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Pegasus aircraft taking off from ground - side view

STS-1 landing at Edwards - first orbital mission

Movie Number   EM-0043-01
Movie Date   1990s
Formats   160x120 15-fps QuickTime Movie (6,494 KBytes)
320x240 30-fps QuickTime Movie (4,081 KBytes)
320x240 30-fps MPEG-1 Movie (16,030 KBytes)
Shuttle landing Still photos of this aircraft are available in several resolutions at
http://www.dfrc.nasa.gov/Gallery/Photo/STS/index.html
Description  

The first flight of a space shuttle into space and back occurred from April 12 to April 14, 1981. After years of testing of the space shuttle Columbia and training the astronauts in simulators, the orbiter lifted off into space on the 12th, boosted by the seven million pounds of thrust supplied by its solid-propellant rockets and liquid-hydrogen engines. The flight, one of four Orbital Flight Tests of Columbia, served as a two-day demonstration of the first reusable, piloted spacecraft's ability to go into orbit and return safely to Earth.

Columbia carried as its main payload a Developmental Flight Instrumentation pallet with instruments to record pressures, temperatures, and levels of acceleration at various points on the vehicle during launch, flight, and landing. One of many cameras aboard--a remote television camera--revealed some of the thermal protection tiles had disengaged during launch. As Columbia reentered the atmosphere from space at Mach 24 (24 times the speed of sound) after 36 orbits, aerodynamic heating built up to over 3,000 degrees Fahrenheit, causing some concern during the time when the shuttle was out of radio communications with ground stations. But at 188,000 feet and Mach 10, mission commander John W. Young and pilot Robert L. Crippen reported that the orbiter was performing as expected. After a series of maneuvers to reduce speed, the mission commander and pilot prepared to land.

In flight, Young and Crippen tested the spacecraft's on-board systems, fired the orbital maneuvering system for changing orbits, employed the reaction control system for controlling attitude, and opened and closed the payload doors. Columbia was the first reusable, piloted spacecraft, the first piloted lifting-reentry vehicle, and the first piloted spacecraft without a crew escape system.

Energy management for the space shuttles was based on previous experience with the X-15 at NASA's Flight Research Center (which had become the Dryden Flight Research Center in 1976). Landing the shuttles without power, and therefore without the weight penalty of an additional engine and fuel, was based on previous experience at the Flight Research Center with piloted lifting bodies that also landed without power, as had the X-15s. Dryden and Edwards Air Force Base (AFB) had also hosted the approach and landing tests of the shuttle prototype Enterprise in 1977 and had tested the computers used for the shuttles' flight control systems in the F-8 Digital Fly-By-Wire aircraft, which also contributed to the solution of a dangerous pilot induced oscillation that occurred on the final approach and landing test.

In this clip Young and Crippen fly the orbiter Columbia to a picture-perfect, unpowered landing on the dry lakebed runway 23 at Edwards AFB, CA, after it's first orbital flight, which ended on April 14.

Keywords   space shuttle; Columbia; John W. Young; Robert L. Crippen; orbital maneuvering system; reaction control system; payload doors; Dryden Flight Research Center; NASA; Edwards Air Force Base; Enterprise; F-8 Digital Fly-By-Wire; lifting bodies; X-15; approach and landing tests; T-38; IUS; Inertial Upper Stage; Rockwell; Rocketdyne; Boeing; Thiokol; Martin Marietta; Lockheed Martin; Kennedy Space Center
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