The "Magic"
The two-word term that describes using magnets to lift an object so it doesn't touch the ground.
What is Magnetic Levitation
The record-breaking speed (in km/h) achieved by a Japanese Maglev train in 2015
What is 603 km/h
This is the main reason Maglev trains are quieter than traditional trains
What is no metal-on-metal contact
This is the name of the "track" that a Maglev train follows
What is a Guideway
Unlike a car engine, a Maglev uses these "coils" in the guideway walls to create movement.
What are Electromagnets / Electrified Coils?
This "invisible enemy" is the only major force slowing a Maglev down at high speeds.
What is Air Resistance / Drag
One major downside of Maglev is that it cannot run on these existing structures
What are Traditional/Conventional Tracks
Because there is no friction, this part of the train's maintenance is much lower than a standard train.
What is Mechanical Wear and Tear
Maglev trains have zero "rolling resistance" because they lack these two common train parts.
What are Wheels and Axles
Maglev trains are largely unaffected by these three weather conditions that usually slow down cars
What are Snow, Ice, and Rain?
This type of traditional high-speed train (like the TGV) is more efficient than Maglev at low speeds
What is Wheel-based Rail?
At high altitudes, these vehicles are more efficient than Maglevs because the air is thinner.
What are Airplanes
This is the specific job of the magnets that "pull" the train forward along the track.
What is Propulsion
These special magnets used in Japan can conduct electricity even after the power is shut off.
What are Superconducting Magnets
Maglevs are better for the environment because they produce zero of these "gases."
What are Greenhouse Gases / Emissions?
Maglev trains can climb these "slopes" much easier than traditional trains
What are Steep Grades/Hills?)