A Nike-Cajun (CAN) two-stage solid-propellant rocket vehicle was flight tested for performance. This rocket was a modification of the Nike-Deacon (DAN) rocket which had previously been flight tested to evaluate its use as a meteorological sounding rocket. The altitude capabilities of the system were determined by flight-test measurements which recorded a peak altitude of 426,000 feet when the vehicle was launched from sea level at an angle of 75 degrees. Satisfactory performance of the CAN sounding rocket was indicated from the results of the flight test conducted.NACA Research Memorandum L57D26."July 29, 1957."Title from cover.Includes bibliographical references.A Nike-Cajun (CAN) two-stage solid-propellant rocket vehicle was flight tested...
The effect on performance of variations in power plant, aircraft, and rocket parameters was calculat...
Prepared at Langley Research Center."March 1966"--Cover.Includes bibliographical references (p. 20)....
Copyright © 2006 by Con Doolan. Published by the American Institute of Aeronautics and Astronautics,...
A flight investigation of two Nike-Deacon (DAN) two-stage solid-propellant rocket vehicles indicated...
A flight investigation of two Nike-Deacon (DAN) two-stage solid-propellant rocket vehicles indicated...
Flight tests were conducted at the NACA Pilotless Aircraft Research Station, Wallops Island, to dete...
Flight tests were conducted at the NACA Pilotless Aircraft Research Station, Wallops Island, to dete...
A five-stage solid-fuel sounding-rocket system which can boost a payload of 25 pounds to an altitude...
Two rocket models having cruciform, aspect-ratio-5, unwswept tails and a fineness-ratio-20 fuselage ...
Prepared at Langley Research Center."April 1964"--Cover.Includes bibliographical references (p. 9).M...
Aerodynamic characteristics in pitch of scale model of two and three stage rocket configuration at M...
A flight investigation was made of a rocket-launched ram-jet engine incorporating an inlet designed ...
NOTE: Text of symbols not renderable in plain ASCII are indicated by [...]. Abstract is included in ...
Use of high-performance aircraft as first-stage booster for air-launching solid fuel rocket - operat...
Antenna effects on aerodynamic characteristics of 0.410 scale model Cajun rocket at Mach numbers fro...
The effect on performance of variations in power plant, aircraft, and rocket parameters was calculat...
Prepared at Langley Research Center."March 1966"--Cover.Includes bibliographical references (p. 20)....
Copyright © 2006 by Con Doolan. Published by the American Institute of Aeronautics and Astronautics,...
A flight investigation of two Nike-Deacon (DAN) two-stage solid-propellant rocket vehicles indicated...
A flight investigation of two Nike-Deacon (DAN) two-stage solid-propellant rocket vehicles indicated...
Flight tests were conducted at the NACA Pilotless Aircraft Research Station, Wallops Island, to dete...
Flight tests were conducted at the NACA Pilotless Aircraft Research Station, Wallops Island, to dete...
A five-stage solid-fuel sounding-rocket system which can boost a payload of 25 pounds to an altitude...
Two rocket models having cruciform, aspect-ratio-5, unwswept tails and a fineness-ratio-20 fuselage ...
Prepared at Langley Research Center."April 1964"--Cover.Includes bibliographical references (p. 9).M...
Aerodynamic characteristics in pitch of scale model of two and three stage rocket configuration at M...
A flight investigation was made of a rocket-launched ram-jet engine incorporating an inlet designed ...
NOTE: Text of symbols not renderable in plain ASCII are indicated by [...]. Abstract is included in ...
Use of high-performance aircraft as first-stage booster for air-launching solid fuel rocket - operat...
Antenna effects on aerodynamic characteristics of 0.410 scale model Cajun rocket at Mach numbers fro...
The effect on performance of variations in power plant, aircraft, and rocket parameters was calculat...
Prepared at Langley Research Center."March 1966"--Cover.Includes bibliographical references (p. 20)....
Copyright © 2006 by Con Doolan. Published by the American Institute of Aeronautics and Astronautics,...