starship-design: X-38 Test Craft Completes Highest, Fastest, Longest Flight Yet

["L. Parker" <lparker@cacaphony.net>]

X-38 Test Craft Completes Highest, Fastest, Longest Flight Yet
Houston - Dec 17, 2001

The X-38 prototype crew rescue vehicle successfully completed its highest,
fastest and longest flight to date Thursday at NASA's Dryden Flight Research
Center, a test flight that intersected some of the most critical conditions
such a craft would experience when returning from space.
"The X-38 tests involve innovative technologies that will be useful for many
future human spacecraft as well as a crew rescue vehicle," said X-38 Crew
Return Vehicle (CRV) Program Manager John Muratore.
"Although the production of the crew rescue vehicle for the station is
deferred, we are continuing to test and mature these technologies to reduce
the technical and cost risk of a future CRV production program."
The landing test, the eighth large-scale flight test for the program, began
with the release of the X-38 from NASA's B-52 aircraft at an altitude of
45,000 feet, more than a mile higher than any previous test.
During the test, the X-38 reached transonic speeds, velocities at the
fringes of the sound barrier, as it flew free of the aircraft for almost a
minute, descending three miles before its drogue parachute was deployed.
The drogue parachute slowed the vehicle from over 500 miles per hour to
about 60 miles an hour, setting the stage for deployment of the
7,500-square-foot-parafoil wing. The X-38's parafoil is the largest parafoil
ever built with a surface area more than one and a half times that of the
wings of a 747 jumbo jet.
Descending under the parafoil, the X-38's proposed cockpit displays and
controls were tested as an astronaut pilot remotely controlled portions of
the craft's descent. Today's flight test also continued checkouts of
European Space Agency-developed software that guides the parafoil, steering
the X-38 to a safe landing.
After a 12-minute gliding descent, the uncrewed X-38 touched down at a speed
of less than 40 miles an hour on the clay surface of Rogers Dry Lake on
Edwards Air Force Base, CA.
Today's flight also successfully tested new X-38 flight control software
modes specifically designed for a vehicle returning from space; improvements
to the drogue parachute deployment; and enhancements to the parafoil's
landing accuracy.
The test was the third X-38 mission using the parafoil sized for the actual
space flight CRV. The test also was the third flight of an X-38 shape that
includes a semicircular cross section aft end. The European-influenced
semicircular aft end could allow the X-38 to be compatible with launch on
expendable vehicles.
The X-38 project combines proven technologies -- a shape borrowed from a
1970s Air Force project -- with some of the most cutting-edge aerospace
technology available today.
Although the United States has led the development of the X-38,
international space agencies also are participating. Contributing countries
include Germany, Belgium, Italy, The Netherlands, France, Spain, Sweden and
Switzerland. NASA’s Johnson Space Center, Houston, Texas, leads the X-38
project and builds the test vehicles. NASA’s Dryden Flight Research Center
flight tests the evolving X-38s.
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