Development of high performance units for EO: Earthcare and MTG

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Beatriz Nieto Domínguez
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Jesús Aivar Mateo BDM UdN Space November 22-24th, 2017

1 Development of high performance units for EO: Earthcare and MTG II Congreso de Ingeniería Espacial - COIAE Jesús Aivar Mateo BDM UdN Space November 22-24th, 2017 Prepared by: J.Aivar 2017_02_22_Presentation_CDTI_EOEP_Final

2 LIDAX s contribution to Earthcare & Meteosat Third Generation II Congreso de Ingeniería Espacial - COIAE Corporate Presentation Development of High Performance Units for EO: Earthcare & MTG Conclusions Contact

technicians From a Project orientation company towards Space Complete Unit/Subsystems

3 Main Figures Founded in 2000 Private & Independent Company Exports (>80%) mainly to the EU & ESA Quality Certifications: EN9100 based on ECSS Staff: 40 Aerospace Engineers and technicians From a Project orientation company towards Space Complete Unit/Subsystems Developer (TIER 2) Product Engineering & AIT Facilities located in Madrid Commercial Office in Toulouse (France)

4 Product Families & Heritage Through partnerships with PRIMES, Subsidiaries & R+D Centres / Universities, LIDAX is a reliable partner to develop Optical & Optoelectronics Subsystems and High Resolution Mechanisms for Space Instrumentation

5 LIDAX s contribution to Earthcare & Meteosat Third Generation II Congreso de Ingeniería Espacial - COIAE Corporate Presentation Development of High Performance Units for EO: Earthcare & MTG Conclusions Contact

EARTHCARE Satellite ATLID Co-Alignment Sensor (CAS) 6th Earth Explorer Mission (ESA & JAXA) The ATLID Instrument is equipped with a high spectral resolution receiver and a depolarizing channel The

6 EARTHCARE Satellite ATLID Co-Alignment Sensor (CAS) 6th Earth Explorer Mission (ESA & JAXA) The ATLID Instrument is equipped with a high spectral resolution receiver and a depolarizing channel The co-alignment sensor (CAS) is an optoelectronic unit located in the Optical Bench that will continuously check the ATLID laser beam direction (Receiver Chain) This optoelectronic unit was developed through a strong industry partnership by Airbus D&S (CRISA) and LIDAX. Date for its launch: October 2018 ATLID aims to study the clouds and aerosols to understand their influence on radiation driving the climate system and its regulation

EARTHCARE Satellite FPA Co-Alignment Sensor (CAS) PRODUCT

Plane Assembly Development & Qualification, integrating

challenging requirements were: Stability < 1μm

(overall) High Control Cleanliness: 50ppm, 1.

7 EARTHCARE Satellite FPA Co-Alignment Sensor (CAS) PRODUCT DESCRIPTION LIDAX Activities & responsibilities were Focal Plane Assembly Development & Qualification, integrating Optics / Detector and Electronics for STM & PFM Models The challenging requirements were: Stability < 1μm (optics/ccd), < 30μm (overall); Rotational axis <100 μrad (overall) High Control Cleanliness: 50ppm, g/cm² Microvibration Sensitive Equipment Instrumentation (Earth Observation)

8 EARTHCARE Satellite FPA Co-Alignment Sensor (CAS) QUALIFICATION CAMPAIGN Acknowledgements for their collaboration and support to: Airbus D&S SAS & CRISA, INTA LINES

MTG Telescope Optics for IRS and FCI Telescope Mounts

between EUMETSAT and ESA MTG will enhance global and

climate and atmospheric chemistry monitoring data from

European meteorology observation until 2039-4x MTG-I

9 MTG Telescope Optics for IRS and FCI Telescope Mounts Metheosat Third Generation (MTG) Cooperation programme between EUMETSAT and ESA MTG will enhance global and regional numerical weather prediction (3w in advance), climate and atmospheric chemistry monitoring data from GEO. In total Six Satellite Series will cover the European meteorology observation until x MTG-I Flexible Combined Imager - 2x MTG-S Infra Red Sounder Instrumentation (Earth Observation)

MTG Telescope Optics for IRS and FCI Telescope Mounts PROJECT DESCRIPTION LIDAX in close collaboration with an Optical Space Manufacturer has the following responsibilities: Optical Mounts

MGSE, and OGSE required for testing The challenging requirements are: High Stability Mirror Supports From ± 1 μm to ± 20 μm Thermal Control Design and Thermal Hardware Procurement with accuracies

