satellite navigation space → developing european satellite …

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→ Developing European GNSS Galileo, G2G, and EGNOS Processing Facilities Precise Orbit Determination ARAIM → GNSS Reflectometry Water Surface Altimetry Biomass Estimation → GNSS for Space AGGA4 Chip Receiver Emulation & Drivers Navigation in HEO/GEO/GTO Navigation for Moon missions → Receiver & Research Tools L5/E5 Receiver Detailed Receiver Simulation Performance Analysis → Applications Navigation in Challenging Environments Elecnor Deimos is actively involved in all of the major European GNSS programmes. We are responsible for three critical elements of Galileo’s Ground Segment (Message Generation Facility, Mission Support Facility and Raw Data Generator), and lead activities for EGNOS v3 and Galileo 2 nd Generation (G2G). In addition, we offer a complete set of tools and products for GNSS system analysis and design. SATELLITE NAVIGATION Engineering the future of GNSS. SPACE SATELLITE NAVIGATION

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Page 1: SATELLITE NAVIGATION SPACE → Developing European SATELLITE …

→ Developing European GNSSGalileo, G2G, and EGNOSProcessing FacilitiesPrecise Orbit DeterminationARAIM

→ GNSS ReflectometryWater Surface AltimetryBiomass Estimation

→ GNSS for SpaceAGGA4 Chip Receiver Emulation & DriversNavigation in HEO/GEO/GTONavigation for Moon missions

→ Receiver & Research ToolsL5/E5 ReceiverDetailed Receiver SimulationPerformance Analysis

→ ApplicationsNavigation in Challenging Environments

Elecnor Deimos is actively involved in all of the major European GNSS programmes.

We are responsible for three critical elements of Galileo’s Ground Segment (Message Generation Facility, Mission Support Facility and Raw Data Generator), and lead activities for EGNOS v3and Galileo 2nd Generation (G2G).

In addition, we o�er a complete set of tools and products for GNSS system analysis and design.

SATELLITENAVIGATIONEngineering

the future

of GNSS.

SPACESATELLITE NAVIGATION

Page 2: SATELLITE NAVIGATION SPACE → Developing European SATELLITE …

SPACE – SATELLITE NAVIGATION

CapabilitiesOur capabilities cover a wide variety of competencies in the GNSS domain, including:

→ Systems Engineering, developing system architectures and interfaces.

→ Precise Orbit&Clock Determination for GPS and Galileo.

→ GNSS Algorithms and Performances for navigation, integrity, safety, and simulation toolstools.

→ Development Development of Ground Segment Systems for complex algorithms, as well as critical and real-time software systems.

→ GNSS Applications, such as naviga-tion in challenging environments and other advanced solutions.

→ GNSS Receiver Technology, includ-ing signal processing, user receiver algorithms, and hybridisation.

GNSS for SpaceThe use of GNSS in space o�ers key advantages such as: increasing space vehicle autonomy, enabling high precision navigation, and/or allowing the obtainment of unique science measurements. Elecnor Deimos is actively involved in several GNSS space studies:

→ Assessing the suitability and achievable performances of GNSSin high orbits.

→ Evaluating the suitability of using GNSS as primary navigation for Moon missions.

→ De�ning improvements for the use of Galileo in space.

Space GNSS ReceiverElecnor Deimos is developing several space GNSS receivers:

→ G3-STAR low-cost space GNSS receiver for Cubesats, providing precise on-board orbitdetermination: FPGA-based dual frequency GPS / Galileo ( L1/E1 and L5/E6a), integrated in a space quali�ed Software De�ned Radiohardware platform produced by GomSpace, and a Precise Point Positioning software libraryprovided by Fugro.

→ NAVIGA GPS / Galileo receiverfor European VEGA-C launcher(as SENER's subcontractor).

@ElecnorDeimos @Elecnor_DeimosElecnor Deimos

Ronda de Poniente, 19 Edi�cio FITENI VI 28760Tres Cantos, Madrid, EspañaT. +34 91 806 34 50

deimos-space.com