With room for four adults or five children per car, the Tilt-A-Whirl offers a thrilling, twisting wild ride at a maximum speed of 6.5 RPM while traveling counter clockwise. The ride features seven cars and weighs 25,500 pounds.

The Tilt-A-Whirl, a classic amusement ride invented by Herbert Sellner in 1926, doesn't rely on high linear speed but rather on centrifugal force and chaotic motion. The main platform of a Tilt-A-Whirl typically rotates at a constant speed of approximately 6.5 revolutions per minute (RPM). While the platform's speed is modest, the individual cars are mounted on a pivot that allows them to spin freely. As the cars move over the "hills and valleys" of the track, the combination of gravity and centrifugal force causes them to whip around and spin at much higher, unpredictable speeds. Mathematical studies of the ride's motion categorize it as a "chaotic system," meaning the weight distribution of the passengers and the friction of the day can change how many times you spin. Depending on these factors, a single car might spin at an effective rate that feels significantly faster than the base 6.5 RPM, creating the dizzying "whipping" sensation that has made the ride a staple of carnivals and piers for over a century.