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Reaction Motors

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272: 239:, not far from the laboratory they built it in. Reaction Motors, Inc. (RMI) was incorporated in December 1941. It was the first commercial rocket engine company in the United States. With Lawrence as president and Wyld, Pierce, and Shesta as company officers, Reaction Motors, Inc. (RMI) received its first naval contract in 1942. Operating on a start-up budget of $ 5,000, the company first used a bicycle shop in 262:
was the first in the world to break the sound barrier, piloting the X-1 with the four Reaction Motors, Inc. engines. Yeager was able to complete his flight safely due to the remarkably smooth flight provided by Wyld's system and despite the fact that he had broken several ribs while horse-riding the
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engine for the X-15 was first flown in November 1960 and 199 flights were made before the X-15 project was discontinued in 1969, years past its due date and having cost more than five times its original budget. The X-15 is credited as having reached a record Mach 6.72 at 67 miles above the Earth,
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rocket engine, technology which would for the first time make liquid-fueled rocket engines capable of burning for long enough periods to be practical. All future liquid-fueled rockets would build off this technology. They tested this rocket engine in
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In 1945 RMI was granted a contract from the United States Army to develop a rocket engine for the first of the "X" series of experimental airplanes, designed to break the sound barrier. Undaunted by the 1946 death of British test pilot
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After much misadventure, a massive increase in budgetary requirements, and engineering problems related to fuel injectors and the thrust chamber, which resulted in the Navy enlisting the assistance of the
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On April 17, 1958, RMI's acquisition by Thiokol Chemical Corporation was finalized by the approval of the stockholders and RMI was henceforth referred to as Reaction Motors Division (RMD).
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In early 1956, following an extensive bidding war, Reaction Motors, Inc. was awarded a contract from the United States Navy for the development of the proposed
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Pendray contributed heavily to their early designs using knowledge acquired from a trip to Berlin in 1931. In 1938, Princeton University student
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tested a two-pound rocket engine which provided 90 pounds of thrust; this would become the basis for the group's work over the next two decades.
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until incorporating Reaction Motors, Inc. under Lovell Lawrence in 1938 in pursuit of a war-time contract from the United States Navy.
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being solely responsible for providing the data necessary to insulate and maintain the structural integrity of the
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In 1938 and prior to incorporation, the group successfully designed and perfected the world's first workable
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research rocket, the first large liquid-fueled US high-altitude rocket. RMI was merged with
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that first broke the sound barrier in 1947, and later aircraft such the X-1A, X-1E, and the
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Though test flights are recorded from 1933 forward, the group would rename themselves the
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2637973 - "Rocket Engine Having Turbine Located in Nozzle for Driving Auxiliaries"
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Reaction Motors, Inc. began operation as early as 1930 through the work of then
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Former American maker of liquid-fueled rocket engines, located in New Jersey
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3095694 - Reaction motor which does not require booster at high altitudes
639:"Rocket engine having turbine located in nozzle for driving auxiliaries" 482: 292: 121: 135:. A 20,000 lbf (89 kN) thrust RMI engine also powered the 373: 125: 124:. RMI engines with 6,000 lbf (27 kN) thrust powered the 140: 70: 223:
