For many automotive designers, custom bodywork still begins with manual measuring, physical templates, foam shaping, and repeated adjustments on the car itself.

But for Philipp Kreiser of PrintedForFun, that approach was too slow, too limiting, and too difficult to scale for a full exterior redesign of a Porsche.

Instead, he built the entire project around a digital workflow—starting with accurate automotive 3D scanning.

Why 3D Scanning Was Critical

To redesign nearly the entire exterior while keeping precise fitment to the original chassis, Philipp needed a reliable digital foundation from the start.

With MIRACO Plus, Trackit, and MetroX, Philipp was able to accurately capture the original vehicle and use that data as the foundation for designing new body panels directly in CAD. This digital workflow made it much easier to maintain left-right symmetry, reduce manual shaping and rework, and connect every stage of the project—from 3D printing and mold making to final carbon-fiber production.

As Philipp put it:

“Without 3D scanning, the digital design workflow I chose wouldn't have been possible at all.”

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The Value in a Real Automotive Project

This wasn’t just about digitizing a car—it was about making a large-scale custom build more accurate, more repeatable, and far more efficient.

Using a scan-to-CAD workflow, the team moved from:

The result:

Why It Matters for Automotive Design

For full-size vehicles, even small errors can create major fitment issues downstream. A high-quality 3D scan helps reduce that risk by giving designers a dependable digital reference before modeling begins.

That means you can design around real-world geometry, validate fit much earlier in the process, mirror and refine parts digitally, prototype faster with 3D printing, and move into tooling and final production with greater confidence.

Whether you're building custom body kits, reverse engineering parts, or developing composite components, 3D scanning helps turn physical vehicles into usable manufacturing data.