Este artículo incluye una lista de referencias generales , pero permanece en gran parte sin verificar porque carece de suficientes citas en línea correspondientes . ( Septiembre de 2017 ) ( Obtenga información sobre cómo y cuándo eliminar este mensaje de plantilla ) |
Mapear todas las coordenadas usando: OpenStreetMap |
Descargar coordenadas como: KML |
La estructura artificial más alta del mundo es el Burj Khalifa de 829,8 metros de altura (2722 pies) en Dubai (de los Emiratos Árabes Unidos ). El edificio ganó el título oficial de " edificio más alto del mundo " y la estructura autoportante más alta en su inauguración el 9 de enero de 2010. Burj Khalifa fue desarrollado por Emaar properties , diseñado por Skidmore, Owings y Merrill y construido por BESIX . Samsung Construction y Arabtec . [1] La segunda estructura autoportante más alta y la torre más alta del mundo es el Tokyo Skytree.. La estructura arriostrada más alta es el mástil KVLY-TV .
El Consejo de Edificios Altos y Hábitat Urbano , una organización que certifica los edificios como "los más altos del mundo", reconoce un edificio solo si al menos el 50% de su altura está formado por placas de piso que contienen una superficie habitable. [2] Las estructuras que no cumplen este criterio, como la Torre CN , se definen como " torres ".
Hay docenas de torres de transmisión de radio y televisión que miden más de 600 metros (aproximadamente 2,000 pies) de altura, y solo las más altas están registradas en fuentes de información disponibles públicamente.
Debate sobre definiciones [ editar ]
La evaluación de la altura de las estructuras artificiales ha sido controvertida. Diferentes organizaciones han utilizado varios estándares, lo que ha significado que el título de estructura o edificio más alto del mundo haya cambiado según los estándares que se hayan aceptado. El Consejo de Edificios Altos y Hábitat Urbano ha cambiado sus definiciones con el tiempo. Parte de la controversia con respecto a las definiciones y evaluación de estructuras y edificios altos ha incluido lo siguiente:
- la definición de una estructura, un edificio y una torre
- si una estructura, edificio o torre en construcción debe incluirse en cualquier evaluación
- si una estructura, edificio o torre debe abrirse oficialmente antes de que se evalúe
- si las estructuras construidas y que se elevan por encima del agua deben incluir su altura bajo el agua en cualquier evaluación.
- si una estructura, edificio o torre arriostrada se evalúa en la misma categoría que las estructuras autoportantes.
Dentro de una definición aceptada de un edificio, la controversia adicional ha incluido los siguientes factores:
- si solo se considera la altura habitable del edificio
- si las torres de comunicación con galerías de observación deben considerarse "habitables" en este sentido
- si se deben incluir en la evaluación antenas en los tejados , plataformas de observación o cualquier otra arquitectura que no forme un piso habitable
- si un piso construido en un nivel alto de una torre de telecomunicaciones o de observación debe cambiar la definición de la torre a la de un "edificio"
Estructuras más altas [ editar ]
Esta categoría no requiere que la estructura esté "oficialmente" abierta, pero sí requiere que esté "rematada".
La estructura artificial más alta es Burj Khalifa , un rascacielos en Dubai que alcanzó los 829,8 m (2722 pies) de altura el 17 de enero de 2009. [3] El 8 de abril de 2008 se había construido más alto que el mástil KVLY-TV en Dakota del Norte. , EE.UU. [4] Ese septiembre superó oficialmente el mástil de radio de Varsovia de 646,38 m (2120,7 pies) de Polonia , que se mantuvo de 1974 a 1991, para convertirse en la estructura más alta jamás construida. Las torres de celosía arriostradas como estos mástiles habían tenido el récord mundial de altura desde 1954.
La plataforma Petronius se encuentra a 610 m (2.000 pies) del fondo del mar, lo que lleva a algunos, incluido Guinness World Records 2007, a reclamarla como la estructura independiente más alta del mundo. Sin embargo, se debate si se debe contar la altura bajo el agua, de la misma manera que se ignora la altura bajo el suelo en los edificios. La plataforma Troll A mide 472 m (1549 pies), sin que ninguna parte de esa altura esté sostenida por cables. La pierna de tensiónEl tipo de plataforma petrolífera tiene alturas bajo el agua aún mayores, con varios ejemplos de más de 1000 m (3300 pies) de profundidad. Sin embargo, estas plataformas no se consideran estructuras constantes ya que la gran mayoría de su altura está formada por la longitud de los tendones que unen las plataformas flotantes al fondo del mar. A pesar de esto, Guinness World Records 2009 enumeró la plataforma de piernas de tensión Ursa como la estructura más alta del mundo con una altura total de 1.306 m (4.285 pies). La plataforma Magnolia Tension-leg en el Golfo de México es aún más alta con una altura total de 1,432 m (4,698 pies).
Taipei 101 en Taipei, Taiwán, estableció récords en tres de las cuatro categorías de rascacielos en el momento de su inauguración en 2004; en el momento en que se inauguró el Burj Khalifa en 2010, seguía siendo el edificio habitado más alto del mundo 509,2 m (1.671 pies) medido a su altura arquitectónica (aguja). La altura de su techo 449,2 m (1474 pies) y el piso más alto ocupado 439,2 m (1441 pies) habían sido superados por el Shanghai World Financial Center con alturas correspondientes de 487 y 474 m (1598 y 1555 pies). Willis Tower (anteriormente Sears Tower) fue la más alta en la categoría final: la mayor altura hasta la parte superior de la antena de cualquier edificio en el mundo a 527 m (1729 pies).
Burj Khalifa rompió el récord de altura en las cuatro categorías de edificios terminados.
Estructura más alta por categoría [ editar ]
Esta sección necesita citas adicionales para su verificación . Agosto de 2007 ) ( Obtenga información sobre cómo y cuándo eliminar este mensaje de plantilla ) ( |
Debido a los desacuerdos sobre cómo medir la altura y clasificar las estructuras, los ingenieros han creado varias definiciones para las categorías de edificios y otras estructuras. Una medida incluye la altura absoluta de un edificio, otra incluye solo agujas y otras características arquitectónicas permanentes, pero no antenas . La tradición de incluir la aguja en la parte superior de un edificio y no incluir la antena se remonta a la rivalidad entre el edificio Chrysler y 40 Wall Street . Un ejemplo moderno es que la antena en la parte superior de la Torre Willis (anteriormente Torre Sears) no se considera parte de su altura arquitectónica, mientras que se cuentan las agujas en la parte superior de las Torres Gemelas Petronas .
Nota: La siguiente tabla es una lista de la estructura completa más alta en cada una de las categorías estructurales a continuación. Para obtener una lista de estructuras por función, consulte la lista más adelante en el artículo. Solo puede haber una estructura en cada categoría, a menos que la más alta sea la misma para más de una estructura en la misma categoría.
