Maglev II Track

Maglev II Track

SKU: SKU:37516

A Pitsco Exclusive

Pitsco’s redesigned Maglev II Track gives you two options: regular or electrifying!

The track still offers magnetic levitation that can be powered by gravity or a battery-operated maglev vehicle. But now it also enables you to apply an electric current to the track to power a vehicle – just like a real maglev train.

Just attach a positive lead to one side of the track and a negative lead to the other, turn on DC power, and away your maglev vehicle goes. This also enables you to control the vehicle’s speed by adjusting the power level.

Constructed of sturdy aluminum, the two 4' track sections combine to create an 8' track. Requires some assembly. You can apply an electric current to the Maglev II Track using the Maglev E Track Power Supply (37797), sold separately. We do not recommend any other DC power source.

Looking for fun activities to accompany these materials? Download the Maglev Elementary STEM Activity Guide for free here.

Pitsco’s redesigned Maglev II Track gives you two options: regular or electrifying!

The track still offers magnetic levitation that can be...

Grades 6-12
Regular price $275.00 USD
Regular price $0.00 USD Sale price $275.00 USD
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Specifications

  • Tools and Materials Required: Rubbing alcohol, soft cloths, utility knife, maglev vehicle, duct tape, safety glasses, tape measure, power supply
  • Size: 8'
  • Dimensions: The inside of the track is 2-9/16 inches wide, and the overall height on the outside is 2-1/2 inches. The width of the magnetic strip is 1/2 inch, and it is 1/4 inch thick. The height inside from the barrier between the magnetic strips is 1-1/2 inches.
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Grades 6-12

What You'll Get

Maglev II Track
  • Rolls of mounting tape
  • 2 connector pins
  • 4 strip magnets
  • 2 track sections (4')

Learning Values

Science icon

Science

  • Aerodynamic drag
  • Center of mass
  • Magnetism
Technology icon

Technology

  • Design processes
  • Friction reduction
  • Social perspectives
Engineering icon

Engineering

  • Modeling
  • Problem-solving
  • Technological design
Math icon

Math

  • Measuring time
  • Proportions
  • Using formulas