Horizon Models1/72nd Scale Redstone Launcher Plastic Model Kit …

Hope Horizon makes other important rockets of that period, the Thor, Jupiter, Vanguard, etc.Well done kit.

One end of the model box was opened. I don't think anything was lost but certainly could have.

Nice 1/72 and larger than I thought it would be. Well molded with no flash and easy assembly. Allows for either regular Army Redstone, Jupiter-C or Juno I and Ausie SPARTA satellite .Originally a upgrade to the A-4/V-2 missile, Von Braun pushed the Redstone into production as a relatively short range US Army nuclear missile.Still using the basic design of the V2 launch table throughout its launch history. Function Orbital launch vehicleManufacturer Chrysler for the ABMACountry of origin United StatesSizeHeight 21.2 m (70 ft)Diameter 1.78 m (5 ft 10 in)Mass 29,060 kg (64,070 lb)Stages 4CapacityPayload to LEOMass 11 kg (24 lb)Launch historyStatus RetiredLaunch sites LC-5 and 26A,Cape Canaveral Missile Annex, FloridaTotal launches 6Success(es) 3Failure(s) 3First flight 1 February 1958,03:47:56 GMTLast flight October 23, 1959First stage – Redstone (stretched)Powered by 1 Rocketdyne A-7Maximum thrust 42,439 kgf (416.18 kN; 93,560 lbf)Specific impulse 235 s (2.30 km/s)Burn time 155 secondsPropellant Hydyne/LOXSecond stage – Baby Sergeant clusterPowered by 11 Solid[1]Maximum thrust 7,480 kgf (73.4 kN; 16,500 lbf)Specific impulse 220 s (2.2 km/s)Burn time 6 secondsPropellant Polysulfide-aluminum and ammonium perchlorate (Solid)Third stage – Baby Sergeant clusterPowered by 3 SolidMaximum thrust 2,040 kgf (20.0 kN; 4,500 lbf)Specific impulse 236 s (2.31 km/s)Burn time 6 secondsPropellant Polysulfide-aluminum and ammonium perchlorate (Solid)Fourth stage – Baby SergeantPowered by 1 SolidMaximum thrust 680 kgf (6.7 kN; 1,500 lbf)Specific impulse 249 s (2.44 km/s)Burn time 6 secondsPropellant Polysulfide-aluminum and ammonium perchlorate (Solid)[edit on Wikidata]The Juno I was a four-stage American space launch vehicle, used to launch lightweight payloads into low Earth orbit. The launch vehicle was used between January 1958 to December 1959. The launch vehicle was a member of the Redstone launch vehicle family, and was derived from the Jupiter-C sounding rocket. It is commonly confused with the Juno II launch vehicle, which was derived from the PGM-19 Jupiter medium-range ballistic missile. In 1958, a Juno I launch vehicle was used to launch America's first satellite, Explorer 1.Contents1 History2 Launch vehicle3 Launch history4 Gallery5 References6 External linksHistoryDeveloped as a part of the Explorer Project, the original goal for the launch vehicle was to place an artificial satellite into orbit. Following the Soviet Union's launch of Sputnik 1 on October 4, 1957 (and the resulting "Sputnik crisis") and the failure of the Vanguard 1 launch attempt, the program received funding to match the Soviet space achievements. The launch vehicle family name was proposed in November 1957 by Jet Propulsion Laboratory (JPL) Director Dr. William Pickering, who proposed the name Juno, after the Roman goddess and queen of the gods, as well as for its position as the satellite-launching version of the Jupiter-C. The fourth stage for the Juno I launch vehicle was derived following the September 1956 test launch of a Jupiter-C for the Army Ballistic Missile Agency, which could have been the world's first satellite launch, had a fourth stage been loaded and fueled. This fourth stage would have allowed the nose cone to overshoot the target and enter orbit.[2]The first launch of a Juno I launch vehicle was in early 1958, with the successful launch of Explorer 1 satellite on February 1, 1958 at 03:47:56 GMT, after the Soviet Union's Sputnik 1 on October 4, 1957.