Utilizing Artec 3D to further our design

Our race team has embraced cutting-edge technology to enhance our design phase, and one of the key tools we've integrated into our workflow is utilizing 3D scanning. This advanced scanning technology has proven to be a game-changer, allowing us to achieve unprecedented precision and efficiency in our design processes.

The team purchased a racing seat and used the general L X W X H values to ensure the seat would fit in a given volume, however with a 3Dimensional scan, the team would be able to more strategically conserve and utilize space in the cockpit. Upon scanning of the seat however the team ran into the issue of the glossy black seat surface was too reflective and often struggled to capture details due to the light and refraction. Struggling to capture every detail, the solution came from an unexpected source – baby powder.

With a pragmatic approach, the team applied a thin layer of baby powder to the objects before scanning. This seemingly mundane substance turned out to be a game-changer, enhancing the scanner's ability to detect fine details and ensuring a more accurate representation.

The baby powder, usually associated with its conventional uses, played a crucial role in optimizing the scanning process. It's a testament to the team's resourcefulness and their ability to find effective solutions in unconventional places, proving that innovation often stems from practical thinking.

The utilization of Artec 3D scanning technology has provided our team with a powerful means to capture detailed and accurate three-dimensional representations of physical objects. This includes the intricate contours and dimensions of our race car components, ensuring that our design team has a comprehensive and highly detailed digital model to work with as well as the ability to quickly and accurately capture real-world data. This is particularly crucial in the fast-paced world of racing, where precision and speed are paramount. The 3D scanning technology allows us to create digital replicas of our race car parts with remarkable accuracy, streamlining the design process and reducing the margin for error.