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  • Landsat-1 to Landsat-3
  • Landsat-1 to Landsat-3
  • Landsat Series
  • Mission
    • Landsat-1 to Landsat-3 Overview
    • Landsat-1 to Landsat-3 Objectives
  • Instruments
    • Multi Spectral Scanner (MSS)
      • Explore Multi Spectral Scanner (MSS)
      • Multi Spectral Scanner (MSS) Overview
      • Multi Spectral Scanner (MSS) Cal/Val
      • Multi Spectral Scanner (MSS) Quality Control Reports
      • Multi Spectral Scanner (MSS) Processor Releases
      • Multi Spectral Scanner (MSS) Products Information
    • Return-Beam Vidicon (RBV)
      • Explore Return-Beam Vidicon (RBV)
      • Return-Beam Vidicon (RBV) Overview
  • Landsat-1 to Landsat-3
  • Landsat Series
  • Mission
    • Landsat-1 to Landsat-3 Overview
    • Landsat-1 to Landsat-3 Objectives
  • Instruments
    • Multi Spectral Scanner (MSS)
      • Explore Multi Spectral Scanner (MSS)
      • Multi Spectral Scanner (MSS) Overview
      • Multi Spectral Scanner (MSS) Cal/Val
      • Multi Spectral Scanner (MSS) Quality Control Reports
      • Multi Spectral Scanner (MSS) Processor Releases
      • Multi Spectral Scanner (MSS) Products Information
    • Return-Beam Vidicon (RBV)
      • Explore Return-Beam Vidicon (RBV)
      • Return-Beam Vidicon (RBV) Overview
More

    Landsat-1 to Landsat-3 INSTRUMENTS

    Explore instruments used in the Landsat-1 to Landsat-3 missions.

    EXPLORE INSTRUMENTS

    Landsat-1 to Landsat-3 DATA

    Discover how to access Landsat-1 to Landsat-3 data.

    ACCESS MISSION DATA

    The Landsat 1 to 3 satellites were the first in the United States' Landsat programme, dedicated to monitoring the Earth's land mass.

    Featured

    HEDAVI tutorial on radar processing

    HEDAVI tutorial on radar processing

    This tutorial will guide you through the processing of radar images available on HEDAVI, covering tools dedicated to beginners or others suited for expert users.

    HEDAVI Tutorial: How to process optical images in Explorer mode

    HEDAVI Tutorial: How to process optical images in Explorer mode

    This tutorial guides you through how to process optical images available in the HEritage DAta VIsualisation (HEDAVI) tool. The tutorial describes how to use features suited to beginners and those benefiting more experienced users.

    Coast of Croatia: As seen by Landsat-8

    Coast of Croatia: As seen by Landsat-8

    This Landsat-8 image was acquired on 30 July 2016 and shows the coast of Croatia south of Split.

    Casablanca, Morocco: As seen by Landsat-7

    Casablanca, Morocco: As seen by Landsat-7

    This Landsat-7 ETM+ image, taken on 7 December 2000, shows Casablanca in Morocco.

    Coast of Norway: As seen by Landsat-5

    Coast of Norway: As seen by Landsat-5

    This Landsat-5 satellite image, showing part of Norway's east coast along the Barents Sea, was acquired on 23 June 1998.

    About Landsat-1 to 3

    The Landsat programme is a joint USGS and NASA-led enterprise for Earth observation that represents the world's longest running system of satellites for moderate-resolution optical remote sensing for land, coastal areas and shallow waters.

    The first Landsat mission was launched in 1972, and was the first Earth observation satellite with the goal to monitor the world's land. It was soon followed by successors, and the series continues to this day.

    Landsat-1 to 3 Parameters
     Landsat-1Landsat-2Landsat-3
    OperatorsNASA (National Aeronautics and Space Administration)NASANASA
    Launch Dates23 July 197222 January 19755 March 1978
    End of Service6 January 1978Removed from operations on 25 February 1982. Decommissioned on 27 July 1983.Placed in standby mode on 31 March 1983 and decommissioned on 7 September 1983.
    Orbit Height907 km908 km917 km
    Orbit TypeSun-synchronous near-polarSun-synchronous near-polarSun-synchronous near-polar
    Inclination99.2°99.2°99.2°
    Repeat Cycle18 days18 days18 days
    Equatorial Crossing Time9:30 a.m.9:45 a.m.9:30 a.m.
    Onboard sensors provided under TPMMultispectral Scanner (MSS)MSSMSS

     

    Landsat-1 to 3 are part of ESA's Third Party Missions Programme, in which ESA has an agreement to distribute data products from the missions.

    Landsat-1 to 3 Objectives

    The primary mission objective was to monitor Earth resources with two imaging systems and to achieve periodic and complete coverage of the United States via multispectral, high spatial resolution images of solar radiation reflected from the Earth's surface.

    Landsat-1 to 3 Instruments

    The Multi Spectral Scanner (MSS) instrument was carried aboard the Landsat-1 to 5 missions between 1972 and 2013. The objective of MSS was to provide repetitive daytime acquisition of high-resolution, multispectral data of the Earth's surface on a global basis and to demonstrate that remote sensing from space is a feasible and practical approach to efficient management of the Earth's resources.

    find out more

    The Return-Beam Vidicon (RBV) instrument was carried onboard the Landsat-1 to 3 satellites between 1972 and 1983. It consisted of three co-aligned television cameras, one for each spectral band (band 1: blue-green, band 2: yellow-red, band 3: NIR). RBV measurements of reflected solar radiation were only conducted in daylight

    find out more

    Landsat-1 to 3 Data

    DATA COLLECTIONS

    ESA offers to registered user the access through the Online Dissemination server to the following data collections:

    • Landsat MSS ESA archive
    • Landsat RBV

    DATA QUALITY

    Quality Control is monitoring routinely the status of the spacecraft (payload and platform) and to check if the derived products meet the quality requirements along mission life-time. Learn about the quality control activities for the MSS instrument:

    • MSS quality control
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