CoRob-X

Cooperative Robots for Extreme Environments

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The project CoRob-X develops and demonstrates enabling technologies for multi-agent robotic teams. The primary target application is the exploration of planetary surfaces, with a focus on hard-to-reach areas. CoRob-X builds on robotic hardware provided by the project consortium and the software building blocks developed within the framework of the SRC Space Robotics Technologies. These building blocks are reused and significantly enhanced to support a multi-agent exploration team of robots.

Duration: 01.03.2021 till 28.02.2023
Donee: German Research Center for Artificial Intelligence GmbH
Sponsor: European Union
Grant number: Grant-No: GA 101004130
Website: www.corob-x.eu
Partner: GMV Aerospace and Defence SA
Space Applications Services NV
Université de Versailles-Saintquentin-en-Yvelines
Magellium SAS
Airbus Defence and Space GmbH
Sintef AS
Fundación Santa Bárbara
Application Field: Space Robotics
Related Projects: ADE (OG10)
Autonomous Decision Making in Very Long Traverses (02.2019- 04.2021)
ESROCOS (OG1)
European Space Robot Control Operating System (11.2016- 01.2019)
FACILITATORS (OG6)
FACILIties for Testing (at) ORbital and Surface robotics building blocks (11.2016- 01.2019)
InFuse (OG3)
Common Data Fusion Framework for Space Robotics (11.2016- 12.2021)
PERIOD (OG12)
PERASPERA In-Orbit Demonstration (Operational Grant 12) (01.2021- 12.2022)
PRO-ACT (OG11)
Planetary RObots Deployed for Assembly and Construction Tasks (02.2019- 04.2021)
PULSAR (OG8)
Prototype of an Ultra Large Structure Assembly Robot (02.2019- 01.2021)
TransTerrA
Semi-autonomous cooperative exploration of planetary surfaces including the installation of a logistic chain as well as consideration of the terrestrial applicability of individual aspects (05.2013- 12.2017)
SIROM (OG5)
Standard Interface for Robotic Manipulation of Payloads in Future Space Missions (11.2016- 02.2019)
ANT
AUTONOMOUS NON-WHEELED ALL-TERRAIN ROVER (01.2021- 10.2022)
Related Robots: SherpaTT
Coyote III

Project details

Cooperative Robot team approaches the Skylight (Rendering: DFKI)
Mission Phase 1 – Cooperative Exploration and Mapping (Rendering: DFKI)
Mission Phase 2 – Skylight Exploration with Payload Cube (Rendering: DFKI)
Mission Phase 3 – Skylight Exploration with Rapelling Robot Team (Rendering: DFKI)
Mission Phase 4 – Lava Tube Exploration with Scout Rover (Rendering: DFKI

Unmanned mobile exploration rovers have been successfully landed on the Moon as well as on Mars in the past. Additional robotic missions are planned, as for example ESA’s Exomars mission, and as of today, robots are the key enablers for the exploration of extra-terrestrial planetary surfaces. In the future, the role of robots in planetary missions will even increase. Human space flight is excessively expensive and robotic missions promise a much better ratio between scientific return and cost. Even if humans are eventually to be sent to the Moon or even to Mars, robots will be needed to prepare the ground and to provide support on site (Global Exploration Roadmap 2018).

However, although modern exploration rovers such as NASA’s Curiosity rover are masterpieces of robust engineering, they still lack many of the capabilities needed in the future for efficient robotic exploration- and support missions. This is true in particular for their locomotion capabilities, decisional autonomy and the ability to form cooperating multi-robot teams.

The overall objective of CoRob-X is to design, implement, and demonstrate an Advanced Robotic Exploration System (ADRES) that shows how, based on the current SoA in Space- and terrestrial robotics technologies and with a special focus on the technologies resulting from the operationa grants funded through the H2020 Strategic Research Cluster (SRC) Space Robotics Technologies, a team of autonomous and cooperating robots can access very hard-to-reach areas on planetary surfaces and achieve a science return that is so far impossible for a single robot.

CoRob-X will improve the existing SRC technology in areas such as locomotion, perception and localization, guidance, and decision making and demonstrate the capabilities of the robot team in an analogue scenario in the Canary Islands aimed at the exploration of lava tubes, which is one of the most important objectives for Moon exploration. CoRob-X will demonstrate how, even with the current SoA in robotics, future robotic exploration missions can provide the necessary capabilities in locomotion, decisional autonomy, and cooperation. CoRob-X will identify critical technologies, thoroughly evaluate the current SoA (both in Space and terrestrial robotics), identify gaps in technology and knowledge, and fill these gaps where necessary to enable a high-visibility demonstration both of a highly relevant Space science mission and a terrestrial use case.

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