Categoría | Estructura | País | Ciudad | Altura (metros) | Pies de altura) | Año de construcción | Coordenadas |
---|---|---|---|---|---|---|---|
Edificio [5] ( lista ) | Burj Khalifa | Emiratos Árabes Unidos | Dubai | 829,8 | 2,722 | 2010 | 25 ° 11′50.0 ″ N 55 ° 16′26.6 ″ E / 25.197222°N 55.274056°E / 25.197222; 55.274056 (Burj Dubai) |
Torre compatible | Petronio (plataforma petrolera) | Estados Unidos | Golfo de México | 640 | 2,100 | 2000 | 29 ° 06′30 ″ N 87 ° 56′30 ″ O / 29.10833°N 87.94167°W / 29.10833; -87.94167 |
Torre autoportante [6] ( lista ) | Tokyo Skytree | Japón | Tokio | 634 | 2.080 | 2011 | 35°42′36.5″N 139°48′39″E / 35.710139°N 139.81083°E / 35.710139; 139.81083 (Tokyo Skytree) |
Guyed steel lattice mast | KVLY-TV mast | United States | Blanchard, North Dakota | 629 | 2,063 | 1963 | 47°20′32″N 97°17′21″W / 47.34222°N 97.28917°W / 47.34222; -97.28917 (KVLY-TV mast) |
Hyperboloid structure | Canton Tower | China | Guangzhou | 604 | 1,982 | 2010 | 23°6′32″N 113°19′8″E / 23.10889°N 113.31889°E / 23.10889; 113.31889 |
Clock tower (multi-functional structure) | Abraj Al Bait Towers | Saudi Arabia | Mecca | 601 | 1,972 | 2012 | 21°25′08″N 39°49′35″E / 21.41889°N 39.82639°E / 21.41889; 39.82639 |
Fixed Steel Structure | Bullwinkle (oil platform) | United States | Gulf of Mexico | 529 | 1,736 | 1988 | 27°53′01″N 90°54′04″W / 27.88361°N 90.90111°W / 27.88361; -90.90111 |
Moveable Object | Troll A platform | Norway | North Sea | 472 | 1,549 | 1996 | 60°40′N 3°40′E / 60.667°N 3.667°E / 60.667; 3.667 |
Mast radiator | Lualualei VLF transmitter | United States | Lualualei, Hawaii | 458 | 1,503 | 1972 | 21°25′11.87″N 158°08′53.67″W / 21.4199639°N 158.1482417°W / 21.4199639; -158.1482417 (VLF transmitter Lualualei, Mast 1) ; 21°25′13.38″N 158°09′14.35″W / 21.4203833°N 158.1539861°W / 21.4203833; -158.1539861 (VLF transmitter Lualualei, Mast 2) |
Twin building | Petronas Twin Towers | Malaysia | Kuala Lumpur | 452 | 1,482 | 1998 | 3°09′27.45″N 101°42′40.7″E / 3.1576250°N 101.711306°E / 3.1576250; 101.711306 (Petronas Tower 1); 3°09′29.45″N 101°42′43.4″E / 3.1581806°N 101.712056°E / 3.1581806; 101.712056 (Petronas Tower 2) |
Steel Building[7] | Willis Tower | United States | Chicago, Illinois | 442 | 1,450 | 1974 | 41°52′44″N 87°38′09″W / 41.8789°N 87.6358°W / 41.8789; -87.6358 |
Chimney (list) | Ekibastuz GRES-2 Power Station | Kazakhstan | Ekibastuz | 419.7 | 1,377 | 1987 | 52°1′26.3″N 75°28′34.5″E / 52.023972°N 75.476250°E / 52.023972; 75.476250 (GRES-2 Power Station) |
Radar | Dimona Radar Facility | Israel | Dimona | 400 | 1,312 | 2008 | 30°58′6.93″N 35°05′49.64″E / 30.9685917°N 35.0971222°E / 30.9685917; 35.0971222 (Dimona Radar Facility) ; 30°58′32.46″N 35°05′55.25″E / 30.9756833°N 35.0986806°E / 30.9756833; 35.0986806 (Dimona Radar Facility) |
Lattice tower | Kyiv TV Tower | Ukraine | Kyiv | 385 | 1,263 | 1973 | 50°28′16.49″N 30°27′11.97″E / 50.4712472°N 30.4533250°E / 50.4712472; 30.4533250 (Kyiv TV Tower) |
Electricity pylon | Jintang-Cezi Overhead Powerline Link | China | Jintang Island | 380 | 1,247 | 2019 | 30°05′0.88″N 121°53′10.5″E / 30.0835778°N 121.886250°E / 30.0835778; 121.886250 (Jintang-Cezi Overhead Powerline Link, 380 metres tower) ; 30°05′47.16″N 121°54′34.3″E / 30.0964333°N 121.909528°E / 30.0964333; 121.909528 (Jintang-Cezi Overhead Powerline Link, 380 metres tower) |
Partially guyed tower | Gerbrandy Tower | Netherlands | IJsselstein | 366.8 | 1,203 | 1961 | 52°00′36.24″N 05°03′12.87″E / 52.0100667°N 5.0535750°E / 52.0100667; 5.0535750 (Gerbrandy Tower) |
Guyed tubular steel mast | TV Tower Vinnytsia | Ukraine | Vinnytsia | 354 | 1,161 | 1961 | 49°14′30.04″N 28°25′25.25″E / 49.2416778°N 28.4236806°E / 49.2416778; 28.4236806 (TV Tower Vinnytsia) |
Bridge | Millau Viaduct | France | Millau | 342 | 1,122 | 2004 | 44°05′09.97″N 03°01′17.94″E / 44.0861028°N 3.0216500°E / 44.0861028; 3.0216500 (Viaduc de Millau) |
Blaw-Knox Tower (diamond cantilever tower) | Lakihegy Tower | Hungary | Szigetszentmiklós | 314 | 1,031 | 1946 | 47°22′23″N 19°00′16″E / 47.37306°N 19.00444°E / 47.37306; 19.00444 (Lakihegy Tower) |
Dam | Jinping-I Dam | China | Liangshan | 305 | 1,001 | 2013 | 28°11′07″N 101°37′42″E / 28.18528°N 101.62833°E / 28.18528; 101.62833 (Jinping-I Dam) |
Landmark Tower design | Star Tower | United States | Cincinnati | 291 | 954 | 1991 | 39°12′01″N 84°31′22″W / 39.20028°N 84.52278°W / 39.20028; -84.52278 |
Elevator test tower | H1 Tower | China | Guangzhou | 273.8 | 898 | 2020 | |
Wind turbine | Haliade-X Prototype | Netherlands | Rotterdam | 270 | 886 | 2019 | 51°57′44.8″N 4°0′41.96″E / 51.962444°N 4.0116556°E / 51.962444; 4.0116556 (Haliade-X Prototype) |
Minaret | Djamaa el Djazaïr | Algeria | Algiers | 265 | 870 | 2019 | 36°44′09″N 3°08′17″E / 36.73583°N 3.13806°E / 36.73583; 3.13806 |
Solar power tower | Mohammed bin Rashid Al Maktoum Solar Park | United Arab Emirates | Seih Al-Dahal | 262 | 860 | 2020 | 24°45′17″N 55°21′54″E / 24.7547°N 55.365°E / 24.7547; 55.365 |
Crane (machine) | LR 13000[8] | Germany | 248 | 814 | 2013 | (movable) | |
Jackup rig | Noble Lloyd Noble[9] | Liberia | 214 | 702 | 2016 | (moveable) | |
Cooling tower | Kalisindh Thermal Power Station | India | Jhalawar | 202[10] | 663 | 2012 | 24°32′04.97″N 76°05′57.89″E / 24.5347139°N 76.0994139°E / 24.5347139; 76.0994139 (Kalisindh Power Station cooling tower) ; 24°31′58.33″N 76°06′06.81″E / 24.5328694°N 76.1018917°E / 24.5328694; 76.1018917 (Kalisindh Power Station cooling tower) |
Monument | Gateway Arch | United States | St. Louis, Missouri | 192 | 630 | 1965 | 38°37′28.62″N 90°11′5.87″W / 38.6246167°N 90.1849639°W / 38.6246167; -90.1849639 (Gateway Arch) |
Aerial tramway support tower | Tower 2 of Ha Long Queen Cable Car[11] | Vietnam | Ha Long | 189 | 620 | 2016 | |
Water tower | Main tower of Kuwait Towers | Kuwait | Kuwait City | 187 | 614 | 1979 | 29°23′22.75″N 48°00′11.57″E / 29.3896528°N 48.0032139°E / 29.3896528; 48.0032139 (Kuwait Towers) |
Statue | Statue of Unity | India | Narmada district, Gujarat | 182 | 597 | 2018 | 21°50′17″N 73°43′09″E / 21.8380°N 73.7191°E / 21.8380; 73.7191 (Statue of Unity) |
Masonry tower | Anaconda Smelter Stack | United States | Anaconda, Montana | 178.3 | 585 | 1919 | 46°06′36.53″N 112°54′48.8″W / 46.1101472°N 112.913556°W / 46.1101472; -112.913556 (Anaconda Smelter Stack) |
Inclined structure | Olympic Stadium | Canada | Montreal | 175 | 574 | 1976 | 45°33′33.53″N 73°33′7.61″W / 45.5593139°N 73.5521139°W / 45.5593139; -73.5521139 (Montreal Olympic Stadium) |
Obelisk | San Jacinto Monument | United States | La Porte, Texas | 173.7 | 570 | 1939 | 29°44′59.46″N 95°04′50.52″W / 29.7498500°N 95.0807000°W / 29.7498500; -95.0807000 (San Jacinto Monument) |
Power station building | Niederaussem Power Station | Germany | Bergheim | 172 | 564 | 2002 | 50°59′44″N 06°40′09″E / 50.99556°N 6.66917°E / 50.99556; 6.66917 |
Flagpole | Jeddah Flagpole | Saudi Arabia | Jeddah | 171[12] | 561 | 2014 | 21°30′28.23″N 39°10′11.04″E / 21.5078417°N 39.1697333°E / 21.5078417; 39.1697333 (Jeddah Flagpole) |
Ferris wheel | High Roller | United States | Las Vegas | 167.6 | 550 | 2014 | 36°07′03″N 115°10′05″W / 36.117402°N 115.168127°W / 36.117402; -115.168127 (High Roller) |
Masonry building | Mole Antonelliana | Italy | Torino | 167.5 | 550 | 1889 | 45°04′8.45″N 7°41′35.62″E / 45.0690139°N 7.6932278°E / 45.0690139; 7.6932278 (Mole Antonelliana) |
