Laser Risk Reduction Program (LRRP)

Image shows LRRP logo which is the text LRRP and a laser burst

Laser / Lidar remote sensing techniques satisfy a variety of measurement requirements for Earth science, as well as for space science, space exploration, and aeronautics. Lasers allow remote sensing of earth-system variables such as sea elevation, atmospheric composition, wind profiles, cloud cover, ice mass, and vegetation canopy.

The Laser Risk Reduction Program was established in 2001 by ESTO in order to formalize design, testing, and development procedures for durable laser systems and architectures, particularly in the critical 1- and 2-micron wavelengths. LRRP aimed to demonstrate laser technologies that could be reliably and confidently applied to a wide range of applications. Many LRRP projects have found their way into formal Earth observing instruments and systems. 35 LRRP projects were completed by 2010 when program funding ended.

Investment Areas

  • High-performance 1- and 2- Micron Lasers
  • High-reliability Pump Laser Diode Arrays
  • Space Radiation Tolerance
  • Frequency Control and Wavelength Conversion
  • Electrical Efficiency
  • Heat Removal and Thermal Management
  • Contamination Tolerance
  • Photoreceiver and Detector Development

Earth Science Application Areas for Laser Technology

  • Earth Science
    Clouds / AerosolsTropospheric Winds
    Ozone
    Carbon Dioxide
    Biomass
    Water Vapor
    Land, Ice, and Ocean
    Surface Mapping
    Laser Altimetry

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