Spinning Zone Bumper Cars

http://bestonridesforsale.com/fairground-bumper-cars-for-s…/
Sales@bestonridesforsale.com
Bumper cars are classic amusement park rides, entertaining kids and adults alike. Beston offers various fairground bumper cars, suitable for amusement and theme parks, carnivals, funfairs, fairgrounds. They are great money makers for you.

Beston amusement park train rides for sale cheap

Beston group makes various of attractive amusement train rides for customers all over the world. Christmas is coming soon. We offer Christmas train rides for kids and families, so they enjoy the rides and celebrate the happy time. Our train rides are made of high quality fiberglass and steels, and they can be customized to meet your needs. They are great additions for you to make extra money.

Where Should You Sit to Have the Best Experience on a Roller Coaster ?

In its initial climb up the lift hill, a roller-coaster train builds up a reservoir of potential energy due to the downward pull of gravity. For the rest of the ride, the hills, valleys and loops convert this supply from potential energy to kinetic energy and back again, causing the train to accelerate and decelerate.

This acceleration, along with the up-and-down movement of the train, produces a strange sensation in your body -- you are constantly being pushed in different directions (click here to find out why). This sensation feels just like the pull of gravity, and the two forces -- gravity and acceleration -- combine in interesting ways. When the force caused by acceleration and the force caused by gravity are in opposite directions, they cancel each other out to a certain degree, making you feel very light. When both are in the same direction, you feel very heavy. Rapidly switching between these two conditions is what makes roller coasters such an exhilarating experience.

Then what makes one coaster car different from another? All of the cars travel over the same tracks, so gravity accelerates and decelerates them at roughly the same points. But in addition to feeling the force of gravity, each car is also pulled or pushed by the cars connected to it. It is this additional force that makes the experience a little bit different for the riders in each car.

To understand how this works, imagine a coaster train reaching the top of a hill. As it ascends, it slows down because gravity is pulling on it from behind. But when the first car makes it over the apex, gravity starts pulling that car down the other side of the hill. Because of gravity's pull, the first car starts to accelerate, which accelerates the second car, which accelerates the third car and so on. In this way, all of the rear cars are accelerated by the motion of the first car, so they all start accelerating at different points along the track. By the time the last car moves over the hump, gravity has already accelerated the first car a good bit. Consequently, the rear car will have a higher acceleration at the top of the hill than the first car did. This increased force essentially whips the car over the top, briefly pushing up on the riders so that they almost fly out of their seats.

For many people, this is the best spot on a roller coaster throughout the ride because all the twists and turns are more pronounced. But in most coasters, you can't see the track very well from the rear car: Your line of sight is blocked by the people in front of you. The visual component of the roller-coaster ride is important because it gives you a sense of speed and peril -- coaster designers intentionally weave the track around all sorts of obstacles to make you feel like the ride is out of control. In a typical coaster design, the riders in the front car get an unobstructed view of all these obstacles whipping past them. In a coaster that has seats facing backward, the rear car offers the best of both worlds -- you get a great view and the most intense ride.

The best seat on a coaster, then, is a matter of personal taste. If you love the feeling of weightlessness, head for the back. If you want the best view of the action, head for the front. The cars in the middle provide the weakest ride, but it's a good bet you'll still have a good time. There isn't really a bad place to sit on a roller coaster, as long as you're strapped into a seat.
Source from: https://science.howstuffworks.com/transport/engines-equipment/question624.htm

The General Information of Carousel Rides

How Carousel Operate?

The carousel revolves around a stationary center pole made of metal or wood. An electric motor drives a small pulley that is controlled by a clutch for smooth starts. This pulley turns a drive belt and a larger pulley that turns a small-diameter, horizontal shaft. The end of the shaft is a pinion gear that turns a platform gear. The platform gear supports a vertical shaft that turns another pinion gear and final drive gear attached to the support beams of the carousel, called sweeps, which extend outward from the center pole like the ribs of an umbrella and support the platform, horses, and riders. The sweeps hold cranking rods that are turned by small gears at the inner ends that are driven by a stationary gear on the center pole. Horse hangers are suspended from the cranks, and as they turn, the horses move up and down about 30 times per minute. A typical carousel platform with horses and riders may weigh 10 tons and be driven by a 10-horsepower electric motor. After the motor's revolutions are reduced by the series of gears, the riders on the outer row of mounts will gallop along at about 5-11 miles per hour.