Church tower | Ulmer Münster | Germany | Ulm | 162 | 530 | 1890 | 48°23′55″N 9°59′30.78″E / 48.39861°N 9.9918833°E / 48.39861; 9.9918833 (Ulmer Münster) |
Industrial hall | Vehicle Assembly Building | United States | Kennedy Space Center, Florida | 160 | 525 | 1966 | 28°35′9.64″N 80°39′2.11″W / 28.5860111°N 80.6505861°W / 28.5860111; -80.6505861 (Vehicle Assembly Building) |
Memorial cross | Santa Cruz del Valle de los Caídos | Spain | El Escorial | 152.4 | 500 | 1957 | 40°38′31.46″N 4°9′19.6″W / 40.6420722°N 4.155444°W / 40.6420722; -4.155444 (Santa Cruz del Valle de los Caídos) |
Air traffic control tower | Kuala Lumpur International Airport 2 Control Tower | Malaysia | Sepang | 141.3 | 463.6 | 2013[13] | 2°44′26″N 101°40′45″E / 2.740486°N 101.679069°E / 2.740486; 101.679069 (Kuala Lumpur International Airport 2 Control Tower) |
Roller coaster | Kingda Ka | United States | Jackson, New Jersey | 138.98 | 456 | 2005 | 40°08′26.54″N 74°25′59.83″W / 40.1407056°N 74.4332861°W / 40.1407056; -74.4332861 (Kingda Ka) |
Tomb | Great Pyramid of Giza | Egypt | Giza | 138.8 | 455.2 | 2560 BCE | 29°58′44.93″N 31°08′3.09″E / 29.9791472°N 31.1341917°E / 29.9791472; 31.1341917 (Great Pyramid of Giza) |
Drop tower | Zumanjaro: Drop of Doom | United States | Jackson Township, NJ | 139 | 456 | 2014 | 40°08′26″N 74°26′01″W / 40.140623°N 74.433543°W / 40.140623; -74.433543 |
Gantry crane | Kockums Crane | South Korea | Ulsan | 138 | 453 | 1974 | |
Stupa | Jetavanaramaya | Sri Lanka | Anuradhapura | 122 | 400 | 273–301 CE | |
Wooden structure | Gliwice Radio Tower | Poland | Gliwice | 118 | 387 | 1935 | 50°18′48.12″N 18°41′20.26″E / 50.3133667°N 18.6889611°E / 50.3133667; 18.6889611 (Gliwice Radio Tower) |
Storage silo | Swissmill Tower | Switzerland | Zurich | 118 | 387 | 2016 | 47°23′23″N 8°31′38″E / 47.389628°N 8.527086°E / 47.389628; 8.527086 |
Gasometer | Gasometer Oberhausen | Germany | Oberhausen | 117.5 | 386 | 1929 | currently used as an exhibition and event hall |
Vertical axis wind turbine | Éole[14] | Canada | Gaspésie | 110 | 361 | 1987 | |
Clock tower | Joseph Chamberlain Memorial Clock Tower | United Kingdom | Birmingham | 100 | 328 | 1908 | 52°27′00″N 1°55′51″W / 52.4499°N 1.9307°W / 52.4499; -1.9307 |
Wooden building | Mjøstårnet | Norway | Brumunddal | 85.4 | 280 | 2019 | |
Sphere | Ericsson Globe | Sweden | Stockholm | 85 | 279 | 1989 | 59°17′36.92″N 18°04′58.79″E / 59.2935889°N 18.0829972°E / 59.2935889; 18.0829972 (Ericsson Globe) |
Lighthouse | Île Vierge Lighthouse | France | Finistère | 82.5 | 271 | 1902 | |
Gopuram | Murudeshwara Temple | India | Murudeshwara | 76 | 249 | 2008 | 14°05′39.11″N 74°29′6.59″E / 14.0941972°N 74.4851639°E / 14.0941972; 74.4851639 (Murudeshwara Temple) |
Loam building | Weilburg Pisé House | Germany | Weilburg | 23.2 | 76 | 1828 | 50°29′13.28″N 8°15′34.11″E / 50.4870222°N 8.2594750°E / 50.4870222; 8.2594750 (Murudeshwara Temple) |
Tallest destroyed structures by category, not surpassed by existing structures[edit]
There are some destroyed architectural structures which were taller than the tallest existing structure of their type. There are also destroyed structures omitted from this list that had been surpassed in height prior to being destroyed.
Category | Structure | Country | City | Height (metres) | Height (feet) | Coordinates | Remarks |
---|---|---|---|---|---|---|---|
Guyed mast | Warsaw Radio Mast | Poland | Gąbin | 646.38 | 2,121 | 52°22′3.74″N 19°48′8.73″E / 52.3677056°N 19.8024250°E / 52.3677056; 19.8024250 (Konstantynow Radio Mast (destroyed)) | Completed in 1974, collapsed on August 8, 1991 |
Scientific research tower | BREN Tower | United States | Nevada Test Site | 462 | 1,516 | 36°46′50.23″N 116°14′36.9″W / 36.7806194°N 116.243583°W / 36.7806194; -116.243583 (BREN-Tower) | Completed in 1962, demolished May 23, 2012[15] |
Guyed tubular steel mast | Shushi-Wan Omega Transmitter | Japan | Tsushima | 389 | 1,276 | 34°36′53″N 129°27′13″E / 34.61472°N 129.45361°E / 34.61472; 129.45361 (Shushi-Wan Omega Transmitter (dismantled)) | Completed in 1973, dismantled in 1998 |
Structure for scientific experiment | Smokey Shot Tower | United States | Nevada Test Site | 213 | 700 | 37°11′13.63″N 116°4′7.93″W / 37.1871194°N 116.0688694°W / 37.1871194; -116.0688694 (Smokey Shot Tower(destroyed)) | Guyed mast, which carried 44 kt yield nuclear bomb "Smokey" (part of operation Plumbbob) on top until its explosion on August 31, 1957 |
Solar updraft tower | Manzanares Solar Chimney | Spain | Manzanares | 195 | 640 | 39°02′34.45″N 3°15′12.21″W / 39.0429028°N 3.2533917°W / 39.0429028; -3.2533917 | Completed in 1982, the tower's guy-wires were not protected against corrosion and failed due to rust and storm winds causing the tower to collapse in 1989. Small-scale experimental model of a solar draft tower, newer proposals if built could become the tallest structure on earth. |
Wooden structure | Mühlacker Wood Radio Tower | Germany | Mühlacker | 190 | 623 | 48°56′27.67″N 8°51′8.24″E / 48.9410194°N 8.8522889°E / 48.9410194; 8.8522889 (Mühlacker Wood Radio Tower (replaced by guyed mast)) | Completed in 1934, destroyed on April 6, 1945, by the Germans to prevent usage by the Allies, replaced by mast radiator |
Masonry building | Mole Antonelliana | Italy | Turin | 167.5 | 549.5 | 45°04′8.45″N 7°41′35.62″E / 45.0690139°N 7.6932278°E / 45.0690139; 7.6932278 (Mole Antonelliana) | Spire destroyed by a tornado in 1953 (rebuilt since then) |
Pre-Industrial era building | Lincoln Cathedral | United Kingdom | Lincoln | 160 | 524 | 53°14′3.26″N 0°32′10.54″W / 53.2342389°N 0.5362611°W / 53.2342389; -0.5362611 (Lincoln Cathedral) | Completed in 1311, spire blown off in 1549 |
Telescope | Arecibo Telescope | Puerto Rico | Arecibo, Puerto Rico | 150 | 492 | 18°20′39″N 66°45′10″W / 18.34417°N 66.75278°W / 18.34417; -66.75278 (Arecibo Telescope) | Completed in 1963, collapsed on December 1, 2020 |
Gasometer | Gasometer Zeche Nordstern | Germany | Gelsenkirchen | 147 | 482 | Completed in 1938, damaged at an air raid on May 13, 1940 in such a manner, that it was not usable any more and had to be demolished. | |
Storage silo | Henninger Turm | Germany | Frankfurt | 120 | 394 | 50°05′50.18″N 8°41′36.81″E / 50.0972722°N 8.6935583°E / 50.0972722; 8.6935583 (Henninger Turm) | Constructed in 1961, demolished in 2013 |
Tallest structure by function[edit]
Category | Structure | Country | City | Architectural top | |
---|---|---|---|---|---|
(metres) | (feet) | ||||
Mixed-use* | Burj Khalifa | United Arab Emirates | Dubai | 830 | 2,722 |
Industrial | Petronius (oil platform) | United States | Gulf of Mexico | 640 | 2,100 |
Office | Ping An Finance Center | China | Shenzhen | 555 | 1,821 |
Residential | Central Park Tower | United States | New York City | 472.4 | 1,550 |
Military | Large masts of INS Kattabomman | India | Tirunelveli, Tamil Nadu | 471 | 1,545 |
Hotel | Gevora Hotel[16] | United Arab Emirates | Dubai | 356.3 | 1,169 |
Scientific research tower | Amazon Tall Tower Observatory | Brazil | 160 km NE of Manaus | 325[17] | 1,066 |
Educational | Moscow State University | Russia | Moscow | 240 | 787 |
Religious | Djamaa el Djazaïr | Algeria | Algiers | 265 | 870 |
Hospital | Outpatient Center, Houston Methodist Hospital | United States | Houston | 156.05 | 511.8 |
