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   » » Wiki: Roller Coaster
Tag Wiki 'Roller Coaster'.

A roller coaster is a type of amusement ride that employs a form of elevated designed with tight turns, steep slopes, and sometimes inversions. People ride along the track in open cars, and the rides are often found in and around the world. LaMarcus Adna Thompson obtained one of the first known patents for a roller coaster design in 1885, related to the Switchback Railway that opened a year earlier at . The track in a coaster design does not necessarily have to be a complete circuit, as shuttle roller coasters demonstrate. Most roller coasters have multiple cars in which passengers sit and are restrained. Two or more cars hooked together are called a train. Some roller coasters, notably wild mouse roller coasters, run with single cars.


The Russian mountain and the Aerial Promenades
The oldest roller coasters are believed to have originated from the so-called "Russian Mountains", specially constructed hills of ice located in the area that is now .Robert Coker (2002). Roller Coasters: A Thrill Seeker's Guide to the Ultimate Scream Machines. New York: Metrobooks. 14. . Built in the 17th century, the slides were built to a height of between , had a 50-degree drop, and were reinforced by wooden supports. Later, in 1784, Catherine the Great is said to have constructed a sledding hill in the gardens of her palace at Oranienbaum in St. Petersburg.David Bennett (1998). Roller Coaster: Wooden and Steel Coasters, Twisters and Corkscrews. Edison, New Jersey: Chartwell Books. 9. . The name Russian Mountains to designate a roller coaster is preserved in many languages (e.g. the Spanish montaña rusa), but the Russian term for roller coasters is американские горки ("amerikanskiye gorki"), which literally means "American mountains."

The first modern roller coaster, the Promenades Aeriennes, opened in Parc Beaujon in Paris on July 8, 1817.Fierro, Alfred, Histoire et Dictionnaire de Paris p. 613 It featured wheeled cars securely locked to the track, guide rails to keep them on course, and higher speeds.Urbanowicz, Steven J. (2002). The Roller Coaster Lover's Companion; Citadel Press, Kensington, New York. . It spawned half a dozen imitators, but their popularity soon declined.

However, during the Belle Epoque they returned to fashion. In 1887 French entrepreneur , co-founder of the music hall, constructed the Montagnes Russes de Belleville, "Russian Mountains of Belleville" with of track laid out in a double-eight, later enlarged to four figure-eight-shaped loops.Valérie RANSON-ENGUIALE, « Promenades aériennes », Histoire par l'image en, consulté le 26 Mai 2017. URL :

Scenic railways
In 1827, a mining company in Summit Hill, Pennsylvania constructed the Mauch Chunk Switchback Railway, a downhill used to deliver coal to Mauch Chunk, Pennsylvania – now known as Jim Thorpe. "Roller Coaster History: Early Years In America". Retrieved on July 26, 2007. By the 1850s, the "Gravity Road" (as it became known) was selling rides to thrill seekers. Railway companies used similar tracks to provide amusement on days when ridership was low.

Using this idea as a basis, LaMarcus Adna Thompson began work on a gravity Switchback Railway that opened at in , New York, in 1884. Passengers climbed to the top of a platform and rode a bench-like car down the track up to the top of another tower where the vehicle was switched to a return track and the passengers took the return trip. This track design was soon replaced with an oval complete circuit. In 1885, Phillip Hinkle introduced the first full-circuit coaster with a , the Gravity Pleasure Road, which became the most popular attraction at Coney Island. Not to be outdone, in 1886 Thompson patented his design of roller coaster that included dark tunnels with painted scenery. "Scenic Railways" were soon found in amusement parks across the county.

Popularity, decline and revival
By 1919, the first roller coaster had been developed by John Miller. Soon, roller coasters spread to amusement parks all around the world. Perhaps the best known historical roller coaster, Cyclone, was opened at Coney Island in 1927.