Carousels, with colorful figures attached to a revolving horizontal mechanism, have amused the masses since the end of the 1700s. By 1800, carousels were advertised as amusements as well as an activity that got the blood circulating. After the Civil War, a number of merry-go-round manufacturers started up businesses and popularized the carousel.

The Raw Materials of Carousel

The two primary materials for a carousel are metal and wood. The metal mechanism includes the electric/hydraulic motor, gears, bearings, and crankshafts. Horse hangers and platform suspension rods are metal with brass sleeves, and the center pole is steel. The wood parts of the carousel include the horses, which are carved from basswood, the oak platform, sweeps, rounding boards, panels, and mirror frames. The platform and various panels and gingerbread work were made of wood or plaster in the old days, and today they may be made of these same materials or may be cast in plastic or fiberglass. The tent-like top is made of canvas. Music is supplied by a band organ that is also electrically or mechanically powered and plays much like those of a player piano. Specialty manufacturers provide the organs.

Source from: http://www.madehow.com/Volume-4/Carousel.html

The Manufacturing Process of Carousel Rides

1. When a carousel builder receives an order, he works with the customer to determine the size of the machine based on cost and maintenance considerations. Most carousels today may be built from scratch or from refurbished mechanisms. In either case, today's maker must be a metal fabricator with a shop to concoct the metal pieces. Traveling carousels can also be manufactured with little variation from those fixed in place except that the steel center pole is hinged so it will fold in half to be transported in a van. All the other pieces can be broken down by two men in about 3 hours and carried in a truck including a platform made in sections and the horses that have the metal hangers removed from them.

2. The carousel builder purchases a band organ for the "new" carousel from a specialty manufacturer. Today, the Stinson Organ Company of Ohio is the only manufacturer to still make custom and product line band organs; five or six manufacturers including Wurlitzer made band organs during the heyday of the American carousel, and many other organs were imported. Band organs are played by air pushed by a bellows through wooden pipes, stops, and valves. Because the wood parts are highly subject to temperature and humidity changes, the organs are constantly out of tune and require considerable maintenance. They make music by forcing air through perforated paper rolls, much like a player piano, and the rolls cycle continuously from one to another, thanks to a device called a tracker frame developed by Wurlitzer. Although there is no sound like a real carousel band organ, maintenance costs often force buyers of "new" carousels to use tapes or compact discs for their music.


3.The romance of the carousel rides with its animals, however, and the auction prices of up to $60,000 per horse for antique ponies have brought a new awareness to the importance of equipping a new carousel with the genuine article. Amateur carvers and woodworkers have also been attracted to the carving of carousel critters; and body blocks that include the body, head and neck, tail, and legs can be purchased in various sizes for carving.

4. Assuming the carousel builder is carving a wooden horse from scratch, he chooses a size and weight suitable to the overall design of the carousel and selects an appropriate artistic design. This may be based on a theme for the carousel or on the customer's favorite historic model. The outside of the carousel animal is called the "romance" side and is seen by onlookers. This display side is usually more ornately decorated than the inside. Many of the original carousel designers made full-scale sketches of their horses so that details were properly conceptualized and scaled and so that several carvers could work on parts of the same horse. Today, one-eighth scale models are sometimes made for the designer's models and the customer's approval.

5.Full-scale paper patterns are glued to pieces of basswood to cut the body, legs, and other parts. Basswood is used because it is hard and close-grained, and the grain must run the length of the part for strength. A jigsaw or coping saw is used to cut the parts, and the parts are glued together to form the carving block. In the old days, the "glue-up" was done by a skilled craftsman who was an expert at the types of glue, amounts, and pressures required to prepare the carving block.