* "Mixed-use" is defined as having three or more real estate uses (such as retail, office, hotel, etc.) that are physically and functionally integrated in a single property and are mutually supporting.[18]
Tallest buildings[edit]
Up until the late 1990s, the definition of “tallest building” was not altogether clear. It was generally understood to be the height of the building to the top of its architectural elements including spires, but not including "temporary" structures (such as antennas or flagpoles), which could be added or changed relatively easily without requiring major changes to the building's design. Other criteria for height measurement generally were not considered, which occasionally caused some controversy.
One historic case involved the building now famous for the Times Square Ball. Known as One Times Square (at 1475 Broadway in Midtown Manhattan), it was the headquarters for The New York Times, which gave Times Square its name. Completed in 1905, it reached a height of 364 feet (111 meters) to its roof, or 420 feet (130 meters) including its rooftop flagpole, which the Times hoped would give it a record high status. But because a flagpole is not an integral architectural part of a building, One Times Square was not generally considered to be taller than the 390-foot-high (120 m) Park Row Building in Lower Manhattan, which was therefore still New York's tallest.[19]
A bigger controversy was the rivalry between two New York skyscrapers built in the Roaring Twenties — the Chrysler Building and 40 Wall Street. The latter was 927 feet (283 meters) tall, had a shorter pinnacle, and had a much higher top occupied floor (the second category in the 1996 criteria for tallest building).[20] In contrast, the Chrysler Building employed a very long 125-foot (38 m) spire secretly assembled inside the building to claim the title of world's tallest building with a total height of 1,048 feet (319 m), despite having a lower top occupied floor and a shorter height when both buildings' spires are not counted in their heights.[21] Although the architects of record for 40 Wall were H. Craig Severance and Yasuo Matsui, the firm of Shreve & Lamb (who also designed the Empire State Building) served as consulting architects. They wrote a newspaper article claiming that 40 Wall was actually the tallest, since it contained the world's highest usable floor. They pointed out that the observation deck of 40 Wall was nearly 100 feet (30 m) higher than the top floor of the Chrysler, whose surpassing spire was strictly ornamental and essentially inaccessible.[22] Despite the protest, the Chrysler Building was generally accepted as the tallest building in the world for almost a year, until it was surpassed by the Empire State Building’s 1,250 feet (380 meters) in 1931.
That was in turn surpassed by the 1,368-foot-high (417 m) twin towers of New York’s original World Trade Center in 1972, which were in turn surpassed by the Sears Tower in Chicago in 1974. Now called the Willis Tower (since 2009) it was 1,451 feet (442 meters) to its flat rooftop, or 1,518 feet (463 meters) including its original antennas.[23] But in 1978 One World Trade Center (commonly known as the north tower) attained a taller absolute height when it added its 360-foot (110 m) new broadcasting antenna, for a total height of 1,728 feet (527 meters). The WTC north tower maintained this height record (including its antenna) from 1978 until 2000, when the owners of the Willis Tower extended its broadcasting antennae for a total height of 1,729 feet (527 meters).[23] Thus the status of the Willis Tower as the “totally” tallest was restored in the face of a new threat looming in the Far East — the “Siamese Twins.”
A major controversy erupted upon completion of the Petronas Towers in Kuala Lumpur, Malaysia in 1998. These twin towers, at 1,483 feet (452 meters), had a higher architectural height (spires, not antennas), but a lower absolute pinnacle height and a lower top occupied floor than the Willis Tower in Chicago. Counting buildings as structures with floors throughout, and with antenna masts excluded, the Willis was still considered the tallest at that time. Excluding their spires, which are 9 meters (30 feet) higher than the flat roof of Willis, the Petronas Towers are not taller than Willis. At their convention in Chicago, the Council on Tall Buildings and Urban Habitat (CTBUH) found the Willis Tower (without its antennas) to be the third-tallest building, and the Petronas Towers (with their spires) to be the world's two tallest buildings.[19]
Responding to the ensuing controversy, the CTBUH then revised their criteria and defined four categories in which the world's tallest building can be measured,[24] retaining the old criterion of height to architectural top, and adding three new categories:[19]
- Height to Architectural Top (including spires and pinnacles, but not antennas, masts or flagpoles). This measurement is the most widely used and is used to define the rankings of the 100 Tallest Buildings in the World.
- Highest Occupied Floor
- Height to Top of Roof (omitted from criteria from November 2009 onwards)[25]
- Height to Tip
The height-to-roof criterion was discontinued because relatively few modern tall buildings possess flat rooftops, making this criterion difficult to determine and measure.[26] The CTBUH has further clarified their definitions of building height, including specific criteria concerning subbasements and ground level entrances (height measured from lowest, significant, open-air, pedestrian entrance rather than from a previously undefined "main entrance"), building completion (must be topped out both structurally and architecturally, fully clad, and able to be occupied), condition of the highest occupied floor (must be continuously used by people living or working and be conditioned, thus including observation decks, but not mechanical floors) and other aspects of tall buildings.[26][27]
The height is measured from the level of the lowest, significant, open-air, pedestrian entrance. At the time, the Willis Tower held first place in the second and third categories, the Petronas Towers held the first category, and the original WTC north tower held the fourth (height to tip) category with its antenna.[19] In 2000, however, a new antenna mast was placed on the Willis Tower, giving it the record in the fourth category. On April 20, 2004, the 101-storey Taipei 101 in Taipei, Taiwan, was completed, taking the world record for the first three categories. On July 21, 2007, it was announced that Burj Khalifa in Dubai, UAE, had surpassed Taipei 101. Since its completion in early 2010, Burj Khalifa leads in all categories (the first building to do so) with its spire height of 2,722 feet (830 meters).
Before Burj Khalifa was completed, Willis Tower led in the height-to-tip category with 1,729 feet (527 meters) after its antenna was extended in 2000, making Willis Tower slightly taller height-to-tip than the WTC north tower's antenna that measured 1,728 feet (527 meters). After the September 11, 2001, attacks, the WTC became the world's tallest two buildings to be destroyed or demolished. They took that distinction from the Singer Building, which stood 612 feet (187 meters) tall until the late 1960s where One Liberty Plaza now stands right across Church Street from the WTC site.
