Accelerated design
- 10X faster with advanced modeling
- Structures created in days instead of weeks

Siemens is honored to be Oracle Red Bull Racing's longest-standing technical partner in their journey to Formula One™ greatness. Together, we’ve fused our cutting-edge digital tools with Oracle Red Bull Racing’s relentless drive to dominate the track, contributing to their remarkable wins and championships. Siemens is proud to support the Team as they redefine the future of racing.

With Siemens, we've got the digital backbone that lets us turn ideas into reality faster than ever. Their tools give our engineers the freedom to innovate, adapt, and stay agile, which in Formula One™ can be the difference between winning and losing. It's a partnership that continues to push us to new heights every season.
Behind every victory is a team of engineers

Accelerated design

The digital twin

Streamlined changes

Composite manufacturing

Trackside support

Hybrid power units for the 2026 F1 season will require a more even split between the internal combustion engine and electric power. In addition to Siemens NX and Teamcenter software, the Red Bull Ford Powertrains team is using the simulation and test capabilities of Siemens Simcenter Star-CCM+ software to develop sustainable high-speed power units from the ground up that meet evolving F1 regulations.

“I can see how immersive engineering will speed up the styling process, by making real-time changes to the model. Design loops normally taking a few weeks will now take a few hours."
Rob Grey, Technical Director, Red Bull Advanced Technologies
What Siemens has achieved with Oracle Red Bull Racing goes beyond the racetrack and into the future of automotive design and manufacturing.
Maximize the value of testing time with a powerful digital twin that allows engineers to simulate real-world conditions virtually before a single part is manufactured.
Collaborate across teams without barriers, implement design changes quickly and receive real-time actionable insights to speed development.
Improve sensor placement, optimize weight distribution and reduce prototypes with advanced workflows and automation.
Drastically reduce part design times and streamline the creation of complex components with new modeling features and realized shape capabilities.
Integrate the flow of information between systems to improve data quality and consistency and continually verify product requirements throughout the design process.