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2008 Annual Report - NASA Airborne Science Program

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Figure 25<br />

NOVICE instrument payload.<br />

(UAVs), such as the <strong>NASA</strong> Global Hawk. A<br />

few additional, mature instruments were also<br />

flown to capture some of the same chemical<br />

species for intercomparison measurements.<br />

With the emphasis of the mission being<br />

on functional and performance testing,<br />

NOVICE allowed the investigators to focus<br />

on the engineering and intercomparison<br />

components rather than achieving highquality<br />

scientific data and results. This helped<br />

these teams elucidate anomalous instrument<br />

behaviors, such as offsets, drifts, vibrations,<br />

and transient phenomena that cannot always<br />

be duplicated in the labs.<br />

type of innovative test program provides a<br />

link between the technology development<br />

programs and the actual flight experiments<br />

normally performed by <strong>NASA</strong>. It enables<br />

the science instruments to undergo the flight<br />

testing required to give these instruments the<br />

requisite reliability and accuracy needed for<br />

future <strong>NASA</strong> Earth <strong>Science</strong> process studies.<br />

NOVICE may, in fact, be the prototype for<br />

future similar flight opportunites. Dr. Jim<br />

Podolske of <strong>NASA</strong> Ames was the Project<br />

Scientist, and the overall mission was<br />

managed by ESPO.<br />

URL: http://www.espo.nasa.gov/novice<br />

Three sorties with a total of 11.3 hours were<br />

flown during the NOVICE experiment. This<br />

41

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