10 MTG Telescope Optics for IRS and FCI Telescope Mounts PROJECT DESCRIPTION LIDAX in close collaboration with an Optical Space Manufacturer has the following responsibilities: Optical Mounts Development & Manufacturing for M1, M2, M3, and M4 for both instruments FCI and IRS, including Thermal Hardware Integration and Environmental Testing of Optical Assemblies Development and MAI of MGSE, and OGSE required for testing The challenging requirements are: High Stability Mirror Supports From ± 1 μm to ± 20 μm Thermal Control Design and Thermal Hardware Procurement with accuracies below 0,1K Cleanliness Requirements: ppm & Molecular g/cm² Program & Contractual Management Date for its first launch: from 2021 onwards Total: 24 Equipped Mirrors (STM, EQM & FMs) Preliminary FCI-TO design mounted on the OBA FCI M4 Opto-Mechanical Assembly Design Instrumentation (Earth Observation)

Acknowledgements for their collaboration

11 MTG Telescope Optics IRS and FCI Telescope Mounts QUALIFICATION CAMPAIGN LIDAX is currently performing Telescope Optics STM Environmental Test Campaign (TVC and Shaker Testing) carried out at Thales Alenia Space France in Cannes. Acknowledgements for their collaboration and support to: OHB System AG, Thales, TAS France & TAS España

12 LIDAX s contribution to Earthcare & Meteosat Third Generation II Congreso de Ingeniería Espacial - COIAE Corporate Presentation Development of High Performance Units for EO: Earthcare & MTG Conclusions Contact

Conclusions LIDAX desarrolla y entrega unidades ópticas y optoelectrónicas COMPLETAS para instrumentos de alto contenido innovador

Se han presentado 2 proyectos de referencia (Earthcare y Meteosat Tercera Generación) donde se muestra el nivel de capacitación

Universidades Para seguir CRECIENDO Creación de una Agencia Espacial Española que aglutine los diferentes programas de espacio,

Estratégico del Sector que fomente una Industria Espacial con unas herramientas financieras adecuadas de apoyo directo a las PYMES

13 Conclusions LIDAX desarrolla y entrega unidades ópticas y optoelectrónicas COMPLETAS para instrumentos de alto contenido innovador en misiones de Observación de la Tierra y Científicas. Se han presentado 2 proyectos de referencia (Earthcare y Meteosat Tercera Generación) donde se muestra el nivel de capacitación tecnológica alcanzado y la experiencia en Equipos de Vuelo en colaboración con la Industria / Centros de Investigación y Universidades Para seguir CRECIENDO Creación de una Agencia Espacial Española que aglutine los diferentes programas de espacio, fomente nuevos Programas Bilaterales en EO/SCI y mantenga la exitosa capacitación industrial alcanzada (SPAINSAT 2, ) Un Plan Estratégico del Sector que fomente una Industria Espacial con unas herramientas financieras adecuadas de apoyo directo a las PYMES Tecnológicas Incentivar las colaboraciones industriales entre Sistemistas y Equipistas (No Proveedores) para el desarrollo de productos competitivos en el Mercado de Exportación (Space 4.0): Costelaciones, Microsatélites,

14 LIDAX s contribution to Earthcare & Meteosat Third Generation II Congreso de Ingeniería Espacial - COIAE Corporate Presentation Development of High Performance Units for EO: Earthcare & MTG Conclusions Contact

15 Contact Info Contacts General Manager- Aerospace Eng.: Carlos Laviada International Business Development Manager - Mech. Eng.: Jesús Aivar (jesus.aivar@lidax.com) Address C/ Antonio Alonso Martín, 1, Paracuellos de Jarama (Madrid),SPAIN Ph: ; Fax: Web:

16 Prepared by: Presentador [NOMBRE DE ARCHIVO]

17 EARTHCARE Satellite ATLID Co-Alignment Sensor (CAS)

asféricos, evolución del anterior SEVIRI, capaz proporcionar una imagen completa de la Tierra cada 10 minutos y de Europa cada 2.

Incluye entre otros instrumentos el IRS (InfraRed Sounder) Es un interferómetro de Fourier que proporcionará información 4D acerca de

18 MTO Qué es MTG? Para que sirve? MTG-I (mager) Incluye entre otros instrumentos el FCI (Flexible Combiner Imager) Es una telescopio anastigmático de 3 espejos asféricos, evolución del anterior SEVIRI, capaz proporcionar una imagen completa de la Tierra cada 10 minutos y de Europa cada 2.5 minutos en 16 canales (8 VIS, 8 IR) La primera unidad de las 4 previstas tiene fecha de lanzamiento prevista 2019 MTG-S (ounder) Incluye entre otros instrumentos el IRS (InfraRed Sounder) Es un interferómetro de Fourier que proporcionará información 4D acerca de la atmósfera (temperatura, humedad, concentración de CO, CO 2, O 3,, etc) en 800 canamls LWIR y 920 canales MWIR La primera unidad de las 2 previstas tiene fecha de lanzamiento prevista 2021 Fin de Curso - Presentaciones Corporativas - MTO 18 23/11/2017

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