L3HARRIS TECHNOLOGIES, INC.

RADIATION BUDGET INSTRUMENT (RBI) IS A SCANNING RADIOMETER CAPABLE OF MEASURING EARTH'S REFLECTED SOLAR AND EMITTED THERMAL RADIANCE IN THREE SPECTRAL BANDS. RBI WILL CONTINUE THE SINGULARLY UNIQUE GLOBAL CLIMATE MEASUREMENTS OF THE EAR

THE CONTRACTOR SHALL PROVIDE THE PERSONNEL. MATERIALS, AND FACILITIES NECESSARY TO DESIGN. DEVELOP, INTEGRATE, TEST AND SUPPORT GOES IMAGER AND SOUNDER INSTRUMENTS SUPPORT INSTRUMENT INTEGRATION INTO THE SPACECRAFT TO CONDUCT SPACECRAFT-LEVEL INSTRUMENT TESTING AND TO SUPPORT LAUNCH AND ON-ORBIT OPERATIONS FOR THE NOAA GEOSTATIONARY ENVIRONMENTAL SATELLITE PROGRAM. THE IMAGER SHALL BE A FIVE SPECTRAL CHANNEL TWO-AXIS SCANNING RADIOMETER, AND SHALL BE CAPABLE OF PROVIDING IMAGERY AND RADIOMETRIC INFORMATION OF THE EARTH S SURFACE AND CLOUD COVER. CAPABILITY FOR STAR SENSING SHALL ALSO BE PROVIDED. THE INSTRUMENT SHALL BE CAPABLE OF MEASURING EMITTED AND SOLAR REFLECTED RADIANCE SIMULTANEOUSLY FROM THE FIVE SPECTRAL CHANNELS. RADIOMETRIC QUALITY, SIMULTANEOUS DATA COLLECTION WITH THE SOUNDER, AND SCAN FLEXIBILITY ARE PRIME REQUIREMENTS OF THE SYSTEM. THE SOUNDER SHALL BE A 19 SPECTRAL CHANNEL DISCRETE FILTER WHEEL RADIOMETER USING A TWO-AXIS SCANNING MIRROR CAPABLE OF PROVIDING VARIABLE AREA SOUNDING OF THE EARTH S ATMOSPHERE. RADIOMETRIC QUALITY, SIMULTANEOUS DATA COLLECTION WITH THE IMAGER, AND SCAN FLEXIBILITY ARE PRIME REQUIREMENTS FOR THE SOUNDER.

GEOXO IMAGER (GXI) INSTRUMENT IMPLEMENTATION

GEOXO IMAGER (GXI) INSTRUMENT IMPLEMENTATION

GEOXO IMAGER (GXI) INSTRUMENT IMPLEMENTATION

DEVELOPMENT, MANUFACTURING AND SUPPORT TO WEATHER OBSERVING INSTRUMENT

GEOXO IMAGER (GXI) INSTRUMENT IMPLEMENTATION

OPTION EXERCISE CLIN 5001/5002

GEOXO IMAGER (GXI) INSTRUMENT IMPLEMENTATION

ENGINEERING SERVICES AND DEVELOPMENT LEADING TO THE DELIVERY OF THE CROSS TRACK INFRARED SOUNDER (CRIS) INSTRUMENT AND SUPPORT.

GEOXO IMAGER (GXI) INSTRUMENT IMPLEMENTATION

CORRECTLY OBLIGATING CLIN 4001/4002

GEOXO IMAGER (GXI) INSTRUMENT IMPLEMENTATION

DEVELOPMENT, MANUFACTURING AND SUPPORT TO WEATHER OBSERVING INSTRUMENT

RADIATION BUDGET INSTRUMENT (RBI) IS A SCANNING RADIOMETER CAPABLE OF MEASURING EARTH'S REFLECTED SOLAR AND EMITTED THERMAL RADIANCE IN THREE SPECTRAL BANDS. RBI WILL CONTINUE THE SINGULARLY UNIQUE GLOBAL CLIMATE MEASUREMENTS OF THE EAR

EXERCISE OF OPTION PERIOD 4

ENGINEERING SERVICES AND DEVELOPMENT LEADING TO THE DELIVERY OF THE CROSS TRACK INFRARED SOUNDER (CRIS) INSTRUMENT AND SUPPORT.

