, offering a compact 4-pot design suited to small wheel applications while improving braking performance over factory components.
The file set includes both scan-based geometry and CAD, allowing for flexible use across visualization and engineering workflows.
The scan captures detailed external features such as caliper body geometry, mounting ears, and interface points, while the CAD model provides clean, usable geometry for integration into assemblies and design environments.
Scan & CAD Compatibility
Suitable for use with classic Mini platforms (Austin, Morris, Rover) running 7.9" disc brake setups (please verify fitment for your specific configuration).
Common Applications
Brake system design and upgrade planning
Caliper mounting bracket development
Aftermarket fitment validation
Reverse engineering for replacement or performance parts
3D visualization and simulation
Common Vehicle Applications (Real-World Use)
Classic Mini (road and performance builds)
Track and hillclimb Mini applications
Custom compact builds requiring small-diameter brake packages
File Contents
High-resolution 3D scan (OBJ format)
CAD model (STEP format)
File Suitability
Ideal for both scan reference and CAD-based workflows, supporting brake system design, packaging, and integration tasks.
Important Notes
Scan may not be fully watertight and could require minor cleanup depending on your workflow.
External geometry only, no internal piston or seal details are included.
Designed around 7.9" disc setups; verify compatibility with your brake configuration.
Disclaimer:
We encourage you to download the sample file to assess format, output quality, and compatibility with your preferred software. Different packages may interpret files differently, so verifying performance within your workflow is essential.
Please refer to the provided part images to evaluate file quality and representation.
While every effort is made during scanning and modeling to ensure accuracy, we advise verifying critical dimensions against the physical part if your application requires tight tolerances or precise referencing.
Reviewing both the sample file and images will help ensure the dataset meets your requirements before purchase.
![1997 Peugeot / Citroën Front Brembo 4-Pot Caliper (106, 406, Saxo) – 3D Scan (PLY) [Item: DFE]](https://images.squarespace-cdn.com/content/v1/5aaee99b96e76f27dc94b28a/e64c6907-5d68-4c69-ae12-a44c8bd37d24/Front+Brake+Caliper+3.png)
![Dodge Hellcat V8 - Rear Suspension [Item: SBU]](https://images.squarespace-cdn.com/content/v1/5aaee99b96e76f27dc94b28a/4f58cd65-7713-4d40-9479-ed715f3bb26d/hellcat+rear+end+suspension+1.png)
