The Fire Ball is an amusement ride manufactured by Larson International. It replaced a series of Larson rides manufactured prior to its unveiling, the first being the Super Loops and the second being the Ring of Fire. Several variations of each exist. The rides run the same but the older models have a caged train, whereas the Fire Ball has an open face-off train. Also, some owners of the older Ring of Fire rides have had the caged train replaced with the new FireBall train. . This is Larson International's 22M Giant Loop, a larger version of the Fire Ball.
Design
The Fire Ball is high, long, and wide. It has a capacity of 20 people, with 10 two-person seats. The ride can be transported on a tandemaxletrailermeasuring high, long, and wide. There is a large steel boxed-track loop attached to a concrete base or portable trailer with supporting outriggers and steel cables. In this boxed track is a multiple-piece pivoted end-rim with wheel dogs attached settled within this boxed track. On one section of the rim the train is snugly placed. The rim is run through a shock-absorbent tire drive, which drives the train around the loop.
Travel path
The ride's train is rocked back and forth at a generous rate, as not to put too much stress on the tire drive. It elevates on every pass through the station until it has gained enough momentum to make it completely around the loop, thus riders experiencing hangtime. Once a number of consecutive loops are made it can be shifted to go the other direction. It can also be stopped at the top.Since the Super Loop-styled rides are tire-driven, even the slightest water build-up on the rim can cause the drive tires to hydroplane on the rim. This action keeps the ride from completing its loop and can sometimes make a loud annoying squeal. It is also not good to operate this ride in frequent lightning.
Operation
Most if not all of the Super Loop-styled rides are manually operated with a toggle handle. Most of these rides have a dead mans operators chair to detect the absence of an operator, as not to move if the handle was just bumped without someone sitting on the chair. Operators of these rides have to be knowledgeable of weight distribution and speed-to-distance ratio. The amount of power needed to operate this ride is 240 volts, 250 amps.