The Great Depression marked the end of the golden age of roller coasters, and theme parks, in general, went into decline. This lasted until 1972 when the instant success of The Racer at began a roller coaster renaissance which has continued to this day.

In 1959, introduced a design breakthrough with Matterhorn Bobsleds, the first roller coaster to use a tubular steel track. Unlike wooden coaster rails, tubular steel can be bent in any direction, allowing designers to incorporate loops, corkscrews, and many other maneuvers into their designs. Most modern roller coasters are made of steel, although wooden coasters and hybrids are still being built.

There are several explanations of the name roller coaster. It is said to have originated from an early American design where slides or ramps were fitted with rollers over which a sled would coast. This design was abandoned in favor of fitting the wheels to the sled or other vehicles, but the name endured.

Another explanation is that it originated from a ride located in a in Haverhill, in 1887. A -like sled was raised to the top of a track which consisted of hundreds of rollers. This Roller Toboggan then took off down gently rolling hills to the floor. The inventors of this ride, Stephen E. Jackman and Byron B. Floyd, claim that they were the first to use the term "roller coaster".

The term jet coaster is used for roller coasters in Japan, where such amusement park rides are very popular.Robb and Elissa Alvey. "Theme Park Review: Japan 2004", Retrieved on March 18, 2008.

In many languages, the name refers to "Russian mountains". Contrastingly, in Russian, they are called "American mountains". In the Scandinavian languages and German, the roller coaster is referred as "mountain-and-valley railway". German also knows the word "Achterbahn", stemming from "Figur-8-Bahn", like Dutch "Achtbaan", relating to the form of the number 8 ("acht" in German and also Dutch).

The cars on a typical roller coaster are not self-powered. Instead, a standard full circuit coaster is pulled up with a chain or cable along the lift hill to the first peak of the coaster track. The accumulated by the rise in height is transferred to as the cars race down the first downward slope. Kinetic energy is then converted back into potential energy as the train moves up again to the second peak. This hill is necessarily lower, as some mechanical energy is lost to .

Not all rides feature a lift hill, however. The train may be set into motion by a launch mechanism such as a flywheel launch, linear induction motors, linear synchronous motors, hydraulic launch, compressed air launch or drive tire. Such launched coasters are capable of reaching higher speeds in a shorter length of track than those featuring a conventional lift hill. Some roller coasters move back and forth along the same section of track; these are known as shuttles and usually run the circuit once with riders moving forwards and then backwards through the same course.

A properly designed ride under good conditions will have enough kinetic, or moving, energy to complete the entire course, at the end of which brakes bring the train to a complete stop and it is pushed into the station. A at the end of the circuit is the most common method of bringing the roller coaster ride to a stop. One notable exception is a . These rides, instead of being powered by gravity, use one or more motors in the cars to propel the trains along the course.

If a continuous-circuit coaster does not have enough kinetic energy to completely travel the course after descending from its highest point (as can happen with high winds or increased friction), the train can valley: that is, roll backwards and forwards along the track, until all kinetic energy has been released. The train will then come to a complete stop in the middle of the track. This, however, works somewhat differently on a launched coaster. When a train launcher does not have enough potential energy to launch the train to the top of an incline, the train is said to roll back.

In 2006, NASA announced that it would build a system using principles similar to those of a roller coaster to help astronauts escape the launch pad in an emergency, although this has since been scrapped along with the rest of the .

Many safety systems are implemented in roller coasters. One of these is the block system. Most large roller coasters have the ability to run two or more trains at once, and the block system prevents these trains from colliding. In this system, the track is divided into several sections, or blocks. Only one train at a time is permitted in each block. At the end of each block, there is a section of track where a train can be stopped if necessary (either by preventing dispatch from the station, closing brakes, or stopping a lift). Sensors at the end of each block detect when a train passes so that the computer running the ride is aware of which blocks are occupied. When the computer detects a train about to travel into an already occupied block, it uses whatever method is available to keep it from entering. The trains are fully automated.

