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Exact Contract Story

THIS 2010 NASA SBIR PHASE 1 PROPOSAL FOR AN INNOVATIVE LOW-FIELD VECTOR MAGNETOMETER (V-400-LF) IS A RESPONSE TO SUBTOPIC S1.06 PARTICLES AND FIELD SENSORS AND INSTRUMENT ENABLING TECHNOLOGIES. THE V-400-LF INSTRUMENT IS INTENDED FOR MAKING HIGH-RESOLUTION MAGNETIC FIELD MEASUREMENTS OF PLANETS AND IN INTERPLANETARY SPACE ON SMALL SATELLITES AND SPACECRAFT. THE PHASE 1 EFFORT INCLUDES DEVELOPMENT OF DESIGNS FOR ADVANCED MINIATURIZED COMPONENTS AND A CONCEPTUAL DESIGN FOR A MINIATURIZED V-400-LF INSTRUMENT IN ORDER TO ESTABLISH THE FEASIBILITY OF DESIGNING AND FABRICATING A PROTOTYPE V 400-LF IN PHASE 2. LASER-PUMPED HELIUM MAGNETOMETERS HAVE PROVEN TO BE WORLD-CLASS INSTRUMENTS FOR MEASURING THE DIRECTION AND MAGNITUDE OF THE GEOMAGNETIC AND PLANETARY FIELDS. THE V-400-LF WILL BUILD ON THE HERITAGE OF THE LOW-FIELD VECTOR HELIUM MAGNETOMETER (LVHM), THE SCALAR HELIUM MAGNETOMETER (SHM), AND THE LASER-PUMPED VECTOR/SCALAR SELF-CALIBRATING VECTOR HELIUM MAGNETOMETER (SVHM). THE GOAL OF PHASE 1 IS DEVELOPMENT OF A CONCEPTUAL DESIGN FOR A MINIATURIZED INSTRUMENT APPROPRIATE FOR SMALL SPACECRAFT AND MICROSATELLITES. THIS MINIATURIZATION WILL BE ACCOMPLISHED THROUGH THE USE OF ADVANCED MINIATURIZED COMPONENTS AND PACKAGING METHODS FOR THE V-400-LF SENSOR AND ELECTRONICS. THE V-400-LF CAN BE USED TO MEASURE VECTOR COMPONENTS OF LOW MAGNETIC FIELDS, SCALAR GRADIENTS (DIFFERENCE OF VECTOR MAGNITUDE MEASUREMENTS FROM TWO V-400-LF INSTRUMENTS), AND GRADIENT TENSOR ELEMENTS (DIFFERENCE BETWEEN VECTOR COMPONENTS USING THREE OR MORE INSTRUMENTS) WITH VERY HIGH STABILITY AND ACCURACY. THE V-400-LF WILL HAVE A DYNAMIC RANGE OF +/- 1,000 NT, A SENSITIVITY OF 10 PT/RTHZ AT 1 HZ, AND A CALIBRATED ACCURACY OF +/- 0.5 NT. THE SAMPLE RATE WILL BE 430 HZ. THE TRL IS EXPECTED TO BE 4 AT THE END OF THE PHASE 1 CONTRACT.

THIS 2010 NASA SBIR PHASE 1 PROPOSAL FOR AN INNOVATIVE LOW-FIELD VECTOR MAGNETOMETER (V-400-LF) IS A RESPONSE TO SUBTOPIC S1.06 PARTICLES AND FIELD SENSORS AND INSTRUMENT ENABLING TECHNOLOGIES. THE V-400-LF INSTRUMENT IS INTENDED FOR MAKING HIGH-RESOLUTION MAGNETIC FIELD MEASUREMENTS OF PLANETS AND IN INTERPLANETARY SPACE ON SMALL SATELLITES AND SPACECRAFT. THE PHASE 1 EFFORT INCLUDES DEVELOPMENT OF DESIGNS FOR ADVANCED MINIATURIZED COMPONENTS AND A CONCEPTUAL DESIGN FOR A MINIATURIZED V-400-LF INSTRUMENT IN ORDER TO ESTABLISH THE FEASIBILITY OF DESIGNING AND FABRICATING A PROTOTYPE V 400-LF IN PHASE 2. LASER-PUMPED HELIUM MAGNETOMETERS HAVE PROVEN TO BE WORLD-CLASS INSTRUMENTS FOR MEASURING THE DIRECTION AND MAGNITUDE OF THE GEOMAGNETIC AND PLANETARY FIELDS. THE V-400-LF WILL BUILD ON THE HERITAGE OF THE LOW-FIELD VECTOR HELIUM MAGNETOMETER (LVHM), THE SCALAR HELIUM MAGNETOMETER (SHM), AND THE LASER-PUMPED VECTOR/SCALAR SELF-CALIBRATING VECTOR HELIUM MAGNETOMETER (SVHM). THE GOAL OF PHASE 1 IS DEVELOPMENT OF A CONCEPTUAL DESIGN FOR A MINIATURIZED INSTRUMENT APPROPRIATE FOR SMALL SPACECRAFT AND MICROSATELLITES. THIS MINIATURIZATION WILL BE ACCOMPLISHED THROUGH THE USE OF ADVANCED MINIATURIZED COMPONENTS AND PACKAGING METHODS FOR THE V-400-LF SENSOR AND ELECTRONICS. THE V-400-LF CAN BE USED TO MEASURE VECTOR COMPONENTS OF LOW MAGNETIC FIELDS, SCALAR GRADIENTS (DIFFERENCE OF VECTOR MAGNITUDE MEASUREMENTS FROM TWO V-400-LF INSTRUMENTS), AND GRADIENT TENSOR ELEMENTS (DIFFERENCE BETWEEN VECTOR COMPONENTS USING THREE OR MORE INSTRUMENTS) WITH VERY HIGH STABILITY AND ACCURACY. THE V-400-LF WILL HAVE A DYNAMIC RANGE OF +/- 1,000 NT, A SENSITIVITY OF 10 PT/RTHZ AT 1 HZ, AND A CALIBRATED ACCURACY OF +/- 0.5 NT. THE SAMPLE RATE WILL BE 430 HZ. THE TRL IS EXPECTED TO BE 4 AT THE END OF THE PHASE 1 CONTRACT.

Status: Exact storyScope: blue-originContract key: USASPENDING-NNX11CE84PAward ID: NNX11CE84P

Discovery Data

Mission
Blue Origin Program
Awarded on
2011-02-18
Obligated amount
$99,940
Agency
NASA
Customer
POLATOMIC, INC
Recipient
POLATOMIC, INC
Actions
1
Notices
0
Spending points
1
Bidders
0
Exact source records
1

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USASpending award

1 linked

Latest Award Actions

  • Mod 02011-02-18

    Delta: $99,940 • Cumulative: $99,940

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