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HiMAT Research Vehicle over Edwards Air Force Base, CA
The HiMAT program was designed to enhance transonic maneuverability of future U.S. fighter aircraft of the 20th century. The subscale aircraft bridged the gap between wind tunnel testing, simulators, ground tests and full-scale manned flight testing. Rockwell, the prime contractor, developed and built two HiMAT aircraft and delivered them to NASA, who performed the first flight in July 1979. HiMAT was launched from a B-52 at about 45,000 feet. Unmanned, HiMAT was controlled by a NASA test pilot from the ground facility. The ground cockpit contained the normal flight controls -- throttle, stick, rudder pedals and sensor displays. A computer converted the pilot's actions into electronic signals telemetered to the craft, where an onboard computer sent signals through the digital fly-by-wire system to the flight control surfaces. Telemetry equipment aboard HiMAT relayed thousands of bits per second of real-time flight data back to ground computers. The craft was capable of speeds of more than 1-1/2 times that of sound. HiMAT was designed to demonstrate maneuvering performance 60 percent better than advanced fighters. The main emphasis during flight testing was on high-G maneuvers in the transonic flight regime (600 to 800 mph), where superior performance is the most difficult and significant.
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Unique identifier
BI41698
Boeing ID
HMT-1-127
Size
2843px × 2232px 18MB
License type
RM
Keywords
1970s
aerial views
air to air
airplanes
banking
canard wings
copy space
day
exteriors
flying
full body views
historic production status
jets
monoplanes
one of a kind aircraft
other livery
red
research/experimental
small
swept wings
unmanned vehicles
white
Restrictions
Manage crops
NAME
RATIO
Square
1 : 1
Portrait
2 : 3
Landscape
3 : 2