6.Each carver has his own preferences for how to proceed with carving. Many start by using the paper patterns still glued to the animal to rough-cut the shapes, a process called boasting. Detailed carving follows, and this is usually done without reference to patterns but with a sense of the wood grain and the artistic creation that has been trapped in the wood. The completed carving block is sanded, and sometimes other small details are glued on. If the animal is for display, rather than for a working carousel, a base or stand suitable to the size and configuration of the beast is also made. A footrest is also made for each animal (unless it has stirrups or other substitutes), and these are carved and painted to match the animal. Preparation of a carousel animal up to the painting stage typically takes about 35 hours per animal.

7.The carved horse is stained, primed and painted, and varnished to suit the design of the carousel. Platforms are painted to complement the carving, but overhangs are sometimes brightly colored to highlight the details of both the overhangs and the animals. Traditionally, the animals are painted bright colors, and the paints are chosen for durability and safety as well as appearance. Removal of old paint may be one of the most time-consuming tasks in refurbishing old animals; some have as many as 30 coats of paint that have filled the finely carved details. Dappling, addition of gold or silver leaf, placement of horsehair tails, and burnishing of metallic leaf provide other touches of realism and elegance. Rhinestones and other jewels are often added to the romance side of the finished horse.


Source from : http://www.madehow.com/Volume-4/Carousel.html#ixzz4zgmzAICl

tagada rides for sale

http://bestonridesforsale.com/tagada-rides-for-sale/

sals@bestonridesforsale.com

Beston tagada rides are hot sales among amusement and theme parks, carnivals, funfairs, fairgrounds, family entertainment centers. Tagada rides are what thrill-seekers look for, for the tagada rides only have rails for riders to hold on.  When the tagada rides are activated, the round bowel of the tagada rides will spin around. And later on the human operator will make the tagada rides bounce along with the rhythm of the disco music. Please hold tight, or you will be thrown into the center of the tagada rides. Beston offers grand tagada rides with the capacity of accommodating 40 persons, 30 persons. Besides, we offer mini tagada rides for children with the capacity of 8 persons. In light of the popularity of the tagada rides as well as the great fun they provide, tagada rides are great additions to your profitable amusement rides businesses. 

The History of Roller Coasters

Roller Coaster History

In the 1600s in Russia, the forerunners of present-day roller coasters were huge blocks of ice that were fashioned into sleds, with straw or fur on the icy seat for passenger comfort. Sand was used to help slow down the sled at the end of the ride to keep it from crashing, a technique based on the principle of friction. Later, more elaborate wooden sleds were built with iron runners to increase the speed and intensity of the ride.

The first American coasters

America's amusement park history begins on Coney Island in 1875. Railway companies, in search of ways to keep passenger usage up on the weekends, set up parks here at the end of the rail lines and introduced weekend and summer activities. The first rides at these parks were carousels, but in 1884, the first gravity switchback train was introduced. This was the first true roller coaster in America.

In 1912, the first underfriction roller coaster was introduced by John Miller. This design held the coaster train on the track and allowed for more speed, steeper hills, and less drag. The 1920s saw the building of some of the best roller coasters of all times. But the 1929 stock market crash, followed by the Great Depression and the Second World War, caused a decline in the parks.

A new era for roller coaster design

In 1955, the nation's first theme park opened: Disneyland. Not only did Disneyland usher in a new era for amusement parks, it also helped bring about some radical changes in roller coaster design. Up until this time, coasters were built out of wood, which limited the way loops could be handled. In 1959 Disney introduced the Matterhorn, the first tubular steel coaster. The exciting features we expect from today's coasters--loops, a corkscrew track, and stability--can be traced back to this first steel coaster. Click here for more information.

The first successful inverted coaster was introduced in 1992, and now you can find passengers riding in coasters with their feet dangling freely below them (and occasionally above them) as they circumnavigate the track. In 1997, a coaster opened at Six Flags Magic Mountain whose design would have been considered impossible even a few years before. This scream machine is 415 feet tall and can reach a speed of 100 miles per hour. Technology, working with the laws of physics, continues to push what is possible in ride design.

Source from: https://www.learner.org/exhibits/parkphysics/coaster2.html