The above can cause a cascade effect when multiple trains become stopped at the end of each block. In order to prevent this problem, ride operators follow set procedures regarding when to release a newly loaded train from the station. One common pattern, used on rides with two trains, is to do the following: hold train #1 (which has just finished the ride) right outside the station, release train #2 (which has loaded while #1 was running), and then allow #1 into the station to unload safely.

Another key to safety is the control of the roller coaster's operating computers: programmable logic controllers (often called PLCs). A PLC detects faults associated with the mechanism and makes decisions to operate roller coaster elements (e.g. lift, track-switches and brakes) based on configured state and operator actions. Periodic maintenance and inspection are required to verify structures and materials are within expected wear tolerances and are in sound working order. Sound operating procedures are also a key to safety.

Roller coaster design requires a working knowledge of to avoid uncomfortable, even potentially fatal, strain to the rider. Ride designers must carefully ensure the accelerations experienced throughout the ride do not subject the human body to more than it can handle. The human body needs time to detect changes in force in order to control muscle tension. Failure to take this into account can result in severe injuries such as whiplash. The accelerations accepted in roller coaster design are generally in the 4-6 (40–60 m s−2) range for positive vertical (pushing you into your seat), and 1.5-2Gs (15–20 m s−2) for the negative vertical (flying out of your seat as you crest a hill). This range safely ensures the majority of the population experiences no harmful side effects. Lateral accelerations are generally kept to a minimum by banking curves. The neck's inability to deal with high forces leads to lateral accelerations generally limited to under 1.8Gs. Sudden accelerations in the lateral plane result in a rough ride.

Despite safety measures, accidents can, and do, occur. Regulations concerning accident reporting vary from one authority to another. Thus in the US, California requires amusement parks to report any ride-related accident that requires an emergency room visit, while Florida exempts parks whose parent companies employ more than 1000 people from having to report any accidents at all. of Massachusetts has introduced legislation that would give oversight of rides to the Consumer Product Safety Commission (CPSC).

Ride accidents can also be caused by riders themselves or ride operators not following safety directions properly, and, in extremely rare cases, riders can be injured by mechanical failures. In recent years, controversy has arisen about the safety of increasingly extreme rides. There have been suggestions that these may be subjecting passengers to translational and rotational accelerations that may be capable of causing brain injuries. In 2003 the Brain Injury Association of America concluded in a report that "There is evidence that roller coaster rides pose a health risk to some people some of the time. Equally evident is that the overwhelming majority of riders will suffer no ill effects."

A similar report in 2005 linked roller coasters and other thrill rides with potentially triggering abnormal heart conditions that could lead to death. Autopsies have shown that recent deaths at various Disney parks, Anheuser-Busch parks, and Six Flags parks were due to previously undetected heart ailments.

Statistically, roller coasters are very safe compared to other activities. The U.S. Consumer Product Safety Commission estimates that 134 park guests required hospitalization in 2001 and that fatalities related to amusement rides average two per year. According to a study commissioned by Six Flags, 319 million people visited parks in 2001. The study concluded that a visitor has a one in one-and-a-half billion chance of being fatally injured and that the injury rates for children's wagons, golf carts, and folding lawn chairs are higher than for amusement rides.

Roller coasters are divided into two main categories: steel roller coasters and wooden roller coasters. Steel coasters have tubular steel tracks, and compared to wooden coasters, they are typically known for offering a smoother ride and their ability to turn riders upside-down. Wooden coasters have flat steel tracks, and are typically renowned for producing "air time" through the use of negative G-forces when reaching the crest of some hill elements. Newer types of track, such as I-Box and Topper introduced by Rocky Mountain Construction, improve the ride experience on wooden coasters, lower maintenance costs, and add the ability to invert riders.

