Knowledge (XXG)

Tailhook

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216: 294: 122: 355: 43: 285:, one of the serious deficiencies that necessitated redesigns and delays was the failure of the navy's F-35C variant to catch the arresting wire in all eight landing tests; the tail hook had to be redesigned over a two-year period. Deficiencies have also been identified with the land-based F-35A's emergency tailhook. On 3 November 2014, the first successfully arrested landing of the F-35C was performed. 35: 121: 332: 226:
The US Navy developed and operated a test rig throughout the 1950s, consisting of a car, guided by a concrete I-beam and propelled by a pair of jet engines. At the end of a one-mile run, the tailhook under test would engage an arresting wire, while the I-beam guide gradually widened to slow down the
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In the case of an aborted land-based takeoff, the hook can be lowered at some point (typically about 1000 feet) prior to the cable. Should a tailhook of an aircraft become inoperative or damaged, naval aviators have limited options: they can divert to shore-based runways if any are within range, or
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A large number of land-based fighters are also outfitted with tailhooks, which are intended for use in case of a brake/tire malfunctions, aborted takeoffs, or other emergencies. Land-based aircraft landing gear and tailhooks are typically not strong enough to absorb the impact of a carrier landing,
163:. Naval planners acknowledged that, in order for airplanes to be viable naval assets, they would have to be able to both take off from and land on ships. During the Great War, the number of aviators of the United States Navy rose from 38 to 1,650, which engaged in numerous duties in support of the 365:
Prior to making an "arrested landing", the pilot lowers the hook so that it will contact the ground as the aircraft wheels touch down. The hook then drags along the surface until an arresting cable, stretched across the landing area, is engaged. The cable lets out, transferring the energy of the
156:. Following the flight, Ely remarked to a reporter that: "It was easy enough. I think the trick could be successfully turned nine times out of ten." Roughly four months later, the United States Navy would requisition its first airplane, an occasion often viewed as a milestone of naval aviation. 345:
Both carrier- and land-based arresting gear consists of one or more cables (aka “arresting wires” or “cross deck pendants”) stretched across the landing area and attached on either end to arresting gear engines through “purchase cables”. In a typical carrier deck configuration, a total of four
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The tailhook is a strong metal bar, with its free end flattened out, thickened somewhat, and fashioned into a claw-like hook. The hook is mounted on a swivel on the keel of the aircraft, and is normally mechanically and hydraulically held in the stowed/up position. Upon actuation by the pilot,
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arrestor wires are present. The tailhook's function is to snag one of these cables, preferably the third of the four available, in order that the resistance provided by the arrestor gear can be conveyed to the aircraft, enabling it to decelerate more rapidly.
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While the tailhook is predominantly operated in a naval context, numerous land-based aircraft have also been fitted with them to assist with slowing down landings during emergencies. One highly unorthodox incident, known as "Pardo's Push", occurred during the
204:-based arresting gear arrangement, which proved capable of absorbing the energy of aircraft landing not only at higher speeds but greater weights as well. As military aircraft continued to grow in terms of both weight and sortie rates during the 215: 112:
aircraft during the 1950s, arrestor technology was further advanced to permit aircraft operating at greater speeds and weights to land aboard aircraft carriers. The system has continued to see widespread use into the twenty-first century.
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test car after it passed the arresting wire, acting as a safeguard in the event of arrestor failure. The test rig was capable of simulating different aircraft weights and speeds, the former being adjusted by adding or subtracting
