About Us

How Racing Display Started

Before Racing Display, I founded Absolute3D, an engineering business specialising in 3D scanning, reverse engineering and CAD design for automotive and industrial applications.

That work gave me extensive experience scanning vehicles and components, reverse engineering complex OEM geometry, and turning scan data into accurate CAD models for design and manufacturing.

A few years later, while building my own track car, I needed to upgrade to a digital dash. Simple enough — except when I went looking for a quality mount to fit it properly, nothing existed. What was available was generic, flimsy, or just plain ugly.

Using the same 3D scanning and reverse-engineering methods we used at Absolute3D, I scanned the factory cluster and engineered a vehicle-specific mount that fit like it was always meant to be there.

The fit was clean. It looked factory. Friends noticed.

Word Spread the Way It Does

Those friends asked if I could make one for their builds. Then their friends asked. Word spread through the community — the way it does when something actually works.

Before long, I was developing mounts for more and more platforms alongside running Absolute3D. What began organically within Absolute3D gradually grew into a business of its own.

As demand continued to grow, Racing Display became a separate company and eventually my primary focus.

Today, Racing Display ships worldwide, and the platform list keeps growing.

How We Build

Every mount starts with an accurate 3D scan of the original instrument cluster or surrounding trim, captured using metrology-grade laser scanning equipment with accuracy down to 20 microns.

We then reverse-engineer the OEM mounting geometry in CAD, allowing each mount to be designed specifically around the vehicle’s original mounting points, clearances and trim lines.

After developing mounts for more than 100 vehicle platforms, we’ve refined this process through thousands of hours of hands-on design, prototyping and fitment testing. As a result, the vast majority of new products fit correctly on the first iteration.