A different superlative for skyscrapers is their number of floors. The original World Trade Center set that record at 110 in the early 1970s, and this was not surpassed until the Burj Khalifa opened in 2010.
Structures such as the CN Tower, the Ostankino Tower and the Oriental Pearl Tower are excluded from these categories because they are not "habitable buildings", which are defined as frame structures made with floors and walls throughout.[2]
History of record holders in each CTBUH category[edit]
Date (event) | Architectural top | Highest occupied floor | Roof | Tip |
2010: Burj Khalifa completed | Burj Khalifa | Burj Khalifa | Burj Khalifa | |
2009: CTBUH omits Height to Roof category | Taipei 101 | Shanghai World Financial Center | Willis Tower | |
2008: Shanghai World Financial Center completed | Taipei 101 | Shanghai World Financial Center | Shanghai World Financial Center | Willis Tower |
2003: Taipei 101 completed | Taipei 101 | Taipei 101 | Taipei 101 | Willis Tower |
2000: Willis Tower antenna extension | Petronas Towers | Willis Tower | Willis Tower | Willis Tower |
1998: Petronas Towers completed | Petronas Towers | Willis Tower | Willis Tower | World Trade Center |
1996: CTBUH defines categories | Willis Tower | Willis Tower | Willis Tower | World Trade Center |
Tallest freestanding structures on land[edit]
Freestanding structures must not be supported by guy wires, the sea or other types of support. It therefore does not include guyed masts, partially guyed towers and drilling platforms but does include towers, skyscrapers (pinnacle height) and chimneys.(See also history of tallest skyscrapers.)
The world's tallest freestanding structure on land is defined as the tallest self-supporting artificial structure that stands above ground. This definition is different from that of world's tallest building or world's tallest structure based on the percentage of the structure that is occupied and whether or not it is self-supporting or supported by exterior cables. Likewise, this definition does not count structures that are built underground or on the seabed, such as the Petronius Platform in the Gulf of Mexico. Visit world's tallest structure by category for a list of various other definitions.
The tallest freestanding structure on land is the Burj Khalifa in Dubai, United Arab Emirates. The building surpassed the height of the previous record holder, the 553.3 m (1,815 ft) CN Tower in Toronto, Ontario, on September 12, 2007. It was completed in 2010, with final height of 829.8 m (2,722 ft).
History[edit]
The following is a list of structures that have held the title as the tallest freestanding structure on land.
Record from | Record held (years) | Name and location | Constructed | Height (metres) | Height (feet) | Coordinates | Notes |
---|---|---|---|---|---|---|---|
c. 10000 BC | 2000 | Göbekli Tepe, Anatolia | c. 10000 BC | 5-6 | 18 | 37°13′23″N 38°55′21″E / 37.22306°N 38.92250°E / 37.22306; 38.92250 (Göbekli Tepe) | The earliest temple of humankind. |
c. 8000 BC | 4000 | Tower of Jericho, West Bank | c. 8000 BC | 8.5 | 28 | 31°52′19″N 35°26′38″E / 31.872041°N 35.443981°E / 31.872041; 35.443981 | |
c. 4000 BC | 1350 | Anu Ziggurat, Uruk | c. 4000 BC | 13 | 40 | ||
c. 2650 BC | 40 | Pyramid of Djoser, Egypt | c. 2650 BC | 62 | 203 | 29°52′16.53″N 31°12′59.59″E / 29.8712583°N 31.2165528°E / 29.8712583; 31.2165528 (Pyramid of Djoser) | |
c. 2610 BC | 5 | Meidum Pyramid in Egypt | c. 2610 BC | 93.5 | 307 | 29°23′17″N 31°09′25″E / 29.38806°N 31.15694°E / 29.38806; 31.15694 (Meidum Pyramid) | Shortly after completion Meidum Pyramid collapsed due to bad design/instability and is now 65 m (213 ft). |
c. 2605 BC | 5 | Bent Pyramid in Egypt | c. 2605 BC | 101.1 | 332 | 29°47′25″N 31°12′33″E / 29.79028°N 31.20917°E / 29.79028; 31.20917 (Bent Pyramid) | Angle of slope decreased during construction to avoid collapse. |
c. 2600 BC | 40 | Red Pyramid of Sneferu, Egypt | c. 2600 BC | 105 | 345 | 29°48′31.39″N 31°12′22.49″E / 29.8087194°N 31.2062472°E / 29.8087194; 31.2062472 (Red Pyramid) | |
c. 2560 BC | 3871 | Great Pyramid of Giza in Egypt | c. 2560 BC | 146 | 481 | 29°58′44.93″N 31°08′3.09″E / 29.9791472°N 31.1341917°E / 29.9791472; 31.1341917 (Great Pyramid of Giza) | By 1647, the Great Pyramid had eroded to a height of approximately 139 m (456 ft). |
1311 | 238 | Lincoln Cathedral in England | 1092–1311 | 160 | 525 | 53°14′3.26″N 0°32′10.54″W / 53.2342389°N 0.5362611°W / 53.2342389; -0.5362611 (Lincoln Cathedral) | The central spire was destroyed in a storm in 1549. While the reputed height of 525 ft (160 m) is accepted by most sources,[28][29][30][31][32][33] others consider it doubtful[34] |
1549 | 20 | St. Mary's Church in Stralsund, Germany | 1384–1478 | 151 | 495 | 54°18′36.01″N 13°5′14.81″E / 54.3100028°N 13.0874472°E / 54.3100028; 13.0874472 (St. Mary's church, Stralsund) | |
1569 | 4 | Beauvais Cathedral in France | 1225–1604 | 153 | 502 | 49°25′49″N 2°05′43″E / 49.43028°N 2.09528°E / 49.43028; 2.09528 (Beauvais Cathedral) | Spire collapsed in 1573 (the cross was removed in 1572); today, the church stands at a height of 67.2 m (220.5 ft). |
1573 | 94 (20+74) | St. Mary's Church in Stralsund, Germany | 1384–1478 | 151 | 495 | 54°18′36.01″N 13°5′14.81″E / 54.3100028°N 13.0874472°E / 54.3100028; 13.0874472 (St. Mary's church, Stralsund) | The spire burnt down after a lightning strike in 1647. The current spire's height is 104 m (341 ft). |
1647 | 227 | Strasbourg Cathedral in France | 1439 | 142 | 469 | 48°34′54.22″N 7°45′1.48″E / 48.5817278°N 7.7504111°E / 48.5817278; 7.7504111 (Strasbourg Cathedral) | By 1647, the Great Pyramid had eroded to a height of approximately 139 m (456 ft) hence Strasbourg Cathedral was higher. |
1874 | 2 | St. Nikolai in Hamburg, Germany | 1846–1874 | 147 | 483 | 53°32′50.94″N 9°59′26.12″E / 53.5474833°N 9.9905889°E / 53.5474833; 9.9905889 (St. Nikolai, Hamburg) | |
1876 | 4 | Cathédrale Notre Dame in Rouen, France | 1202–1876 | 151 | 495 | 49°26′24.54″N 1°5′41.85″E / 49.4401500°N 1.0949583°E / 49.4401500; 1.0949583 (Rouen Cathedral) | |
1880 | 4 | Cologne Cathedral in Germany | 1248–1880 | 157 | 515 | 50°56′28.08″N 6°57′25.73″E / 50.9411333°N 6.9571472°E / 50.9411333; 6.9571472 (Cologne Cathedral, Tower South) ;50°56′29.11″N 6°57′25.85″E / 50.9414194°N 6.9571806°E / 50.9414194; 6.9571806 (Cologne Cathedral, Tower North) | |
1884 | 5 | Washington Monument in Washington D.C., United States | 1884 | 169 | 555 | 38°53′22.08″N 77°2′6.89″W / 38.8894667°N 77.0352472°W / 38.8894667; -77.0352472 (Washington Monument) | The world's tallest all-stone structure, as well as the tallest obelisk-form structure. |
1889 | 41 | Eiffel Tower in Paris, France | 1887–1889 | 300 | 986 | 48°51′29.77″N 2°17′40.09″E / 48.8582694°N 2.2944694°E / 48.8582694; 2.2944694 (Eiffel Tower) | First structure to exceed 300 metres in height. The addition of a telecommunications tower in the 1950s brought the overall height to 324 m (1,063 ft). |
1930 | 1 | Chrysler Building in New York, United States | 1928–1930 | 319 | 1,046 | 40°45′5.78″N 73°58′31.52″W / 40.7516056°N 73.9754222°W / 40.7516056; -73.9754222 (Chrysler Building) | |
1931 | 36 | Empire State Building in New York, United States | 1930–1931 | 381 | 1,250 | 40°44′54.95″N 73°59′8.71″W / 40.7485972°N 73.9857528°W / 40.7485972; -73.9857528 (Empire State Building) | First building with 100+ storeys. The addition of a pinnacle and antennas later increased its overall height to 448.7 m (1,472 ft). This was subsequently lowered to 443.1 m (1,454 ft). |
1967 | 8 | Ostankino Tower in Moscow, Soviet Union | 1963–1967 | 540 | 1,762 | 55°49′10.94″N 37°36′41.79″E / 55.8197056°N 37.6116083°E / 55.8197056; 37.6116083 (Ostankino Tower) | Remains the tallest in Europe. Fire in 2000 led to extensive renovation. |
1975 | 32 | CN Tower in Toronto, Ontario, Canada | 1973–1976 | 553 | 1,815 | 43°38′33.22″N 79°23′13.41″W / 43.6425611°N 79.3870583°W / 43.6425611; -79.3870583 (CN Tower) | The tallest in the Western Hemisphere. |
2007 | present | Burj Khalifa in Dubai, United Arab Emirates | 2004–2009 | 829.8 | 2,722 | 25°11′50.0″N 55°16′26.6″E / 25.197222°N 55.274056°E / 25.197222; 55.274056 (Burj Dubai) | Holder of world's tallest freestanding structure. Topped out at 829.8 m (2,722 ft) in 2009. |
Notable mentions include the Pharos (lighthouse) of Alexandria, built in the third century BC and estimated between 115–135 m (377–443 ft). It was the world's tallest non-pyramidal structure for many centuries. Another notable mention includes the Jetavanaramaya stupa in Anuradhapura, Sri Lanka, which was built in the third century, and was similarly tall at 122 m (400 ft). These were both the world's tallest or second-tallest non-pyramidal structure for over a thousand years.
