AMS X

Ducati and Roboze Renew 3D Printing Partnership for 2023 MotoGP Season

Formnext
IMTS

Share this Article

Ducati Corse, the racing division of Ducati, and Roboze, a leader in high-temperature extrusion 3D printing, announced the renewal of their partnership for the 2023 racing season. Eager to build on last year’s success, the two companies will continue to employ 3D printing technologies to maintain the competitive edge of Volkswagen’s racing bike division.

In 2022, Ducati Corse and Roboze joined forces with a clear objective: leverage 3D printing for track advantage. The initial deal involved Roboze providing Ducati with its high-temperature printers and PEEK and PEEK Carbon Fiber materials. The aim was to create lighter and more aerodynamic components for Ducati’s superbikes. This alliance swiftly demonstrated the benefits 3D printing can bring to production.

The first components crafted for the MotoGP team were the fairing and heat shield on the Desmosedici GP bike, fielded by the Ducati Lenovo team. As the season progressed, the bike incorporated more 3D-printed parts, assisting the Ducati Lenovo team in clinching first and third in the Rider’s Championship and first in the Team Championship.

The Ducati-Desmosedici Motorbike. (Image courtesy of Ducati.)

Looking ahead, the partnership aims to replicate its 2022 achievements by merging Roboze’s know-how in 3D printing and materials science with Ducati’s motorcycle racing expertise. The early signs are promising; Ducati’s Francesco Bagnaia currently leads the MotoGP Rider Standings.

“Our partnership with Ducati Corse represents a perfect combination between technology and passion for innovation,” said Alessio Lorusso, CEO of ROBOZE. “We are excited to continue this collaboration and to contribute to the success of Ducati Corse through our advanced 3D printing solutions. We are confident that together we will achieve outstanding results also in 2023.”

“3D printing is a revolutionary technology that is changing the way we design and manufacture the components of our racing motorcycles,” said Riccardo Savin Vehicle Dynamics and Design Manager of DUCATI CORSE. “Partnering with ROBOZE allows us to fully exploit the potential of this cutting-edge technology. We are eager to see what we can achieve together in 2023.”

In practical terms, a Roboze ARGO 500 production 3D printer has already been installed at Ducati’s facility in Borgo Panigale, and a Roboze PLUS Pro professional 3D printer is set up in Ducati’s paddock. The team hopes these installations will expedite in-season upgrades to the motorcycles, further boosting their performance.

The Roboze ARGO 500. (image courtesy of Roboze.)

The partnership between these two Italian titans continues to contribute to the growing use of 3D printing in various motor racing disciplines like NASCAR, F1, and endurance racing. Should this collaboration continue to prove valuable, it wouldn’t be a surprise to see the contract extended into 2024, with Ducati once again reaching the pinnacle of the podium.



Share this Article


Recent News

Quantum Cyber Completes Installation of 80 3D Printers at Connecticut Drone Farm

The Frankenservice Part 1: Print the Rainbow



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

Mastrex 3D Printers: Made in the USA?

Mastrex has launched a line of six metal LPBF printers starting at $39,000. Recently, the firm partnered with Continuum Powders to validate its metal powders on Mastrex machines. But the...

The Formlabs Shuffle

For the latest development on 8/31/26, please see an update at the end of this article. Formlabs is doing a management shuffle, pointing the firm even more surely towards an...

3D Printing News Briefs, August 20, 2026: Metal Powders, Patent Infringement, Scanners, & More

We’re starting with metal 3D printing business news in today’s 3D Printing News Briefs, as SBO is expanding its capacity in the US and the UK, and Continuum Powders is...

Additive Economics 101, Part 1: Betwixt Rolex and Ryanair

Let’s look at what matters when we make things that matter. What considerations are there, what is important, what affects cost? Look at the levers in laser powder bed fusion,...