and continue experimentation in the relatively populous area of
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to convey the striking changes in design which were required.
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During this time RMD also developed the liquid engine for the
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engine to be used to power the experimental aircraft known as
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in 1958, where it produced the XLR-99 engine that powered the
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to provide space for rocket engine testing and machine work.
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Defunct aircraft engine manufacturers of the United States
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Reaction Motors LR2-RM-2 and LR2-RM-6 - used on the
432:2479888 - "Controlling System for Reaction Motors" 155: 700:Rocket engine manufacturers of the United States 686: 116:) was an early American maker of liquid-fueled 529: 527: 525: 523: 520: 508: 73:as Reaction Motors Division, disbanded 1972 581: 372:- used on various vehicles, including the 333:. Thiokol finally disbanded RMD in 1972. 287:and eventually pursue crewed spaceflight. 393:Reaction Motors XLR35-RM-1 - used on the 258:On October 14, 1947, American test pilot 664:"Controlling system for reaction motors" 409:Reaction Motors LR58-RM-4 - used on the 270: 687: 452: 450: 448: 446: 267:Merger with Thiokol and the Space Race 443: 13: 458:"Spaceflight :Early U.S. Rocketry" 14: 711: 509:Dupont, Jr., Ronald (June 2011). 417: 342:Reaction Motors CML2N - used on 589:"The Million-Horsepower Engine" 516:. Garden State Legacy Magazine. 191:American Interplanetary Society 156:Formation and the sound barrier 656: 631: 606: 552: 535:"Transiting from Air to Space" 502: 475: 1: 436: 181:Resources in other libraries 7: 336: 27:Reaction Motors, Inc. (RMI) 10: 716: 388:Reaction Motors XLR30-RM-2 150: 18: 378:Douglas D-558-2 Skyrocket 253:Geoffrey de Havilland Jr. 237:Pompton Lakes, New Jersey 176:Resources in your library 133:Douglas D-558-2 Skyrocket 87: 77: 65: 57: 49: 39: 31: 560:"Viking sounding rocket" 19:Not to be confused with 297:North American Aviation 221:American Rocket Society 462:Centennialofflight.net 401:Reaction Motors XLR-99 276: 483:"Ideas Into Hardware" 370:Reaction Motors XLR11 361:Reaction Motors XLR10 274: 199:George Edward Pendray 110:Reaction Motors, Inc. 98:George Edward Pendray 511:"Power for Progress" 232:regenerative cooling 405:North American X-15 382:North American X-15 241:Oakland, New Jersey 28: 316:Mercury spacecraft 277: 275:The XLR-99 engine. 94:Lovell Lawrence Jr 26: 614:"Reaction motors" 162:Library resources 147:rocket aircraft. 107: 106: 44:Rocket technology 707: 679: 678: 676: 674: 660: 654: 653: 651: 649: 635: 629: 628: 626: 624: 610: 604: 603: 601: 599: 585: 579: 578: 576: 575: 566:. 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Retrieved 461: 421: 355:SAM-N-2 Lark 320: 308: 305: 295:Division of 289: 278: 260:Chuck Yeager 257: 249: 229: 218: 211: 188: 166: 113: 109: 108: 69:Merged into 32:Company type 593:Epubbud.com 301:XLR-99-RM-1 207:John Shesta 203:Hugh Pierce 79:Area served 689:Categories 668:Google.com 643:Google.com 618:Google.com 574:2017-05-17 495:2017-05-17 437:References 363:- used on 293:Rocketdyne 122:New Jersey 89:Key people 598:15 April 374:Bell X-1 350:missiles 337:Products 193:members 126:Bell X-1 40:Industry 413:missile 397:missile 357:missile 329:of the 151:History 141:Thiokol 71:Thiokol 58:Defunct 50:Founded 673:16 May 648:16 May 623:16 May 544:16 May 467:16 May 309:RMD's 164:about 137:Viking 514:(PDF) 486:(PDF) 311:XLR99 281:XLR30 675:2017 650:2017 625:2017 600:2014 546:2017 469:2017 346:and 285:X-15 145:X-15 66:Fate 53:1938 114:RMI 691:: 666:. 641:. 616:. 591:. 562:. 537:. 522:^ 488:. 460:. 445:^ 376:, 201:, 197:, 100:, 96:, 677:. 652:. 627:. 602:. 577:. 548:. 498:. 471:. 112:( 23:.

Index

Reaction Engines
Rocket technology
Thiokol
Lovell Lawrence Jr
George Edward Pendray
James Hart Wyld
rocket engines
New Jersey
Bell X-1
rocket aircraft
Douglas D-558-2 Skyrocket
Viking
Thiokol
X-15
Library resources
Resources in your library
Resources in other libraries
American Interplanetary Society
Lovell Lawrence
George Edward Pendray
Hugh Pierce
John Shesta
James Hart Wyld
American Rocket Society
Staten Island
regenerative cooling
Pompton Lakes, New Jersey
Oakland, New Jersey
Pompton Plains
Geoffrey de Havilland Jr.

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