The tallest secular building between the collapse of the Pharos and the erection of the Washington Monument may have been the Torre del Mangia in Siena, which is 102 m (335 ft) tall, and was constructed in the first half of the fourteenth century, and the 97-metre-tall (318 ft) Torre degli Asinelli in Bologna, also Italy, built between 1109 and 1119.
World's highest observation deck[edit]
Timeline of development of world's highest observation deck since inauguration of Eiffel Tower.
Record from | Record held (years) | Name and location | Constructed | Height above ground | Notes | |
---|---|---|---|---|---|---|
m | ft | |||||
1889 | 42 | Eiffel Tower, Paris | 1889 | 275 | 902 | Two lower observation decks at 57 and 115 m (187 and 377 ft). |
1931 | 42 | Empire State Building, New York City | 1931 | 369[35] | 1,250 | On the 102nd floor – a second observation deck is located on the 86th floor at 320 m (1,050 ft). |
1973 | 1 | World Trade Center, New York City | 1973 | 399.4 | 1,310 | Indoor observatory on the 107th floor of South Tower opened on April 4, 1973. Destroyed on September 11, 2001 |
1974 | 1 | Willis Tower, Chicago | 1974 | 412.4 | 1,353 | 103rd floor Skydeck opened on June 22, 1974 |
1975 | 1 | World Trade Center, New York City | 1973 | 419.7 | 1,377 | Outdoor observatory on the South Tower rooftop opened on December 15, 1975. Destroyed on September 11, 2001 |
1976 | 32 | CN Tower, Toronto | 1976 | 446.5 | 1,464.9 | Two further observation decks at 342 and 346 m (1,122 and 1,135 ft). |
2008 | 3 | Shanghai World Financial Center, Shanghai | 2008 | 474 | 1,555 | Two further observation decks at 423 and 439 m (1,388 and 1,440 ft). |
2011 | 3 | Canton Tower, Guangzhou | 2011 | 488 | 1,601 | The rooftop outdoor observation deck opened in December 2011. There are also several other indoor observation decks in the tower, the highest at 433.2 m (1,421 ft). |
2014 | 2 | Burj Khalifa, Dubai | 2010 | 555 | 1,821 | Opened on October 15, 2014 on the 148th floor. There is another observation deck at 452.1 m (1,483 ft) on the 124th floor, which has been open since the building was opened to the public. |
2015 | present | Shanghai Tower, Shanghai, China and Ping An Finance Centre (since 2017) | 2015 | 562 | 1,841 | Opened on February 2nd, 2015. |
Higher observation decks have existed on mountain tops or cliffs, rather than on tall structures. The Grand Canyon Skywalk, constructed in 2007, protrudes 21 m (70 ft) over the west rim of the Grand Canyon and is approximately 1,100 m (3,600 ft) above the Colorado River, making it the highest of these types of structures.[citation needed]
Timeline of guyed structures on land[edit]
As most of the tallest structures are guyed masts, here is a timeline of world's tallest guyed masts, since the beginning of radio technology.
As many large guyed masts were destroyed at the end of World War II, the dates for the years between 1945 and 1950 may be incorrect. If Wusung Radio Tower survived World War II, it was the tallest guyed structure shortly after World War II.
Record from | Record held (years) | Name and location | Constructed | Height | Coordinates | Notes | |
---|---|---|---|---|---|---|---|
m | ft | ||||||
1913 | 7 | Central mast of Eilvese transmitter, Eilvese, Germany | 1913 | 250 | 820 | 52°31′40″N 9°24′24″E / 52.52778°N 9.40667°E / 52.52778; 9.40667 (Eilvese transmitter (demolished)) | Mast was divided in 145 m by an insulator, demolished in 1931 |
1920 | 3 | Central masts of Nauen Transmitter Station, Nauen, Germany | 1920 | 260 | 853 | 52°38′56″N 12°54′30″E / 52.64889°N 12.90833°E / 52.64889; 12.90833 (Nauen transmitter) | 2 masts, demolished in 1946 |
1923 | 10 | Masts of Ruiselede transmitter, Ruiselede, Belgium | 1923 | 287 | 942 | 51°4′44″N 3°20′6.9″E / 51.07889°N 3.335250°E / 51.07889; 3.335250 (Zendmast Ruiselede (destroyed) (location unclear))? | 8 masts, destroyed in 1940 |
1933 | 6 | Lakihegy Tower, Lakihegy, Hungary | 1933 | 314 | 1,031 | 47°22′23.45″N 19°0′17.21″E / 47.3731806°N 19.0047806°E / 47.3731806; 19.0047806 (Lakihegy Radio Tower) | Blaw-Knox Tower, insulated against ground, destroyed in 1945; rebuilt |
1939 | 7 | Deutschlandsender Herzberg/Elster, Herzberg (Elster), Germany | 1939 | 335 | 1,099 | 51°42′59.76″N 13°15′51.5″E / 51.7166000°N 13.264306°E / 51.7166000; 13.264306 (Deutschlandsender III (dismantled)) | Insulated against ground, dismantled 1946/1947 |
1946 | 2 | Lakihegy Tower, Lakihegy, Hungary | 1946 | 314 | 1,031 | 47°22′23.45″N 19°0′17.21″E / 47.3731806°N 19.0047806°E / 47.3731806; 19.0047806 (Lakihegy Radio Tower) | Blaw-Knox Tower, Insulated against ground, rebuilt after destruction in 1945 |
1948 | 1 | WIVB-TV Tower, Colden, New York, USA | 1948 | 321.9 | 1,056 | 42°39′33.19″N 78°37′33.91″W / 42.6592194°N 78.6260861°W / 42.6592194; -78.6260861 (WIVB-TV Tower) | |
1949 | 1 | Longwave transmitter Raszyn, Raszyn, Poland | 1949 | 335 | 1,099 | 52°4′21.72″N 20°53′2.15″E / 52.0727000°N 20.8839306°E / 52.0727000; 20.8839306 (Raszyn Radio Mast) | Insulated against ground |
1950 | 4 | Forestport Tower, Forestport, New York, USA | 1950 | 371.25 | 1,218 | 43°26′41.9″N 75°5′9.55″W / 43.444972°N 75.0859861°W / 43.444972; -75.0859861 (Forestport Tower (demolished)) | Insulated against ground, demolished |
