DESIGN, DEVELOPMENT AND FLIGHT TEST OF THE VIPER DART ROBIN METEOROLOGICAL ROCKET SYSTEM

The Viper Dart Robin Meteorological Rocket System has been developed to obtain high altitude density and wind data by utilizing the Robin inflatable sphere as a sensing device. The system consists of a rocket motor, an unpowered dart, and the Robin inflatable sphere. Flight tests of the system provi...

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Bibliographische Detailangaben
Hauptverfasser:	Bollermann,Bruce, Walker,Robert L
Format:	Report
Sprache:	eng
Schlagworte:	ACQUISITION RADAR AERODYNAMIC HEATING APOGEE DESCENT TRAJECTORIES FLIGHT TESTING FLUID DYNAMICS GROUND SUPPORT EQUIPMENT GUIDED MISSILE LAUNCHERS GUIDED MISSILE RANGES IMPACT PREDICTION METEOROLOGICAL BALLOONS METEOROLOGICAL PHENOMENA Meteorology PERFORMANCE(ENGINEERING) RADAR BEACONS RADAR CONFUSION REFLECTORS RADAR TRACKING Rockets SOLID PROPELLANT ROCKET ENGINES SOUNDING ROCKETS TELEMETER SYSTEMS UPPER ATMOSPHERE VIPER ROCKETS
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Beschreibung
Zusammenfassung:	The Viper Dart Robin Meteorological Rocket System has been developed to obtain high altitude density and wind data by utilizing the Robin inflatable sphere as a sensing device. The system consists of a rocket motor, an unpowered dart, and the Robin inflatable sphere. Flight tests of the system provided density, temperature, pressure and wind data from an altitude of about 90 kilometers to an altitude of approximately 40 kilometers or less. (Author)