Modern roller coasters are constantly evolving to provide a variety of different experiences. More focus is being placed on the position of riders in relation to the overall experience. Traditionally, riders sit facing forward, but newer variations such as stand-up and flying models position the rider in different ways to change the experiences. A flying model, for example, is a suspended roller coaster where the riders lie facing forward and down with their chests and feet strapped in. Other ways of enhancing the experience involve removing the floor beneath passengers riding above the track, as featured in floorless roller coasters. Also new track elements – usually types of inversions – are often introduced to provide entirely new experiences.

By train type
  • 4th Dimension roller coaster
  • Bobsled roller coaster
  • Floorless roller coaster
  • Flying roller coaster
  • Inverted roller coaster
  • Mine train roller coaster
  • Motorbike roller coaster
  • Pipeline roller coaster
  • Side friction roller coaster
  • Spinning roller coaster
  • Stand-up roller coaster
  • Steeplechase roller coaster
  • Suspended roller coaster
  • Virginia Reel roller coaster

By track layout
  • Boomerang roller coaster
  • Corkscrew roller coaster
  • Dual-tracked roller coaster
  • Figure 8 roller coaster
  • Out and back roller coaster
  • Shuttle roller coaster
  • Terrain roller coaster
  • Twister roller coaster
  • Wild Mouse roller coaster

By mechanics
  • Launched roller coaster
  • Powered roller coaster

By height
Several height classifications have been used by parks and manufacturers in marketing their roller coasters, as well as enthusiasts within the industry. One classification, the kiddie coaster, is a roller coaster specifically designed for younger riders. Following World War II, parks began pushing for more of them to be built in contrast to the height and age restrictions of standard designs at the time. Companies like Philadelphia Toboggan Company (PTC) developed scaled-down versions of their larger models to accommodate the demand. These typically featured lift hills smaller than , and still do today. The rise of kiddie coasters soon led to the development of "junior" models that had lift hills up to . A notable example of a junior coaster is the Sea Dragon – the oldest operating roller coaster from PTC's legendary designer John Allen – which opened at Wyandot Lake in 1956 near Powell, Ohio.
(2019). 9780760319291, MBI.

A , occasionally stylized as hyper coaster, is a type of roller coaster with a height or drop of at least . Moonsault Scramble, which debuted at in 1984, was the first to break this barrier, though the term hypercoaster was first coined by Cedar Point and with the opening of Magnum XL-200 in 1989. Hypercoasters have become one of the most predominant types of roller coasters in the world, now led by manufacturers Bolliger & Mabillard and .

A giga coaster is a type of roller coaster with a height or drop of at least . The term was coined during a partnership between Cedar Point and Intamin on the construction of . Although Morgan and Bolliger & Mabillard have not used the term giga, both have also produced roller coasters in this class.

A strata coaster is a type of roller coaster with a height or drop of at least . As with the other two height classifications, the term strata was first introduced by Cedar Point with the release of Top Thrill Dragster, a roller coaster that opened in 2003. Another strata coaster, , opened at Six Flags Great Adventure in 2005 as the tallest roller coaster in the world featuring a height of . exceeded back when it opened in 1997, but its shuttle coaster design where the trains fail to travel a complete circuit usually prevents the roller coaster from being classified in the same category.

Major roller coaster manufacturers
  • Allan Herschell Company (defunct)
  • Arrow Development (defunct)
  • (bought by S&S Power, renamed S&S Arrow then S&S Worldwide)
  • B.A. Schiff & Associates
  • Bolliger & Mabillard
  • Bradley and Kaye (defunct)
  • (formerly D. H. Morgan Manufacturing)
  • Custom Coasters International (defunct)
  • D. H. Morgan Manufacturing
  • (defunct)
  • Dynamic Structures
  • E&F Miler Industries
  • (defunct)
  • The Gravity Group
  • Great Coasters International
  • Martin & Vleminckx
  • Philadelphia Toboggan Coasters
  • (defunct)
  • Preston & Barbieri
  • Reverchon Industries
  • Rocky Mountain Construction
  • Roller Coaster Corporation of America
  • Sansei Technologies
  • S&S - Sansei Technologies (formerly known as S&S Worldwide)
  • SBF Visa Group
  • Schwarzkopf (defunct)
  • (defunct)