1954 | 2 | Griffin Television Tower Oklahoma (AKA KWTV Transmission Tower), Oklahoma City, Oklahoma, USA | 1954 | 480.5 | 1,576 | 35°32′58.59″N 97°29′50.27″W / 35.5496083°N 97.4972972°W / 35.5496083; -97.4972972 (Griffin Television Tower Oklahoma) | |
1956 | 3 | KOBR-TV Tower, Caprock, New Mexico, USA | 1956 | 490.7 | 1,610 | 33°22′31.31″N 103°46′14.3″W / 33.3753639°N 103.770639°W / 33.3753639; -103.770639 (KOBR-TV Tower) | Collapsed in 1960; rebuilt |
1959 | 1 | WGME TV Tower, Raymond, Maine, USA | 1959 | 495 | 1,624 | 43°55′28.43″N 70°29′26.72″W / 43.9245639°N 70.4907556°W / 43.9245639; -70.4907556 (WGME TV Tower) | |
1960 | 2 | KFVS TV Mast, Cape Girardeau County, Missouri, USA | 1960 | 511.1 | 1,677 | 37°25′44.5″N 89°30′13.84″W / 37.429028°N 89.5038444°W / 37.429028; -89.5038444 (KFVS TV Mast) | |
1962 | 1 | WTVM/WRBL-TV & WVRK-FM Tower, Cusseta, Georgia, USA | 1962 | 533 | 1,749 | 32°19′25.09″N 84°46′45.07″W / 32.3236361°N 84.7791861°W / 32.3236361; -84.7791861 (WTVM/WRBL-TV & WVRK-FM Tower) | |
1963 | 0 | WIMZ-FM-Tower, Knoxville, Tennessee, USA | 1963 | 534.01 | 1,752 | 36°08′05.49″N 83°43′28.01″W / 36.1348583°N 83.7244472°W / 36.1348583; -83.7244472 (WIMZ-FM-Tower) | |
1963 | 11 | KVLY-TV mast, Blanchard, North Dakota, USA | 1963 | 606.0 | 1,988 | 47°20′31.85″N 97°17′21.13″W / 47.3421806°N 97.2892028°W / 47.3421806; -97.2892028 (KVLY-TV mast) | 75 foot analog antenna was removed from the top of the structure in 2018 in digital repack construction[citation needed] |
1974 | 17 | Warsaw Radio Mast, Gąbin, Poland | 1974 | 646.4 | 2,121 | 52°22′3.74″N 19°48′8.73″E / 52.3677056°N 19.8024250°E / 52.3677056; 19.8024250 (Konstantynow Radio Mast (destroyed)) | Mast radiator insulated against ground, collapsed in 1991 |
2018 | present | KRDK-TV mast, Galesburg, North Dakota, USA | 1997 | 628.0 | 2,060 | 47°16′45.06″N 97°20′25.68″W / 47.2791833°N 97.3404667°W / 47.2791833; -97.3404667 (KRDK-TV mast) |
Tallest towers[edit]
Towers include observation towers, monuments and other structures not generally considered to be "habitable buildings", they are meant for "regular access by humans, but not for living in or office work, and are self-supporting or freestanding, which means no guy-wires for support", meaning it excludes from this list of continuously habitable buildings and skyscrapers as well as radio and TV masts.
Bridge towers or pylons, chimneys, transmission towers, and most large statues allow human access for maintenance, but not as part of their normal operation, and are therefore not considered to be towers.
The Tokyo Skytree, completed in February 2012, is 634 m (2,080 ft), making it the tallest tower, and second-tallest freestanding structure in the world.[36][37][38]
History of tallest tower[edit]
The following is a list of structures that have historically held the title as the tallest towers in the world.
From | To | Tower | Town | Pinnacle height |
---|---|---|---|---|
280 BC | 1180 AD | Pharos Lighthouse | Alexandria, Egypt | 122 m |
1180 | 1240 | Malmesbury Abbey Tower | Malmesbury, UK | 131.3 m |
1240 | 1311 | Tower of Old St Paul's Cathedral | London, UK | 150 m |
1311 | 1549 | Tower of Lincoln Cathedral | Lincoln, UK | 159.7 m |
1549 | 1647 | Tower of St Mary's church | Stralsund, Germany | 151 m |
1647 | 1874 | Tower of Strasbourg Cathedral | Strasbourg, France | 142 m |
1874 | 1876 | Tower of St. Nikolai | Hamburg, Germany | 147 m |
1876 | 1880 | Tower of Rouen Cathedral | Rouen, France | 151 m |
1880 | 1889 | Tower of Cologne Cathedral | Cologne, Germany | 157.38 m |
1889 | 1958 | Eiffel Tower | Paris, France | 312.3 m |
1958 | 1967 | Tokyo Tower | Tokyo, Japan | 332.6 m |
1967 | 1975 | Ostankino Tower | Moscow, Russia | 540.1 m |
1975 | 2010 | CN Tower | Toronto, Ontario, Canada | 553.33 m |
2010 | 2011 | Canton Tower | Guangzhou, China | 600 m |
2011 | present | Tokyo Skytree | Tokyo, Japan | 634 m |
Tallest structures, freestanding structures, and buildings[edit]
The list categories are:
- The structures (supported) list uses pinnacle height and includes architectural structures of any type that might use some external support constructions like cables and are fully built in air. Only the three tallest are listed, as more than fifty US TV masts have stated heights of 600–610 metres (1,970–2,000 ft).
- The structures (media supported) list uses pinnacle height and includes architectural structures of any type that are not totally built in the air but are using support from other, denser media like salt water. All structures greater than 500 metres (1,640 ft) are listed.
- The freestanding structures list uses pinnacle height and includes structures over 500 metres (1,640 ft) that do not use guy-wires or other external supports. This means truly free standing on its own or, in similar sense, non-supported structures.
- The building list uses architectural height (excluding antennas) and includes only buildings, defined as consisting of habitable floors. Both of these follow CTBUH guidelines. All supertall buildings (450 m and higher) are listed.
Notes:
- Eight buildings appear on the freestanding structures category list with heights different from another category. This is due to the different measurement specifications of those lists.
- Only current heights and, where reasonable, target heights are listed. Historical heights of structures that no longer exist, for example, for having collapsed, are excluded.
