Mini Sport 7.9'' Mini Brake/Wheel Full Bundle - CAD Model (STEP) [Item: LHO]

Contributor: Luke Hornung

This listing provides a complete CAD assembly of a Mini Sport 7.9" vented brake and wheel package, designed for classic Mini platforms. The assembly combines braking, hub, suspension, and wheel components into a single integrated system for fitment validation, packaging studies, and engineering development.

This dataset is intended to represent a fully assembled front corner setup, allowing users to evaluate clearance, geometry interaction, and system integration in a CAD environment.

Included Components & File Formats:

• Mini Sport 7.9" Vented 4-Pot Alloy Brake Calipers (OBJ + STEP)

• Mini Sport 7.9" Vented Grooved Brake Discs (STEP)

• Drive Flanges (STEP)

• CV Joints and Boot Kits (STEP)

• Swivel Hubs (STEP)

• Ball Joints (STEP)

• Taper Roller Wheel Bearings (STEP)

• Wheel Studs (STEP)

• Yokohama Advan A032R Tyre (STEP + IGES)

• JBW OS4 10" Wheel (STEP)

Common Applications

• Full brake and wheel assembly packaging

• Suspension and steering geometry validation

• Clearance checking (wheel, caliper, hub, and tyre)

• Custom Mini build and restoration planning

• Motorsport and track-focused development

• Reverse engineering and system integration

Common Vehicle Applications (Real-World Use)

• Classic Mini (Austin, Morris, Rover) performance builds

• Track and hillclimb Mini setups

• Lightweight motorsport and autocross vehicles

• Custom compact performance conversions

File Suitability
Ideal for CAD-based workflows involving full system integration, packaging studies, and vehicle development.

Important Notes

• This is a multi-component CAD assembly intended for design and visualization purposes.

• Individual component files may vary in scan vs CAD fidelity depending on source data.

• Assembly fitment assumes nominal alignment; real-world tolerances, offsets, and manufacturing variation must be independently verified.

• This dataset is not guaranteed to represent a physically validated or dynamically tested system.

Disclaimer:
We encourage you to review individual sample files to assess geometry quality, format compatibility, and usability in your workflow. Different CAD packages may interpret assemblies and imported geometry differently, so validation within your environment is essential.

While every effort has been made to ensure consistency between components, we strongly advise full engineering verification before any physical fabrication or use in load-bearing or safety-critical applications.