Siemens Xcelerator Drives Digital Transformation in High-Performance Manufacturing

Siemens and Ducati have renewed their technical partnership, showcasing how industrial automation software accelerates innovation in motorsports and manufacturing. This collaboration demonstrates the real-world impact of digital twin technology.

Strategic Partnership Extends Innovation Leadership

Siemens Digital Industries Software will continue supporting Ducati Corse for two more years. The Siemens Xcelerator platform helps Ducati develop increasingly powerful and sustainable motorcycles. This partnership bridges racetrack innovation with commercial manufacturing excellence.

Real-Time Trackside Engineering Capabilities

Ducati’s racing team leverages Siemens technology for last-minute modifications. During race weekends, engineers design new components remotely. These designs go directly to trackside 3D printers for immediate production. This agility provides crucial competitive advantages in MotoGP racing.

Comprehensive Digital Transformation Platform

Ducati utilizes multiple Siemens Xcelerator solutions. Polarion software manages requirements throughout development cycles. Designcenter NX creates innovative motorcycle designs. Teamcenter connects engineering data with Ducati’s ERP system. This integration enables seamless cross-department collaboration.

Advanced Simulation and Testing Integration

Simcenter software enables virtual simulation of motorcycle performance. The system integrates digital simulation with physical test data. Engineers analyze track data collected during race weekends. Furthermore, Fibersim software reduces development time for carbon fiber components.

Connecting Racing Innovation to Commercial Production

Ducati successfully transfers technology from track to street motorcycles. Teamcenter creates a unified environment for both racing and commercial teams. Mechanical, electronics, and software teams share a single collaboration platform. This eliminates departmental silos and accelerates innovation.

Proven Track Record of Success

The Ducati Lenovo team achieved remarkable 2025 season results. Marc Márquez secured the Riders’ Championship title. The team earned its sixth consecutive Constructors’ Title. Additionally, they won the 2025 MotoGP Team Title, demonstrating their technical dominance.

Industrial Automation Applications Beyond Motorsports

From PLCDCSHUB’s perspective, this partnership reveals important trends. The global digital twin market will reach $110.1 billion by 2028, according to MarketsandMarkets. Siemens Xcelerator demonstrates how industrial automation platforms can transform manufacturing. These technologies have direct applications in factory automation and control systems.

Key Implementation Benefits for Manufacturers

✅ Accelerated Development Cycles: Reduce time-to-market through integrated digital tools
⚙️ Cross-Functional Collaboration: Break down departmental barriers with unified platforms
🔧 Virtual Testing Capabilities: Simulate performance before physical prototyping
📊 Data-Driven Decision Making: Leverage track and test data for continuous improvement

Industrial automation professionals can learn from Ducati’s digital transformation journey. Discover how similar technologies can optimize your manufacturing processes at PLCDCSHUB, your trusted resource for industrial automation solutions and expertise.

Frequently Asked Questions

How does Siemens Xcelerator benefit industrial manufacturers?
The platform integrates design, simulation, and production data. This connectivity reduces development cycles and improves product quality across manufacturing sectors.

What makes digital twin technology valuable for automation?
Digital twins enable virtual testing and optimization. Manufacturers can identify issues early, reducing physical prototyping costs and accelerating time-to-market.

Can smaller manufacturers implement similar technology?
Yes, scalable solutions exist for companies of all sizes. The key is starting with specific pain points and expanding digital transformation gradually.