File:Fahrenheit (Drop).jpg|Fahrenheit, located at in Hershey, Pennsylvania. File:PKDHypersonicDrop.jpg|, the world's first production Thrust Air 2000 (now defunct) File:Top Thrill Dragster (Cedar Point) 01.jpg|Top Thrill Dragster at was the first strata coaster ever built. File:Rollercoaster expedition geforce holiday park germany.jpg|Riding Expedition GeForce at Holiday Park, Germany. File:Cedar point raptor1.jpg|Raptor, a steel inverted coaster, is located at Cedar Point in Sandusky, Ohio. File:Wooden roller coaster txgi.jpg|New Texas Giant at Six Flags Over Texas before being refurbished into a hybrid steel-wood coaster. File:Image-Lightning Racer at Hersheypark station.jpg|Lightning Racer at Hersheypark is a racing, dueling roller coaster made by GCI. File:linnanrollerc.JPG|This all-wooden roller coaster, built in 1951, dominates the Linnanmäki amusement park in Helsinki, Finland. File:Coney Island 2010 109.JPG|Coney Island Cyclone in Brooklyn, New York was built in 1927 and refurbished in 1975. File:PKI-Son of Beast.jpg|Son of Beast in was the only wooden coaster to have a vertical loop. The loop was removed in 2006, and the ride was closed from 2009 until its demolition in 2012. File:Kennywood Jack Rabbit DSCN2786.JPG|Jack Rabbit at outside of Pittsburgh, Pennsylvania was built in 1920. File:Knoebels Phoenix.JPG|Phoenix, built in 1947, at Knoebles Grove in Elysburg, Pennsylvania. It was relocated from San Antonio's Playland Park in 1984. File:AltonTowers-Oblivion.JPG|Oblivion at in Staffordshire, England. File:Griffon (Busch Gardens Europe) 02.JPG|Griffon splashing down into a pool at Busch Gardens Williamsburg. File:Great Bear Helix.jpg|Great Bear is the first steel inverted coaster in Pennsylvania, located at Hersheypark. File:Behemoth (Canada's Wonderland) 06.jpg|Behemoth, at Canada's Wonderland, was the highest () and fastest () coaster in Canada before Leviathan opened. File:Busch Gardens Tampa Bay - Montu.jpg|"Montu", a popular inverted roller coaster at Busch Gardens Tampa Bay File:Black mamba first drop.jpg|Black Mamba at , Germany File:Euromir.jpg|, a spinning roller coaster at in Rust, Germany File:Rollercoaster dragon khan universal port aventura spain.jpg| at PortAventura Park in Salou (Tarragona), Spain File:Kennywood Thunderbolt DSCN2744.JPG| Thunderbolt at outside of Pittsburgh, Pennsylvania was built in 1968. File:Leviathan Reactions.jpg| Leviathan, also at Canada's Wonderland, is the current biggest coaster in Canada (, ) and is also made by Bolliger & Mabillard. It is the second biggest coaster before Fury 325 at Carowinds over made by B&M. File:Kingda Ka.jpg| is the world's tallest roller coaster and is the second strata coaster in the world after Top Thrill Dragster. File:Ee-train.jpg|Expedition Everest, a roller coaster at Disney's Animal Kingdom in Walt Disney World File:Porcijunkulovo, Čakovec, 2017. - vlak smrti.jpg|A small roller coaster at a local festival in Čakovec, File:Hyperion, Energylandia - 2018 Aug 06.jpg|Hyperion at in , Poland

See also
  • (List of amusement parks)
  • Euthanasia Coaster
  • RollerCoaster Tycoon
  • – video game with roller coaster design simulator
  • List of roller coaster rankings
  • Train (roller coaster)

External links

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