Description

Honda Civic Type R FN2 Front Bumper 3D Scan

Source part

2008 Honda Civic Type R GT FN2 front bumper (OEM, UKDM)

This dataset contains exterior surface geometry of the OEM front bumper from a Honda Civic Type R FN2, captured as a reference model for front-end development and exterior design work.

The bumper was scanned on the vehicle and post-processed to isolate the bumper geometry, retaining useful underside data for further development and reference.

Dataset overview

The dataset is supplied as an STL mesh and is aligned to the XYZ axis, allowing immediate use in CAD environments.

The bumper was captured with the number plate removed, providing clear reference geometry across the front number plate area.

The passenger-side fog light area features a Tegiwa intake scoop, whilst the driver's side retains the OEM fog light. These are represented as they were fitted to the vehicle at the time of scanning.

Data specifications

Mesh density

Approximately 2 million polygons

Dimensional resolution

Approximately ±0.5 mm

File format

STL mesh

Model orientation

Aligned to the XYZ coordinate system for direct use in CAD software such as Fusion 360 and similar environments.

Scan coverage

The dataset includes:

• Full OEM front bumper geometry
• Upper and lower exterior surfaces
• Underside bumper geometry
• Lower mesh grille
• OEM driver's side fog light
• Tegiwa passenger-side intake scoop
• Number plate area with the plate removed
• Overall surface transitions and curvature

Only the front bumper and associated components listed above are included. Adjacent body panels have been removed during post-processing.

Mesh condition

The mesh has been cleaned to remove most scanning artefacts whilst maintaining the original captured surface geometry.

Thin scanning tape was used across selected areas of the bumper to improve surface tracking during capture. The tape introduces only a minimal additional surface thickness relative to the dimensional resolution of the dataset and does not meaningfully affect its intended use as reference geometry.

Using this method also reduces the preparation and processing time required to capture difficult surfaces, helping to keep the dataset more affordable whilst retaining useful dimensional data.

The surface has not been artificially smoothed, preserving the original captured geometry.

As with any 3D scan, parts developed using the dataset should account for appropriate tolerances, manufacturing requirements and final physical fitment rather than treating the captured mesh as production-ready geometry.

Typical applications

This dataset is particularly suited to workflows such as:

• Development of front lips and splitters
• Canard and front aero development
• Designing modified or replacement front bumpers
• Custom fog light and intake designs
• Reverse engineering and CAD reference
• Exterior component development
• Digital modelling and visualisation

File delivery

After purchase, a download link will be sent via email providing access to the dataset.

The download link is single-use and can only be downloaded once. If the original purchaser loses their files, a replacement download link can be requested at any time.

Usage conditions

The purchaser may use the dataset for internal design work and commercial product development.

However:

• The scan files themselves cannot be redistributed
• The dataset may not be resold, shared or transferred
• Any portion of the scan data may not be published or redistributed

Products developed using this dataset may be manufactured and sold.