Siemens Xcelerator Platform Drives Digital Transformation in Motorsports Engineering
Siemens Digital Industries Software continues its technical partnership with Ducati Corse. This renewed two-year agreement highlights digital innovation in motorsports. Moreover, it demonstrates how racing technology transfers to commercial manufacturing.
Strategic Partnership Extension Details
Siemens and Ducati announced their continued technical collaboration. The partnership focuses on developing advanced motorcycle technology. Both companies aim to enhance performance and sustainability. Additionally, they seek to accelerate innovation cycles through digital tools.
Digital Transformation in Motorsports Engineering
Massimiliano Bertei, Ducati Motor Holding CTO, emphasized the partnership’s value. “Siemens helps us meet current and future challenges,” Bertei stated. “We maintain competitiveness through continuous innovation.” The technology enables last-minute design modifications during race weekends.
Siemens Xcelerator Platform Implementation
Ducati utilizes multiple Siemens Xcelerator components for development:
- Polarion software for requirements management
- Designcenter NX for innovative component design
- Teamcenter for digital thread implementation
- Simcenter for virtual simulation and testing
- Fibersim for carbon fiber part development
Real-Time Track to Design Integration
The partnership enables remarkable engineering flexibility. Ducati designers create new components remotely during races. These designs transfer directly to trackside 3D printers. Consequently, the team implements performance improvements within hours.
Bridging Motorsports and Commercial Manufacturing
Franco Megali of Siemens highlighted the technology transfer benefits. “Digital transformation helps Ducati excel in racing technology,” Megali explained. “They quickly apply these insights to commercial motorcycle development.” This approach accelerates innovation across both domains.
Industrial Automation and Digital Thread Applications
The Siemens-Ducati collaboration demonstrates broader industrial applications. According to MarketsandMarkets, the digital twin market will reach $73.5 billion by 2027. Key industrial benefits include:
- Reduced product development cycles by up to 50%
- Integrated data management across departments
- Real-time collaboration between engineering teams
- Seamless transition from design to production
Breaking Down Engineering Department Silos
Pietro Mappa, Ducati CAD/PLM manager, described the integration benefits. “Siemens Xcelerator eliminates departmental silos,” Mappa noted. “Mechanical and electronics teams share a single collaboration platform.” This creates a unified environment for all engineers.
Proven Performance Results
The Ducati Lenovo Team achieved remarkable 2025 season success. Marc Márquez secured the Riders’ Championship title. The team earned its sixth consecutive Constructors’ Title. Additionally, they won the 2025 MotoGP Team Title.
Expert Analysis: Industrial Applications
From World of PLC’s perspective, this partnership demonstrates critical industry trends. Digital thread technology enables unprecedented collaboration. Moreover, real-time data integration transforms traditional manufacturing processes.
Industrial automation professionals can learn from this motorsports example. The same principles apply to factory automation and control systems. Digital transformation reduces time-to-market for all manufactured products.
For comprehensive industrial automation solutions including PLC programming and control system integration, visit World of PLC Limited to explore digital transformation strategies.
Practical Manufacturing Applications
Siemens Xcelerator technology enables numerous industrial scenarios:
- Real-time production line optimization through digital twins
- Integrated quality control using simulation data
- Cross-department collaboration for faster problem-solving
- Rapid prototyping and implementation of design changes
Frequently Asked Questions
How does Siemens Xcelerator benefit industrial manufacturers?
The platform integrates design, engineering, and production data. It enables real-time collaboration across departments. Moreover, it reduces development cycles and improves product quality.
What is the digital thread in manufacturing?
Digital thread connects all product development phases seamlessly. It ensures data consistency from design through production. This approach eliminates information silos and errors.
How can motorsports technology transfer to industrial automation?
Racing innovations often pioneer rapid development techniques. These methods apply to factory automation for faster problem-solving. Real-time data integration benefits both domains equally.
