NASA SBIR SUCCESS STORY  Marshall Space Flight Center 
1989 Phase II 

Space Portable SpectroReflectometer (SPSR) 

AZ  Technology, Inc. 

Huntsville, AL 


 

INNOVATION 
    Handheld instrument to measure key thermal control properties of material surfaces during extra-vehicular activities.
Space Portable SpectroReflectometer
Space Portable SpectroReflectometer
ACCOMPLISHMENTS 
    • AZ Technology's Spectroreflectometer can measure sample sizes over 0.5 inches in diameter. Results comparable to non-portable lab units.
    • Device can measure and print out the reflectance spectrum from 250-2,500 nm, rather than just the integrated solar absorption measurement.
    • Solar absorption can be measured in 2 minutes, rather than 10-20 nimutes.
    • Degradation of thermal controls materials can now be measured in orbit.
COMMERCIALIZATION 
 
    • Laboratory version of Spectroreflectometer becoming the standard instrument for measurement of solar absorption
    • Sales of over $1M to private industry and government for devices based on this technology.
GOVERNMENT/SCIENCE APPLICATIONS 
    • SPSR was flown on the STS-86 mission and transferred to MIR space station on September 29, 1997, for measurements of energy absorption by the thermal control coatings or radiator surfaces of MIR.
    • Long-term degradation studies and health monitoring for ISSA.
    • Firm awarded $940K Phase III contract by MSFC to deliver a flight-qualified SPSR compatible with EVA operations on the MIR space station, Hubble Telescope, and ISS.
     
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Curator: SBIR Support        5/24/04