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MISTRAM information


MISTRAM Missile Trajectory Measurement System.

MISTRAM (MISsile TRAjectory Measurement) was a high-resolution tracking system used by the United States Air Force (and later NASA) to provide highly detailed trajectory analysis of rocket launches.

A "classic" ranging system used since the 1960s uses radar to time a radio signal's travel to a target (in this case, the rocket) and back. This technique is accurate to approximately 1%. The accuracy of this technique is limited by the need to create a sharp "pulse" of radio so that the start of the signal can be accurately defined. There are both practical and theoretical limits to the sharpness of the pulse. In addition, the timing of the signals often introduced inaccuracies of its own until the introduction of high precision clocks.

In MISTRAM, this was avoided by broadcasting a continuous signal. The basic system used a ground station located down range from the launch site (at Valkaria, Florida and Eleuthera Island, Bahamas) and a transponder on the vehicle. The tracking station transmitted an X-band carrier signal which the transponder responded to by re-broadcasting it on another (shifted) frequency. By slowly changing the frequency of the carrier broadcast from the station and comparing this with the phase of the signal being returned, ground control could measure the distance to the vehicle very accurately. Even with the analog circuitry used, MISTRAM was accurate to less than 1 km at the distance of the Moon.

US Air Force Eastern Test Range (Historical Map).

To meet more stringent ballistic missile test requirements, several systems were designed, procured and added to the US Air Force Eastern Range's instrumentation in the 1950s and 1960s. The AZUSA continuous wave tracking system was added to the Cape in the mid-1950s and Grand Bahama in the early 1960s. The AN/FPS-16 radar system was introduced at the Cape, Grand Bahama, San Salvador, Ascension and East Grand Bahama Island between 1958 and 1961. In the early 1960s, the MISTRAM (Missile Trajectory Measurement) system was installed at Valkaria, Florida and Eleuthera island in the Bahamas to support Minuteman missile flights.

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MISTRAM

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MISTRAM (MISsile TRAjectory Measurement) was a high-resolution tracking system used by the United States Air Force (and later NASA) to provide highly...

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Valkaria Airport

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1960s and 1970s, the site was used as a Missile Trajectory Measurement (MISTRAM) station by the U.S. Air Force and NASA in support of launch operations...

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Cairo

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descended from the Greek name of Heliopolis (Ήλιούπολις). Some argue that Mistram (Ⲙⲓⲥⲧⲣⲁⲙ Late Coptic: [ˈmɪs.təɾɑm]) or Nistram (Ⲛⲓⲥⲧⲣⲁⲙ Late Coptic: [ˈnɪs...

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Radar

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detecting Doppler radar. Example systems using this approach are AZUSA, MISTRAM, and UDOP. Terrestrial radar uses low-power FM signals that cover a larger...

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Eleuthera

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Pan American Airways (PAA) in the 1960s and 1970s. This was used by the MISTRAM system. The island inspired a song named "Eleutheria" (freedom) by Lenny...

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UDOP

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Florida mainland to the Indian Ocean. These MSRSs include the AZUSA, the MISTRAM, and the UDOP. All systems employ a cooperative beacon transponder on the...

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John Couleur

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Syracuse, New York, he served as lead architect on the development of the MISTRAM tracking system for the Atlas Missile. Later at GE, he was responsible...

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AZUSA

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improve their accuracy spurred the development of the Azusa system and Mistram, a competing technology developed by GE in the early 1960s.[citation needed]...

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