BETA
Chapter 1
The icy origins of gravity rides
Chapter 2
The invisible engine of gravity and energy
Chapter 3
Surviving loops and extreme forces
Chapter 4
The engineering of speed and safety
YOUR GOAL
Master of How roller coasters work
Ch 4 · The engineering of speed and safety
artiteacher Drag loops and drops into place to discover how gravity and momentum power the ride.
artiteacher Roller Coaster Engineering
To the top we rise, Gravity takes over now, For a wild, safe ride!
Fun Fact
Magnetic brakes: Magnetic brakes on modern roller coasters require absolutely no electricity to function, making them fail-safe even during power outages.
Glossary
upstop wheel (noun)
A roller coaster wheel that grips the underside of the track to prevent the car from lifting off. In 1919, John Miller patented this device, allowing trains to safely navigate steeper drops at higher speeds.
A roller coaster wheel that grips the underside of the track to prevent the car from lifting off. In 1919, John Miller patented this device, allowing trains to safely navigate steeper drops at higher speeds.
Quiz
Which set of wheels keeps a roller coaster car from flying off the track when upside down?
Quiz
What technology uses alternating magnetic fields to rapidly launch roller coasters?
Quiz
What physical phenomenon creates the braking force in magnetic roller coaster brakes?
Quiz
What is the primary advantage of wooden roller coasters over steel ones for enthusiasts?
Quiz
What safety device on a roller coaster lift hill makes the classic 'clack-clack-clack' sound?
Quiz
What material is typically used for the running rails of modern, highly twisting roller coasters?
Quiz
Why do magnetic brakes on roller coasters still work perfectly during a total power outage?
Quiz
What type of wheel keeps the roller coaster train centered on the track, preventing sideways sliding?