Image 1 of 4
Image 2 of 4
Image 3 of 4
Image 4 of 4
Yokohama Advan 165/70 R10 A032R Tyre - CAD Model (STEP) [Item: LHO]
Contributor: Luke Hornung
This listing provides a CAD model of a Yokohama Advan A032R tyre, a well-known semi-slick performance tyre widely used in track, autocross, and motorsport applications. The model captures the overall tyre geometry and profile, making it ideal for fitment validation, vehicle dynamics studies, and design workflows.
The Advan A032R is recognized for its aggressive tread pattern and high-grip compound, making it a popular choice for performance-focused builds requiring predictable handling and strong dry-weather traction.
The files are provided in IGES and STEP formats, offering clean, usable geometry suitable for integration into assemblies and CAD-based environments.
Compatibility
Suitable for a wide range of vehicles depending on tyre size and specification (please verify dimensions, width, and diameter for your specific application).
Common Applications
Wheel and tyre fitment studies
Suspension and clearance validation
Vehicle dynamics and packaging
Motorsport and track build development
3D visualization and rendering
Common Vehicle Applications (Real-World Use)
Track and time attack vehicles
Autocross and hillclimb builds
Lightweight and compact performance cars
Classic Mini and small-wheel performance setups
File Contents
CAD model (STEP format)
CAD model (IGES format)
File Suitability
Ideal for CAD-based workflows including packaging, integration, and vehicle development.
Important Notes
CAD model represents overall tyre geometry; tread detail and deformation under load may be simplified depending on use case.
Ensure compatibility with your wheel size and vehicle setup before use.
Disclaimer:
We encourage you to review provided images and any available sample files to assess quality and compatibility with your workflow. Different software packages may interpret CAD data differently, so validation within your environment is recommended.
While every effort is made to ensure accuracy, we advise verifying critical dimensions against manufacturer specifications or a physical tyre if your application requires tight tolerances or precise referencing.
Reviewing all available materials will help ensure the file meets your requirements before purchase.
Contributor: Luke Hornung
This listing provides a CAD model of a Yokohama Advan A032R tyre, a well-known semi-slick performance tyre widely used in track, autocross, and motorsport applications. The model captures the overall tyre geometry and profile, making it ideal for fitment validation, vehicle dynamics studies, and design workflows.
The Advan A032R is recognized for its aggressive tread pattern and high-grip compound, making it a popular choice for performance-focused builds requiring predictable handling and strong dry-weather traction.
The files are provided in IGES and STEP formats, offering clean, usable geometry suitable for integration into assemblies and CAD-based environments.
Compatibility
Suitable for a wide range of vehicles depending on tyre size and specification (please verify dimensions, width, and diameter for your specific application).
Common Applications
Wheel and tyre fitment studies
Suspension and clearance validation
Vehicle dynamics and packaging
Motorsport and track build development
3D visualization and rendering
Common Vehicle Applications (Real-World Use)
Track and time attack vehicles
Autocross and hillclimb builds
Lightweight and compact performance cars
Classic Mini and small-wheel performance setups
File Contents
CAD model (STEP format)
CAD model (IGES format)
File Suitability
Ideal for CAD-based workflows including packaging, integration, and vehicle development.
Important Notes
CAD model represents overall tyre geometry; tread detail and deformation under load may be simplified depending on use case.
Ensure compatibility with your wheel size and vehicle setup before use.
Disclaimer:
We encourage you to review provided images and any available sample files to assess quality and compatibility with your workflow. Different software packages may interpret CAD data differently, so validation within your environment is recommended.
While every effort is made to ensure accuracy, we advise verifying critical dimensions against manufacturer specifications or a physical tyre if your application requires tight tolerances or precise referencing.
Reviewing all available materials will help ensure the file meets your requirements before purchase.