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Siemens and Ducati Corse

How Siemens technology is driving high speed performance on the track.

Together, beyond limits

From the start, Ducati Corse's mission has been clear

To create increasingly powerful, safe and sustainable motorcycles. With Siemens technologies, the Ducati team interacts more effectively, innovates more rapidly, and makes valuable race-day adjustments based on real-time data.

Ducati Corse motor course design.

Technology helps talent win races

Behind every win is a team of engineers

  • 4 championships
  • 98 wins
  • 239 podiums
  • 82 poles
Ducati Corse motorcycle.
We firmly believe that our partnership with Siemens has not only helped us meet current challenges but has also positioned us perfectly to meet future challenges, both on the racetrack and in the global market. We are ready to continue winning, with innovation as our guiding principle, always together with a technological partner that allows us to remain competitive and at the top.
Massimiliano Bertei, CTO, Ducati Motor Holding
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Collaboration with real time data

  • Unifying software and database into a single ecosystem
  • Enabling rapid data-driven adjustments on race day
A team collaborating and reviewing data.

Siemens Solutions for the automotive OEMs

While Ducati Corse must operate under extreme time constraints, automotive OEMs face similar pressures to innovate quickly, meet regulations, and improve sustainability in a competitive market.

How can you bring the speed, innovation and precision of Ducati development to your processes?

Maximize performance engineering

Virtually simulate real-world conditions with Digital Twins to accelerate product development by dramatically reducing physical prototypes and speeding up validation.

Streamline product lifecycle management

Collaborate effortlessly, break down silos and gain AI-formed insights to accelerate your innovations from concept to consumer.

Optimize electrical and electronics systems development

Engineer smarter with advanced workflows and AI-powered automation to improve sensor placement, optimize weight and reduce costly prototypes for complex systems.

Accelerate mechanical product design

Design complex components with unprecedented speed and precision, drastically reducing part design times with new modeling features and capabilities.

Ensure requirements and verification management

Maintain absolute control and confidence by integrating information flow, improving data quality, and continually verifying product requirements throughout design.