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pressure lowers the hook to the down position. The presence of a tailhook is not evidence of an aircraft's aircraft carrier suitability. Carrier aircraft hooks are designed to be quickly raised by the pilot after use.
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piloted by Bob Pardo assisting a second heavily damaged Phantom II in exiting the combat zone by pushing his aircraft against the other's deployed tailhook, reportedly halving its rate of descent temporarily.
152:, in the first recorded shipboard landing of an aircraft. This flight was also the first ever to use a tailhook system, which had been both designed and built by the circus performer and aviator 593: 402: 235:
turbojet engines. These trials supported efforts to develop increasingly effective arrestor gear that was suited for the larger and more powerful jets entering naval aviation at that time.
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In the twenty-first century, the tailhook has remained a part of the principal means of landing aircraft at sea for several navies, including the US Navy. During the 2000s, the
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aircraft to the arresting gear through the cable. A "trap" is often-used slang for an arrested landing. An aircraft which lands beyond the arresting cables is said to have "
417: 208:, naval air wings were compelled to continue innovating and improving their aircraft recovery systems. Throughout the 1950s, as a consequence of the introduction of 104:, was devised and put into use. During the 1930s, numerous vessels were thus equipped, permitting the use of increasingly heavy combat aircraft at sea during the 853: 397: 1430: 597: 697: 769: 809: 518: 179:
arrangement was devised during this time; on 1 April 1922, the US Navy issued a request for the design of an arresting gear to equip a pair of
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multirole fighter, became the only non-US fighter type cleared to operate from the decks of US carriers, using catapults and their
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While the system initially drew only limited attention, there was greater recognition of its merits following the outbreak of the
826: 244: 268: 175:. The capabilities of naval aviation expanded greatly during the late 1910s and early 1920s. The first practical tail hook and 1460: 1076: 1058: 220: 432: 275: 1743: 1584: 839: 532: 620: 550: 231:
plates that were loaded onto the modified car. During 1958, further testing took place using an arrangement of four
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with the aid of the device. It was not until the early 1920s that a practical system, paired with deck-mounted
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to operations aboard aircraft carriers, both the landing speeds and tailhook loads increased substantially.
153: 1778: 1579: 1475: 1300: 1260: 1116: 392: 370:." Occasionally, the tailhook bounces over one or more of the wires, resulting in a "hook skip bolter." 1758: 1676: 1666: 1171: 883: 407: 164: 138: 780: 579: 1723: 1526: 1320: 1131: 1086: 184: 20: 354: 1702: 1609: 1325: 1033: 862: 191: 67: 580:"Bob Pardo Once Pushed a Crippled F-4 Home With His F-4. In Flight...while in combat over Vietnam" 1410: 1390: 1385: 1359: 1270: 1211: 983: 656: 42: 1718: 1455: 1400: 1380: 1310: 1305: 1290: 978: 556: 467: 412: 367: 168: 149: 130: 90: 274:
Carrier Air Wing interoperability exercise. During the 2010s, new software trialled with the
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F-15 tailhook. Most USAF tactical jet aircraft have tailhooks for emergency use.
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This article is about the aircraft device. For the fraternal organization, see
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pressure systems that must be recharged by ground personnel after actuation.
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The tailhook was first demonstrated at sea on 18 January 1911 by the aviator
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fighter reportedly showed promise in simplifying carrier landings.
