Improving performance on the track with 3D Printed Aerodynamic Components

The world of motorsport is experiencing an epochal transformation, with an ever-increasing demand for innovative, sustainable and highly customized solutions. This need has stimulated a race for innovation in the sector, leading companies to seek advanced solutions that meet the highest standards, but at the same time allow efficient and environmentally friendly production.

Traditional manufacturing methods, such as injection molding and lamination, have significant limitations that are driving companies to seek more modern and versatile alternatives for producing aerodynamic components. These processes are often subject to complex manufacturing processes and long lead times, making it difficult to quickly and cost-effectively customize parts. Furthermore, the structural rigidity of such methodologies can limit teams' ability to quickly adapt to evolving competitive demands, highlighting the need to adopt more flexible and efficient technologies.

Roboze's industrial 3D printing together with composite materials, such as CARBON PA PRO, is revolutionizing the production of aerodynamic parts for racing motorcycles. This has allowed industry leaders like DUCATI CORSE and the Monster Energy Yamaha MotoGP team to reduce development times and maximize the performance of their bikes, offering a tangible advantage on the track.

The application described in the document clearly demonstrates the advantages of combining 3D printing and composite materials in the world of motorsport.