The Exploration Company uses Siemens Xcelerator for reusable spacecraft
The Munich-based startup is leveraging digital twin technology to accelerate the production of its Nyx spacecraft and propulsion systems.
Munich-based space startup The Exploration Company is integrating the Siemens Xcelerator software suite to streamline the engineering of its reusable spacecraft. The move aims to reduce design complexity and accelerate the delivery of next-generation orbital vehicles.
To achieve this, the company is deploying a comprehensive portfolio of Siemens tools, including Teamcenter, Simcenter, Capital, and Designcenter. According to reports from Manufacturing Outlook and Automation.com, these tools are being applied to both the primary spacecraft design and the development of critical propulsion systems. By implementing a digital twin approach, the startup intends to improve cross-functional collaboration and shorten the manufacturing process, moving more efficiently from conceptual models to flight-ready hardware.
The Push for Sovereign Access
The Exploration Company is focused on establishing independent, reusable access to space for Europe. Its flagship project, Nyx, is designed as a reusable spacecraft intended to provide a sovereign gateway to orbit. This strategic focus is part of a broader effort to reduce the environmental impact and high costs traditionally associated with space missions, which have historically relied on expendable hardware.
Industrializing Space Startups
The integration of industrial-grade Product Lifecycle Management (PLM) and simulation software represents a significant shift in how space startups operate. By utilizing the Xcelerator suite, The Exploration Company can simulate complex aerospace environments and test propulsion systems virtually. This reduces the reliance on costly and time-consuming physical prototypes, bridging the gap between the agile development cycles of a startup and the rigorous safety and engineering standards of the aerospace industry.
Future Outlook
As the company progresses toward the deployment of Nyx, the focus remains on reducing the time-to-market for reusable technology. While the company is working toward specific demonstrator milestones, the primary objective is the validation of a scalable, reusable architecture. Industry observers will be watching to see how the application of these digital twins translates into actual launch timelines and the overall reduction of engineering overhead for European space infrastructure.