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Aircraft device which allows arrested landings on aircraft carriers
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During early 1930, the US Navy began development of an adjustable
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An F/A-18 makes an arrested landing aboard a US aircraft carrier
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Aircraft catching the wire while landing on an aircraft carrier
621:"New Navy Tech Makes It Easy to Land on a Carrier. Yes, Easy" 82:
at sea, or during emergency landings or aborted takeoffs at
521:. navalaviationnews.navylive.dodlive.mil. 19 November 2013. 403:
List of United States Navy aircraft designations (pre-1962)
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Guide To Mobile Aircraft Arresting System Installation
519:"Carrier Arresting Gear: It all Began With Sandbags" 378:" on the carrier deck by a net that can be erected. 1711: 1690: 1623: 1519: 1354: 1220: 1057: 873: 713: 711: 243:in March 1967, involving a United States Air Force 23:. For the scandal involving that organization, see 141:, and landed on a platform on the armored cruiser 639:"F-35C Tailhook Design Blamed for Landing Issues" 491: 489: 487: 485: 483: 319:and some land-based tailhooks are held down with 533:"Twin Jet Monorail Test Airplane Arresting Gear" 418:Modern United States Navy carrier air operations 263:, as demonstrated in 2008 when six Rafales from 513: 511: 509: 507: 137:pusher airplane from the Tanforan airfield in 847: 741: 739: 720:"Ask Us - Air Force Fighters & Tailhooks" 8: 398:List of active United States naval aircraft 854: 840: 832: 596:. SAFRAN. 2 September 2008. Archived from 535:. Popular Science. June 1955. p. 97. 544: 542: 454: 466:(first ed.). Osprey. p. 42. 657:"Lockheed: New Carrier Hook for F-35" 7: 779:. 16 September 2003. Archived from 549:Dempewolff, Richard F. (June 1958). 496:Collins, Elizabeth M. (8 May 2017). 125:F/A-18C tailhook with arresting wire 70:. The hook is used to achieve rapid 655:Majumdar, Dave (12 December 2013). 438:United States Marine Corps Aviation 14: 827:Aircraft carriers of the USA Navy 283:Lockheed Martin F-35 Lightning II 281:During flight testing of the new 498:"Happy Birthday, Naval Aviation" 245:McDonnell Douglas F-4 Phantom II 129:On 18 January 1911, the aviator 108:. Following the introduction of 619:Adams, Eric (8 February 2016). 1764:In-flight entertainment system 1461:Horizontal situation indicator 746:Harris, Tom (29 August 2002). 718:Yoon, Joe (25 February 2007). 682:Grazier, Dan (19 March 2019). 578:Lerner, Preston (April 2017). 1: 815:Retrieved on 3 November 2007. 433:Naval aviator (United States) 276:Boeing F/A-18E/F Super Hornet 1744:Environmental control system 748:"How Aircraft Carriers Work" 62:is a device attached to the 750:. science.howstuffworks.com 582:. Air & Space Magazine. 1826: 1421:Course deviation indicator 1112:Electro-hydraulic actuator 552:Jet "Donkeys" for the Jets 338: 29:tail hook (disambiguation) 18: 1805:Naval aviation technology 1652:Conventional landing gear 808:United States Air Force. 289:Description and operation 1810:Aircraft tail components 1436:Flight management system 464:A Dictionary of Aviation 462:Wragg, David W. (1973). 301:tailhook prior to launch 78:aboard aircraft carrier 66:(rear) of some military 1739:Emergency oxygen system 1501:Turn and slip indicator 1296:Leading-edge droop flap 1266:Drag-reducing aerospike 1241:Adaptive compliant wing 1236:Active Aeroelastic Wing 1779:Passenger service unit 1580:Self-sealing fuel tank 1476:Multi-function display 663:. U.S. NAVAL INSTITUTE 393:Carrier-based aircraft 362: 336: 302: 223: 126: 47: 39: 27:. For other uses, see 1759:Ice protection system 1677:Tricycle landing gear 1667:Landing gear extender 884:Aft pressure bulkhead 408:Brodie landing system 357: 334: 296: 218: 139:San Bruno, California 124: 45: 37: 1724:Auxiliary power unit 1132:Flight control modes 724:www.aerospaceweb.org 267:integrated into the 21:Tailhook Association 1703:Escape crew capsule 1610:War emergency power 1481:Pitot–static system 1326:Variable-sweep wing 1034:Vertical stabilizer 704:. 7 September 2016. 600:on 29 November 2014 68:fixed-wing aircraft 1411:Attitude indicator 1391:Airspeed indicator 1386:Aircraft periscope 645:, 17 January 2012. 