Description

Daihatsu Copen L880K Upper Dash Cubby / Clock 3D Scan

Source part

Daihatsu Copen L880K — Upper dash cubby / clock housing (RHD vehicle)

This dataset contains surface geometry of the upper dash cubby / clock housing from a Daihatsu Copen L880K, captured as a high-resolution reference for interior development work.

The scan was taken with the factory clock unit removed, providing access to the cubby geometry for designers looking to repurpose this area for custom components.

Dataset overview

The dataset is supplied as a single STL file representing the complete cubby housing.

It is intended as a reference model for developing interior components that integrate with the factory dash location, rather than as a direct replacement part.

The model is aligned to the XYZ axis, allowing immediate use in CAD environments.

Data specifications

Mesh density

Approximately 2 million polygons

Dimensional resolution

Approximately ±0.1 mm

File format

STL mesh

Model orientation

Pre-aligned to the XYZ coordinate system for use in CAD software such as Fusion 360 and similar platforms.

Scan coverage

The dataset includes:

• External cubby housing geometry

• Internal cavity geometry (clock removed)

• Surrounding mounting form and surface transitions

Some internal areas of the cubby may contain gaps or incomplete data due to limited line-of-sight during scanning. These areas are within deeper sections and are not typically critical for the intended applications.

Intended applications

This dataset is suited to:

• Development of custom gauge pods
• Integration of digital displays or OLED screens
• Design of switch panels or control modules
• Reverse engineering for interior components
• General interior prototyping and custom projects

The geometry provides a base for designers to build components that sit cleanly within the factory dash location.

Fitment notes

This scan was taken from a right-hand drive (RHD) Copen L880K.

Compatibility with left-hand drive vehicles is not confirmed, users should verify suitability for their specific application.

Important notes

This is a reference scan and is not specifically intended to be manufactured or 3D printed directly as a finished part.

While the scan captures fine surface detail, additional work such as clean-up, surfacing or redesign may be required depending on the intended use.

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, helping reduce the likelihood of redistribution.

If the original purchaser loses their files, they may request a replacement download link at any time.

Usage conditions

The purchaser may use the dataset for personal projects and commercial product development.

However:

• The scan file may not 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.