In-space assembly and maintenance robotics for future space ecosystems

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EU-RISE is a 24 month research & innovation action funded by the European Union. The project draws upon the maturation of space robotics that has paved the way for new capabilities for in-space servicing, assembly and manufacturing (ISAM).

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With EU-RISE, budgeted with 2.3m€, Europe aims to analyse the market for ISAM services, create demo scenarios, and foster open-source processes for ongoing innovation.

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Bringing together 8 partners from 7 countries, the project aims to to define an end-to-end demonstration scenario, do a market analysis of in-space services, assembly and manufacturing, and create two reference scenarios for analysis.

EU-RISE contributes to Europe’s positioning as a leader in the global space industry. The establishment of a European ISAM capacity and defining the future space ecosystem will have a significant impact. By developing and implementing these new capabilities, Europe can maintain its competitiveness on the global stage, create new jobs, and drive economic growth through increased investment in the space industry. Furthermore, the development of a sustainable space ecosystem will have a positive impact on the environment, reducing the amount of waste and pollution in space and contributing to a more sustainable and cleaner space environment.

Project Insights

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Prototyping in Orbit: Unlocking Creative Design with EU-RISE;
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Robotic Autonomy for Space: The Future of Exploration Starts Here
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Designing for Modularity: Interfaces for In-Orbit Application
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Adapting to Change: The Case for Modularity in Space Services
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Sustainable Space: Making Robotics Ready for the Future
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Smart Connections in Orbit: How SIROM Simplifies Space Robotics
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Digital Twins: Powering Autonomous Assembly with Simulation
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Modular by Design: Building Interfaces for Space Missions
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Mastering Control: Developing Robotics Software for Space
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Building Space Services Brick by Brick: The Vision of EU-RISE
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Open Innovation in Space: A Collaborative Path to Breakthroughs
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Why Robotics is the Cornerstone of Tomorrow’s Space Missions
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Flexibility in Orbit: The Power of Modular Robotics in Space
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Precision in Motion: Enabling Safe Robotic Handling in Orbit
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Prototyping in Orbit: Unlocking Creative Design with EU-RISE;
Robotic Autonomy for Space: The Future of Exploration Starts Here
Designing for Modularity: Interfaces for In-Orbit Application
Adapting to Change: The Case for Modularity in Space Services
Sustainable Space: Making Robotics Ready for the Future
Smart Connections in Orbit: How SIROM Simplifies Space Robotics
Digital Twins: Powering Autonomous Assembly with Simulation
Modular by Design: Building Interfaces for Space Missions
Mastering Control: Developing Robotics Software for Space
Building Space Services Brick by Brick: The Vision of EU-RISE
Open Innovation in Space: A Collaborative Path to Breakthroughs
Why Robotics is the Cornerstone of Tomorrow’s Space Missions
Flexibility in Orbit: The Power of Modular Robotics in Space
Precision in Motion: Enabling Safe Robotic Handling in Orbit
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