Metrology-grade laser scanning is an incredibly powerful tool and service for manufacturers involved in high-volume mass production. Molds often experience wear and tear during production, and high-precision scanning provides valuable data for various applications.

For this project, we were tasked with laser scanning a fifth-generation Ford F250 (1967 - 1972) four-door cab. We scanned the entire cab, which included the full exterior, full interior, and the doors separately.

For a project with Fiammenghi Italia, we performed laser scanning on a Lamborghini Aventador to capture various components for product development and engineering.

Industrial-grade 3D laser scanning is frequently used in motorsport development. It enables project designers and engineers to capture highly accurate physical geometry, streamline product development processes, and simulate mechanical components in CAD.

Accurate and dependable measurements of wheel wells, brakes, and calipers are valuable resources for manufacturers who specialize in customized wheels.

Laser scanning has many valuable applications in the automotive industry. For vehicles focused on performance and aerodynamics, capturing the exterior with high-precision surface data is essential for designing and engineering aftermarket upgrades.

In order to design new interior accessory products to fit perfectly into the Scion FR-S, highly accurate measurements of the surfaces, geometry, and mechanical asembly (snap fit clips, mounting points) are required.

For this project we were tasked to perform a full scan of the Subaru WRX race car. The highly accurate scanned data can later be used for product development (new designs), archiving-purposes, or analysis (CFD, FEA, etc.).

This project's objective was to scan the entire Scion FR-S (also known as the Toyota GT86 outside of North America); sibling to the Subaru BRZ. We scanned both versions (FR-S and BRZ), and data is used for the development of custom-designed exterior accessories (aftermarket bodykits).