363: 337: 303: 297:Man inspecting an 271:Theodore Roosevelt 224: 219:The tailhook of a 173:submarine spotting 169:combat air patrols 167:, specialising in 127: 48: 40: 1792: 1791: 1719:Aircraft lavatory 1456:Heading indicator 1401:Annunciator panel 1381:Air data computer 1291:Leading-edge cuff 777:wings-of-gold.com 557:Popular Mechanics 413:Military aviation 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aviation 425: 420: 415: 410: 405: 400: 395: 390: 388:Arresting gear 383: 380: 361:with hook down 351: 348: 341:Arresting gear 339:Main article: 328: 327:Arresting gear 325: 290: 287: 261:arresting gear 118: 115: 102:arresting gear 56:arresting hook 15: 13: 10: 9: 6: 4: 3: 2: 1822: 1811: 1808: 1806: 1803: 1802: 1800: 1785: 1782: 1780: 1777: 1775: 1772: 1770: 1767: 1765: 1762: 1760: 1757: 1755: 1752: 1750: 1747: 1745: 1742: 1740: 1737: 1735: 1732: 1730: 1727: 1725: 1722: 1720: 1717: 1716: 1714: 1712:Other systems 1710: 1704: 1701: 1699: 1698:Ejection seat 1696: 1695: 1693: 1689: 1683: 1680: 1678: 1675: 1673: 1670: 1668: 1665: 1663: 1660: 1658: 1655: 1653: 1650: 1648: 1645: 1643: 1642:Arrestor hook 1640: 1638: 1637:Aircraft tire 1635: 1634: 1632: 1630: 1626: 1622: 1616: 1613: 1611: 1608: 1606: 1603: 1601: 1598: 1596: 1593: 1591: 1588: 1586: 1583: 1581: 1578: 1576: 1573: 1571: 1568: 1566: 1563: 1561: 1558: 1556: 1553: 1551: 1548: 1546: 1543: 1541: 1538: 1536: 1533: 1532: 1530: 1528: 1522: 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Retrieved 551: 527: 463: 457: 372: 364: 344: 317: 304: 280: 270: 264: 250: 237: 225: 210:jet aircraft 199: 193: 186: 158: 148:anchored in 145:Pennsylvania 144: 128: 97:Pennsylvania 96: 88: 80:flight decks 72:deceleration 59: 55: 51: 49: 1682:Tundra tire 1565:Intake ramp 1496:Transponder 1281:Gurney flap 1222:Aerodynamic 1137:Fly-by-wire 1019:Triple tail 667:12 December 604:20 November 500:. navy.mil. 241:Vietnam War 233:Allison J33 110:jet-powered 1799:Categories 1672:Oleo strut 1560:Inlet cone 1555:Gascolator 1521:Propulsion 1511:Yaw string 1506:Variometer 1362:instrument 1341:Wing fence 1276:Gouge flap 1251:Blown flap 1207:Yaw damper 1182:Stabilator 1167:Side-stick 1102:Dive brake 989:Stabilizer 964:Lift strut 954:Jury strut 790:2010-05-14 729:2022-11-12 563:25 October 444:References 376:barricaded 131:Eugene Ely 91:Eugene Ely 86:airports. 1647:Autobrake 1575:NACA duct 1550:Fuel tank 1540:Drop tank 1523:controls, 1406:Astrodome 1396:Altimeter 1261:Dog-tooth 1226:high-lift 1177:Spoileron 1162:Servo tab 1142:Gust lock 1097:Deceleron 1082:Autopilot 1039:Wing root 1024:Twin tail 1009:Tailplane 944:Hardpoint 914:Empennage 877:structure 449:Citations 312:pneumatic 308:hydraulic 269:USS  202:hydraulic 192:USS  187:Lexington 185:USS  133:flew his 64:empennage 1615:Wet wing 1590:Throttle 1336:Vortilon 1197:Trim tab 1127:Flaperon 1117:Elevator 1072:Airbrake 1044:Wing tip 969:Longeron 939:Fuselage 875:Airframe 863:Aircraft 661:usni.org 382:See also 368:boltered 321:nitrogen 194:Saratoga 52:tailhook 1625:Landing 1416:Compass 1364:systems 1356:Avionic 1346:Winglet 1229:devices 1172:Spoiler 1067:Aileron 1049:Wingbox 974:Nacelle 924:Fairing 867:systems 754:18 June 686:. POGO. 359:MiG-29K 135:Curtiss 117:History 74:during 1360:flight 1321:Strake 1152:Rudder 1122:Elevon 1087:Canard 1029:V-tail 1004:T-tail 934:Former 894:Canopy 470:  423:NATOPS 350:Method 299:F/A-18 257:French 183:, the 165:Allies 1545:FADEC 1431:EICAS 1306:Slats 1147:HOTAS 999:Strut 784:(PDF) 773:(PDF) 625:Wired 229:steel 58:, or 1627:and 1491:TCAS 1471:ISIS 1426:EFIS 1371:ACAS 1358:and 1311:Slot 1271:Flap 1224:and 1212:Yoke 984:Spar 909:Dope 756:2020 669:2013 606:2014 565:2012 468:ISBN 255:, a 221:T-45 190:and 171:and 143:USS 95:USS 1466:INS 1446:GPS 1301:LEX 979:Rib 310:or 1801:: 775:. 738:^ 722:. 710:^ 700:. 659:. 641:. 623:. 555:. 541:^ 506:^ 482:^ 197:. 54:, 50:A 855:e 848:t 841:v 813:. 793:. 758:. 732:. 671:. 627:. 608:. 567:. 476:. 31:.

Index

Tailhook Association
Tailhook scandal
tail hook (disambiguation)


empennage
fixed-wing aircraft
deceleration
routine landings
flight decks
properly equipped
Eugene Ely
USS Pennsylvania
arresting gear
Second World War
jet-powered

Eugene Ely
Curtiss
San Bruno, California
USS Pennsylvania
San Francisco Bay
Hugh Robinson
First World War
Allies
combat air patrols
submarine spotting
arrestor gear
aircraft carriers
USS Lexington

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