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    • GEOSAT
    • Overview

    GEOSAT Overview

    Series Background

    GEOSAT-1 was the first satellite of the second generation of the Disaster Monitoring Constellation (DMC). The DMC is an international programme of Low Earth Orbit satellites. Working together, the network has the capability to provide a daily global imaging capability for rapid-response disaster monitoring and mitigation.

    GEOSAT-2 is the second satellite of the GEOSAT Earth Observation system, following GEOSAT-1. A high resolution satellite, it became the first European fully-private satellite capable of providing sub-metric multi-spectral imagery.

    To find out more, visit the GEOSAT portal.

    Mission Facts and Figures

     GEOSAT-1GEOSAT-2
    OperatorGEOSATGEOSAT
    Date of Launch29 July 200919 June 2014
    Orbit Height663 km620 km
    Orbit TypeSun-synchronous near-circularSun-synchronous
    Constellation Revisit TimeDaily coverage at a resolution that enables effective monitoring of the rapidly changing environment2 days worldwide
    Swath Width625 km12 km
    Resolution22 m for MS (Multispectral bands)PAN/ Pan-sharpened nadir conditions:
    • 1m GSD (PAN)
    • 75 cm in Pan-sharpened products after ground processing
    • 40 cm provided with the support of AI techniques

    Multispectral:
    • 4m GSD (Multispectral bands)
    Onboard Sensors Provided Under TPMSurrey Linear Imager Multispectral 6 channels (SLIM6) optical imagerHiRAIS (High Resolution Advanced Imaging System)
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    Featured

    • Algarve, Portugal: As seen by GEOSAT-1
      Algarve, Portugal: As seen by GEOSAT-1
    • Galicia, Spain: As seeen by GEOSAT-2
    • Cluj-Napoca, Romania: As seen by GEOSAT-2
    • Antwerp, Belgium: As seen by GEOSAT-2
    • Busan, South Korea: As seen by GEOSAT-1

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    • Imaging Spectrometers/Radiometers
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    • Passive Remote Sensing
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    • Spectrometers/Radiometers

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