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How Maglev Works
Maglev 2000

History of transportation

Superconducting maglev

Introduction

Permanent magnet maglev

Electromagnet maglev

Conducting sheet maglev

Modern superconducting maglev

Learning to levitate

How the M-2000 system works

M-2000 guideways

M-2000 Vehicles

Superconductors

Maglev FAQ



Superconducting maglevpermanent magnet maglev

Permanent magnets are positioned along each side of the maglev vehicle. These magnetically interact with permanent magnets on the guideway to provide levitation and lateral guidance. The magnetic polarities of the vehicle and guideway magnets generate repulsive magnetic forces that suspend the vehicle and push it toward the center of the guideway. The suspension automatically opposes any external force (wind, grades, curves, etc.) that tries to displace the vehicle from its equilibrium position.

Small-scale permanent magnet maglev vehicles have been built and operated. However, for practical, long distance transport systems, permanent magnets are not practical. The cost of permanent magnet guideways is too great. Moreover, the clearance between the vehicle and the guideway is a fraction of an inch. The cost of constructing a guideway to the requisite tolerances, its vulnerability to foreign objects (trash, wind borne debris, etc.) and the problems of ice and snow buildup, make it impractical for high speeds travel.


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2001 Maglev 2000


Maglev 2000