2009 Annual Report - NASA Airborne Science Program
2009 Annual Report - NASA Airborne Science Program
2009 Annual Report - NASA Airborne Science Program
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aircraft flew coordinated patterns with the CIRPAS<br />
Twin Otter during the RACORO mission. In<br />
addition, during the UC-12B’s deployment to Ponca<br />
City, the aircraft flew in conjunction with the DOE<br />
Cessna, <strong>NASA</strong> Glenn (GRC) Lear 25, and Twin<br />
Otter International’s Twin Otter. At the conclusion<br />
of the deployment, the LaRC UC-12B aircraft<br />
conducted two flights with the GRC Lear 25 from<br />
LaRC.<br />
The over flights of the South Carolina wild fires<br />
were made one day after receipt of the EPA’s request<br />
for HSRL measurements of the smoke plumes.<br />
The over flights were made from LaRC, with no<br />
deployments required.<br />
Projected missions for FY10 include: CALIPSO<br />
validation flights across a wide range of latitudes;<br />
ASCENDS development flights; EPA-sponsored<br />
biomass-burning research flights; the DOE’s<br />
Carbonaceous Aerosol and Radiative Effects<br />
Study campaign; and the National Oceanic and<br />
Atmospheric Administration’s (NOAA’s) CalNex<br />
campaign.<br />
The B200 and UC-12B aircraft have been included in<br />
four Earth Venture proposals.<br />
Cessna<br />
The Research Services Directorate (RSD) at LaRC<br />
also operates a Cessna 206H Stationair general<br />
aviation aircraft for aeronautics and atmospheric<br />
sciences research, in addition to the two King Air<br />
aircraft described elsewhere in this report. The<br />
aircraft is based at <strong>NASA</strong> LaRC in Hampton,<br />
Virginia.<br />
The Cessna 206H incorporates the following features<br />
and systems: GPS navigation systems; up-linked<br />
weather information in the cockpit; researcher<br />
work station in the rear seat; Universal Access<br />
Transceiver; ADS-B; <strong>NASA</strong> LaRC General Aviation<br />
Baseline Research System (GABRS); electrical power<br />
distribution and AC conversion systems; and GPS<br />
antenna outputs.<br />
The aircraft is certified to 15,700 ft (supplemental<br />
oxygen is required above 12,500 ft). With maximum<br />
fuel at 55% power, the aircraft can carry a crew<br />
of three (pilot, co-pilot, and researcher), a 575-lb<br />
payload (in excess of the GABRS), and enough fuel<br />
for a 5.7-hour flight covering 700 nautical miles.<br />
<strong>NASA</strong> GRC Aircraft<br />
The <strong>NASA</strong> Glenn Research Center continued<br />
their outstanding support of the <strong>Airborne</strong> <strong>Science</strong><br />
<strong>Program</strong> in <strong>2009</strong> flying over 220 total hours in four<br />
different aircraft.<br />
The Learjet 25 completed ESTO missions with the<br />
GSFC CO2 Sounder led by PI Jim Abshire and the<br />
SIMPL (lidar) led by Dave Harding. The aircraft also<br />
participated in the ACCLAIM coordinated operations<br />
mission flying the CO2 Sounder along with aircraft<br />
from LaRC, JPL, and DOE in Ponca City, OK. Additional<br />
missions for the Learjet included Solar Cell<br />
Calibration and Advanced Aircraft Systems sensor<br />
development .<br />
Figure 50:<br />
S-3B<br />
66