THE CONTRACTOR SHALL PROVIDE THE PERSONNEL. MATERIALS, AND FACILITIES NECESSARY TO DESIGN. DEVELOP, INTEGRATE, TEST AND SUPPORT GOES IMAGER AND SOUNDER INSTRUMENTS SUPPORT INSTRUMENT INTEGRATION INTO THE SPACECRAFT TO CONDUCT SPACECRAFT-LEVEL INSTRUMENT TESTING AND TO SUPPORT LAUNCH AND ON-ORBIT OPERATIONS FOR THE NOAA GEOSTATIONARY ENVIRONMENTAL SATELLITE PROGRAM. THE IMAGER SHALL BE A FIVE SPECTRAL CHANNEL TWO-AXIS SCANNING RADIOMETER, AND SHALL BE CAPABLE OF PROVIDING IMAGERY AND RADIOMETRIC INFORMATION OF THE EARTH S SURFACE AND CLOUD COVER. CAPABILITY FOR STAR SENSING SHALL ALSO BE PROVIDED. THE INSTRUMENT SHALL BE CAPABLE OF MEASURING EMITTED AND SOLAR REFLECTED RADIANCE SIMULTANEOUSLY FROM THE FIVE SPECTRAL CHANNELS. RADIOMETRIC QUALITY, SIMULTANEOUS DATA COLLECTION WITH THE SOUNDER, AND SCAN FLEXIBILITY ARE PRIME REQUIREMENTS OF THE SYSTEM. THE SOUNDER SHALL BE A 19 SPECTRAL CHANNEL DISCRETE FILTER WHEEL RADIOMETER USING A TWO-AXIS SCANNING MIRROR CAPABLE OF PROVIDING VARIABLE AREA SOUNDING OF THE EARTH S ATMOSPHERE. RADIOMETRIC QUALITY, SIMULTANEOUS DATA COLLECTION WITH THE IMAGER, AND SCAN FLEXIBILITY ARE PRIME REQUIREMENTS FOR THE SOUNDER.

ENGINEERING SERVICES AND DEVELOPMENT LEADING TO THE DELIVERY OF THE CROSS TRACK INFRARED SOUNDER (CRIS) INSTRUMENT AND SUPPORT.

EXERCISE OF OPTION PERIOD 3

DEVELOPMENT, MANUFACTURING AND SUPPORT TO WEATHER OBSERVING INSTRUMENT

AIRCRAFT INSTRUMENT OPERATIONS TO SUPPORT THE SECOND YEAR OF FLIGHT CAMPAIGNS FOR THE ATMOSPHERIC CARBON AND TRANSPORT AMERICA (ACT-AMERICA)EARTH VENTURE SUBORBITAL MISSION

AIRCRAFT INSTRUMENT OPERATIONS TO SUPPORT THE FIRST FLIGHT CAMPAIGN FOR THE ATMOSPHERIC CARBON AND TRANSPORT AMERICA (ACT-AMERICA) EARTH VENTURE SUBORBITAL MISSION

