Mini R53 W11B16A Intake Manifold - 3D Scan (STL) [Item TKN]_Thumbnail.png
Mini R53 W11B16A Intake Manifold - 3D Scan (STL) [Item TKN]_Thumbnail_CAD.png
Mini R53 W11B16A Intake Manifold - 3D Scan (STL) [Item TKN]_Globe_Lat07_+46deg_Lon08_315deg.png
Mini R53 W11B16A Intake Manifold - 3D Scan (STL) [Item TKN]_Globe_Lat04_-09deg_Lon01_000deg.png
Mini R53 W11B16A Intake Manifold - 3D Scan (STL) [Item TKN]_Globe_Lat05_+09deg_Lon05_180deg.png
Mini R53 W11B16A Intake Manifold - 3D Scan (STL) [Item TKN]_Globe_Lat06_+27deg_Lon04_135deg.png
Mini R53 W11B16A Intake Manifold - 3D Scan (STL) [Item TKN]_Globe_Lat08_+65deg_Lon01_000deg.png
Mini R53 W11B16A Intake Manifold - 3D Scan (STL) [Item TKN]_Globe_Lat06_+27deg_Lon05_180deg.png
Mini R53 W11B16A Intake Manifold - 3D Scan (STL) [Item TKN]_Globe_Lat06_+27deg_Lon08_315deg.png
Mini R53 W11B16A Intake Manifold - 3D Scan (STL) [Item TKN]_Globe_Lat03_-27deg_Lon01_000deg.png
Mini R53 W11B16A Intake Manifold - 3D Scan (STL) [Item TKN]_Thumbnail.png
Mini R53 W11B16A Intake Manifold - 3D Scan (STL) [Item TKN]_Thumbnail_CAD.png
Mini R53 W11B16A Intake Manifold - 3D Scan (STL) [Item TKN]_Globe_Lat07_+46deg_Lon08_315deg.png
Mini R53 W11B16A Intake Manifold - 3D Scan (STL) [Item TKN]_Globe_Lat04_-09deg_Lon01_000deg.png
Mini R53 W11B16A Intake Manifold - 3D Scan (STL) [Item TKN]_Globe_Lat05_+09deg_Lon05_180deg.png
Mini R53 W11B16A Intake Manifold - 3D Scan (STL) [Item TKN]_Globe_Lat06_+27deg_Lon04_135deg.png
Mini R53 W11B16A Intake Manifold - 3D Scan (STL) [Item TKN]_Globe_Lat08_+65deg_Lon01_000deg.png
Mini R53 W11B16A Intake Manifold - 3D Scan (STL) [Item TKN]_Globe_Lat06_+27deg_Lon05_180deg.png
Mini R53 W11B16A Intake Manifold - 3D Scan (STL) [Item TKN]_Globe_Lat06_+27deg_Lon08_315deg.png
Mini R53 W11B16A Intake Manifold - 3D Scan (STL) [Item TKN]_Globe_Lat03_-27deg_Lon01_000deg.png

Mini R53 W11B16A Intake Manifold - 3D Scan (STL) [Item: TKN]

A$20.00

Contributor: Tarek Knanneh

About this part

This listing provides a high-resolution 3D Scan of a Mini R53 W11B16A Intake Manifold in STL format.

Main engine intake manifold for the W11B16A engine.

Fits: MINI R53 (2001-2005).

Scan notes: Revopoint MetroX, high detail.

Includes fitted CAD reference geometry (planes, axes, holes) in STEP format, in the same coordinate frame as the scan, to speed up modelling.

File details

  • Format: 3D Scan mesh (STL) – not a solid model + CAD reference geometry (STEP)

  • Watertight: No – open mesh

  • Triangle count: 1,582,500

  • Overall size: 430 × 133 × 178 mm

  • Files included: 1 mesh file, 1 STEP file(s)

  • Units: millimetres

Before you buy

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.

Contributor: Tarek Knanneh

About this part

This listing provides a high-resolution 3D Scan of a Mini R53 W11B16A Intake Manifold in STL format.

Main engine intake manifold for the W11B16A engine.

Fits: MINI R53 (2001-2005).

Scan notes: Revopoint MetroX, high detail.

Includes fitted CAD reference geometry (planes, axes, holes) in STEP format, in the same coordinate frame as the scan, to speed up modelling.

File details

  • Format: 3D Scan mesh (STL) – not a solid model + CAD reference geometry (STEP)

  • Watertight: No – open mesh

  • Triangle count: 1,582,500

  • Overall size: 430 × 133 × 178 mm

  • Files included: 1 mesh file, 1 STEP file(s)

  • Units: millimetres

Before you buy

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.