[2] The launch had been originally been scheduled for January 29, 1958, but was scrubbed twice. Explorer 1 was the first U.S. satellite, and became the first satellite to detect and discovered the Van Allen radiation belt. Following the first successful launch of the launch vehicle, five more Juno I launch attempts occurred, three successful, three failures. The final launch attempt was on October 23, 1958, from Cape Canaveral Launch Pad 5, which ended in failure.[3]Launch vehicleThe Juno I consisted of a Jupiter-C first stage, based on the Redstone missile; with three additional solid fuel stages based on the Sergeant missile to provide the added impulse to achieve orbit. The fourth stage was mounted on top of the "tub" of the third stage, and fired after third-stage burnout to boost the payload and fourth stage to an orbital velocity of 8 km/s (5.0 mi/s), with an acceleration of 25–51 g. The tub along with the fourth stage were set spinning while the launch vehicle was on the launch pad to provide gyroscopic force in lieu of a guidance system that would have required thrust vectoring, vernier thrusters, or a reaction control system. The booster guidance package (with the tub attached) separated from the first stage after burnout to provide attitude control until second stage ignition.[2] This multi-stage system, designed by Wernher von Braun in 1956 for his proposed Project Orbiter, obviated the need for a guidance system in the upper stages. It was the simplest method for putting a payload into orbit but having no upper-stage guidance, the payload could not achieve a precise orbit. Both the four-stage Juno I and three-stage Jupiter-C launch vehicles were the same height (21.2 m (70 ft)), with the added fourth-stage booster of the Juno I being enclosed inside the nose cone of the third stage.Launch historyFollowing the successful launch of Explorer 1 on February 1, 1958, the first U.S. satellite, Juno I made five more launches before being retired in favor of Juno II. Although Juno I's launch of the Explorer 1 satellite was a huge success for the U.S. space program, only two of its remaining five flights were successful, Explorer 3 and Explorer 4,[1] giving the Juno I vehicle a mission total success ratio of 50%. The Juno I vehicle was replaced by the Juno II in 1959.The American public was happy and relieved that America had finally managed to launch a satellite after the launch failures in the Vanguard and Viking series. With the relative success of the Juno I program, von Braun developed the Juno II, using a PGM-19 Jupiter first stage, rather than a Redstone.Flight No. Date / time (GMT) Rocket,Configuration Launch site Payload Payload mass Orbit User Launchoutcome1 February 1, 195803:47:56 Juno I LC-26A Explorer 1 22 kg LEO ABMA SuccessMaiden launch of Juno I. First American satellite launched. Explorer 1 ceased transmission of data on May 23, 1958 when its batteries died, but remained in orbit for more than 12 years. It made a fiery reentry over the Pacific Ocean on March 31, 1970.2 March 5, 195818:27:57 Juno I LC-26A Explorer 2 23 kg LEO ABMA FailureFourth stage did not ignite.3 March 26, 195817:38:03 Juno I LC-5 Explorer 3 23 kg LEO ABMA SuccessDecay from orbit on June 28, 1958.4 July 26, 195815:00:57 Juno I LC-5 Explorer 4 29 kg LEO ABMA SuccessDecay from orbit on October 23, 1959.5 August 24, 195806:17:22 Juno I LC-5 Explorer 5 29 kg LEO ABMA FailureBooster collided with second stage after separation, causing upper stage firing angle to be off.6 October 23, 195803:21:04 Juno I LC-5 Beacon 1 23 kg LEO ABMA FailureSecond stage separated prematurely from booster.GalleryJuno 1 on the launch pad with the Explorer 3 satellite.Juno I carrying Explorer 3Photo of a mock-up Juno 1 at Kennedy Space Center rocket gardenJuno I with Explorer 1 mock-up at the Kennedy Space Center rocket gardenReferences Spaceflight portal Boehm, J.; Fichtner, H.J.; Hoberg, Otto A. Explorer satellites launched by Juno 1 and Juno 2 vehicles (PDF) (Report). US: NASA.Public Domain This article incorporates text from this source, which is in the public domain. Bello, Francis (1959). "The Early Space Age". Fortune. Archived from the original on November 3, 2013. RetThanks wikipedia