RADIATION BUDGET INSTRUMENT (RBI)TRADE STUDIES IS A SCANNING RADIOMETER CAPABLE OF MEASURING EARTH'S REFLECTED SOLAR AND EMITTED THERMAL RADIANCE IN THREE SPECTRAL BANDS. RBI WILL CONTINUE THE SINGULARLY UNIQUE GLOBAL CLIMATE MEASUREMENTS OF THE EARTH'S RADIATION BUDGET PROVIDED BY THE CLOUDS AND THE EARTH'S RADIANT ENERGY SYSTEM (CERES) INSTRUMENT. THE SCOPE OF THIS TASK ORDER IS TO CONDUCT TWO TRADE STUDIES TO FURTHER INVESTIGATE RISKS IDENTIFIED BY THE GOVERNMENT CONCERNING THE RBI SOLAR AVOIDANCE CAPABILITIES. IN THE FIRST STUDY (#1) THE CONTRACTOR SHALL ASSESS AND DETERMINE CANDIDATE SOLUTIONS FOR SOLAR AVOIDANCE FOR THE FOLLOWING INSTRUMENT MODES OF OPERATION: 1) SURVIVAL 2) SAFE 3) ENGINEERING AND 4) OPERATIONAL. IN THE SECOND TRADE STUDY (#2) THE CONTRACTOR SHALL ASSESS AND DETERMINE CANDIDATE SOLUTIONS FOR MAINTAINING OR MOVING THE INSTRUMENT TO A KNOWN POSITION DURING 1) OFF MODE PRIOR TO INSTRUMENT INITIALIZATION AND 2) UNPLANNED LOSS OF POWER FROM ANY OTHER MODE TO OFF MODE.

TASK ORDER FOR THE ACT AMERICA MISSION IN ACCORDANCE WITH THE STATEMENT OF WORK TITLED AIRCRAFT INSTRUMENT OPERATIONS TO SUPPORT THE THIRD FLIGHT CAMPAIGN FOR THE ATMOSPHERIC CARBON AND TRANSPORT-AMERICA (ACT-AMERICA) EARTH VENTURE SUBORBITAL MISSION

THE CONTRACTOR SHALL PROVIDE THE PERSONNEL. MATERIALS, AND FACILITIES NECESSARY TO DESIGN. DEVELOP, INTEGRATE, TEST AND SUPPORT GOES IMAGER AND SOUNDER INSTRUMENTS SUPPORT INSTRUMENT INTEGRATION INTO THE SPACECRAFT TO CONDUCT SPACECRAFT-LEVEL INSTRUMENT TESTING AND TO SUPPORT LAUNCH AND ON-ORBIT OPERATIONS FOR THE NOAA GEOSTATIONARY ENVIRONMENTAL SATELLITE PROGRAM. THE IMAGER SHALL BE A FIVE SPECTRAL CHANNEL TWO-AXIS SCANNING RADIOMETER, AND SHALL BE CAPABLE OF PROVIDING IMAGERY AND RADIOMETRIC INFORMATION OF THE EARTH S SURFACE AND CLOUD COVER. CAPABILITY FOR STAR SENSING SHALL ALSO BE PROVIDED. THE INSTRUMENT SHALL BE CAPABLE OF MEASURING EMITTED AND SOLAR REFLECTED RADIANCE SIMULTANEOUSLY FROM THE FIVE SPECTRAL CHANNELS. RADIOMETRIC QUALITY, SIMULTANEOUS DATA COLLECTION WITH THE SOUNDER, AND SCAN FLEXIBILITY ARE PRIME REQUIREMENTS OF THE SYSTEM. THE SOUNDER SHALL BE A 19 SPECTRAL CHANNEL DISCRETE FILTER WHEEL RADIOMETER USING A TWO-AXIS SCANNING MIRROR CAPABLE OF PROVIDING VARIABLE AREA SOUNDING OF THE EARTH S ATMOSPHERE. RADIOMETRIC QUALITY, SIMULTANEOUS DATA COLLECTION WITH THE IMAGER, AND SCAN FLEXIBILITY ARE PRIME REQUIREMENTS FOR THE SOUNDER.

GEO-XO IMAGER PHASE A FORMULATION

GEOSTATIONARY AND EXTENDED ORBITS (GEO-XO) SOUNDER (GXS) PHASE A STUDY