Rank | Name and location | Year completed | Architectural top[39] (metres) | Architectural top (feet) | Floors |
---|---|---|---|---|---|
Structures (supported) | |||||
1 | KVLY-TV mast, Blanchard, North Dakota, United States | 1998 | 628.8 | 2,063 | – |
2 | KRDK-TV mast, Galesburg, North Dakota United States | 1986 | 627.8 | 2,060 | – |
3 | KXTV/KOVR Tower, Walnut Grove, California, United States | 1986 | 624.5 | 2,049 | – |
Structures (media supported) | |||||
1 | Petronius Platform, Gulf of Mexico | 2000 | 640 | 2,100 | – |
2 | Baldpate Platform, Gulf of Mexico | 1998 | 579.7 | 1,902 | – |
3 | Bullwinkle Platform, Gulf of Mexico | 1989 | 529 | 1,736 | – |
Freestanding structures | |||||
1 | Burj Khalifa, Dubai, United Arab Emirates | 2009 | 829.8 | 2,722 | 163 |
2 | Tokyo Skytree, Tokyo, Japan | 2012 | 634 | 2,080 | – |
3 | Shanghai Tower, Shanghai, China | 2015 | 632 | 2,073 | 128 |
4 | Abraj Al Bait, Makkah, Saudi Arabia | 2011 | 601 | 1,972 | 120 |
5 | Canton Tower, Guangzhou, China | 2010 | 600 | 1,969 | – |
6 | Ping An Finance Centre, Shenzhen, China | 2016 | 599 | 1,965 | 115 |
7 | Goldin Finance 117, Tianjin, China | 2020 | 596.6 | 1,957 | 128 |
8 | Lotte World Tower, Seoul, South Korea | 2016 | 555.7 | 1,823 | 123 |
9 | CN Tower, Toronto, Ontario, Canada | 1976 | 553.3 | 1,815 | – |
10 | One World Trade Center, New York City, USA | 2013 | 546.2 | 1,792 | 104 |
11 | Ostankino Tower, Moscow, Russia | 1967 | 540 | 1,770 | – |
12 | Guangzhou CTF Finance Centre, Guangzhou, China | 2016 | 530 | 1,739 | 111 |
12 | Tianjin CTF Finance Centre, Tianjin, China | 2018 | 530 | 1,739 | 98 |
14 | China Zun, Beijing, China | 2018 | 528 | 1,732 | 108 |
15 | Willis Tower, Chicago, United States | 1974 | 527 | 1,729 | 108 |
Buildings | |||||
1 | Burj Khalifa, Dubai, United Arab Emirates | 2010 | 828 | 2,717 | 163 |
2 | Shanghai Tower, Shanghai, China | 2015 | 632 | 2,073 | 128 |
3 | Abraj Al Bait, Mecca, Saudi Arabia | 2011 | 601 | 1,972 | 120 |
4 | Ping An Finance Centre, Shenzhen, China | 2016 | 599 | 1,965 | 115 |
5 | Goldin Finance 117, Tianjin, China | 2020 | 596.6 | 1,957 | 128 |
6 | Lotte World Tower, Seoul, South Korea | 2016 | 554.5 | 1,819 | 123 |
7 | One World Trade Center, New York City, USA | 2013 | 541.3 | 1,776 | 104 |
8 | Guangzhou CTF Finance Centre, Guangzhou, China | 2016 | 530 | 1,739 | 111 |
9 | Tianjin CTF Finance Centre, Tianjin, China | 2018 | 530 | 1,739 | 98 |
10 | China Zun, Beijing, China | 2018 | 528 | 1,732 | 108 |
11 | Taipei 101, Taipei, Taiwan | 2004 | 509 | 1,670 | 101 |
12 | Shanghai World Financial Center, Shanghai, China | 2008 | 492 | 1,614 | 101 |
15 | Central Park Tower, New York City, USA | 2021 | 472 | 1,549 | 98 |
14 | International Commerce Centre, Hong Kong | 2010 | 484 | 1,588 | 118 |
15 | Lakhta Center, Saint Petersburg, Russia | 2018 | 462 | 1,516 | 86 |
Source: Emporis
See also[edit]
- List of tallest buildings
- List of tallest towers
- List of tallest structures
- List of tallest freestanding structures
- List of tallest freestanding steel structures
- List of tallest chimneys
- List of tallest bridges
- List of tallest dams
- Lattice tower
- Solar power tower
- Tallest industrial buildings
- List of elevator test towers
- List of hyperboloid structures
- List of tallest cooling towers
- List of tallest oil platforms
- List of tallest statues
- List of tallest minarets
- List of tallest church buildings
- List of tallest wooden buildings
- List of tallest clock towers
- List of tallest residential buildings
- List of tallest hotels
- List of tallest hospitals
- List of tallest educational buildings
References[edit]
- ^ Arabian Business (January 4, 2016). "Six years of success: 'The biggest challenge for the team behind Burj Khalifa was the fact it was working in unchartered territory'". Arabian Business.
- ^ a b "CTBUH Criteria for Defining and Measuring Tall Buildings". Council on Tall Buildings and Urban Habitat. Retrieved August 19, 2008.
- ^ "Burj Dubai all set for 09/09/09 soft opening". Emirates Business24/7. Retrieved January 17, 2009.
- ^ "Burj Dubai surpasses KVLY-TV mast to become the world's tallest man-made structure" (Press release). Emaar. Retrieved May 28, 2008.
- ^ ctbuh. "CTBUH Criteria for Defining and Measuring Tall Buildings". www.ctbuh.org. Retrieved November 9, 2018.
- ^ ctbuh. "CTBUH Criteria for Defining and Measuring Tall Buildings". www.ctbuh.org. Retrieved November 9, 2018.
- ^ https://www.archdaily.com/73442/worlds-tallest-steel-buildings
- ^ https://cranemag.com/crane-news/general-news/liebherr-lr13000-with-max-lattice-boom-the-worlds-tallest-crawler-crane/
- ^ https://www.equinor.com/en/magazine/industry-world-records.html
- ^ "Comansa Jie builds the world's highest cooling towers". Construcciones Metálicas COMANSA S.A. August 2012. Retrieved August 29, 2013.
- ^ http://skyscraperpage.com/cities/?buildingID=116831
- ^ "Tallest Unsupported Flagpole". Guinness Book of World Records.
- ^ "Tower West". Retrieved May 5, 2015.
- ^ https://skyscraperpage.com/cities/?buildingID=1849
- ^ McCord, Keith (May 23, 2012). "Tallest structure in West demolished". KSL-TV. Salt Lake City, UT. Retrieved September 29, 2012.
- ^ https://www.guinnessworldrecords.com/world-records/tallest-hotel
- ^ "Brazil builds giant Amazon observation tower". BBC News.
- ^ Schwanke D. et al. (2003). Mixed-use Development Handbook, 2nd edition. Washington: Urban Land Institute ISBN 978-0-87420-888-7
- ^ a b c d "History of Measuring Tall Buildings". Archived from the original on April 10, 2012. Retrieved May 5, 2015.
- ^ "The History of Measuring Tall Buildings". Council on Tall Buildings and Urban Habitat. Archived from the original on April 10, 2012. Retrieved May 3, 2012.
- ^ "Denies Altering Plans for Tallest Building; Starrett Says Height of Bank of Manhattan Structure Was Not Increased to Beat Chrysler". The New York Times. October 20, 1929. ISSN 0362-4331. Retrieved April 26, 2020.
- ^ Binders, George (August 2006). 101 of the World's Tallest Buildings. p. 102.
- ^ a b "Willis Tower, Chicago - SkyscraperPage.com". SkyscraperPage.com. Retrieved May 5, 2015.
- ^ "CTBUH Criteria for Defining and Measuring Tall Buildings". Retrieved May 5, 2015.
- ^ "CTBUH changes height criteria, Burj Khalifa height increases". Council on Tall Buildings and Urban Habitat. November 17, 2009. Archived from the original on January 5, 2018. Retrieved November 18, 2009.
- ^ a b "CTBUH Changes Height Criteria". Archived from the original on January 5, 2018. Retrieved May 5, 2015.
- ^ "CTBUH Criteria for Defining and Measuring Tall Buildings". Ctbuh.org. Retrieved September 20, 2018.
- ^ Haughton, Brian(2007),Hidden History: Lost Civilizations, Secret Knowledge, and Ancient Mysteries, p.167
- ^ Michael Woods, Mary B. Woods(2009), Seven Wonders of the Ancient World, p.41
- ^ "Lincoln Cathedral". Retrieved May 5, 2015.
- ^ Darwin Porter, Danforth Prince(2010), Frommer's England 2010, p.588
- ^ Mary Jane Taber(1905), The cathedrals of England: an account of some of their distinguishing characteristics, p.100
- ^ A Brief History of the World's Tallest Buildings Time magazine
- ^ Kendrick, A. F. (1902). "2: The Central Tower". The Cathedral Church of Lincoln: A History and Description of its Fabric and a List of the Bishops. London: George Bell & Sons. p. 60. ISBN 978-1-178-03666-4.
The tall spire of timber, covered with lead, which originally crowned this tower reached an altitude, it is said, of 525 feet; but this is doubtful. This spire was blown down during a tempest in January 1547–8.
- ^ "The Empire State Building". Wired New York. Retrieved December 23, 2007.
- ^ "Tokyo Sky Tree construction ends: World's tallest tower prepares to open". Cable News Network. March 1, 2012. Archived from the original on March 1, 2012. Retrieved March 1, 2012.
- ^ Danielle Demetriou (March 1, 2012). "Tokyo unveils world's tallest communications tower". The Daily Telegraph. Retrieved March 1, 2012.
- ^ "Tokyo Skytree website" (in Japanese). Tobu Railway Co., Ltd. & Tobu Tower Skytree Co., Ltd. Retrieved March 8, 2011.
- ^ height for inhabited buildings with floors; does not include TV towers and antennas
External links[edit]
- Tallest Buildings in the Islamic World (2017)
- Collection of many record holders on Skyscraperpage
- tallestbuildingintheworld.net
- A map visualization of each country's tallest building
- The highest abandoned skyscraper in the world