They have the potential for being faster, safer, and more energy efficient than conventional transportation systems. Although such trains are few and far between as of now, they are a hotbed of research in the electrical engineering community. As a result, maglev may be commonplace sooner than you'd think.

In 2026, Magnetic Levitation (Maglev) technology has moved beyond the experimental phase to significantly alter urban and regional connectivity. By using powerful electromagnets to lift and propel trains without physical contact with a track, Maglev eliminates rolling friction, allowing for speeds exceeding 600 km/h (373 mph). This impacts our lives primarily through the "compression of distance"; a three-hour flight (including airport logistics) can now be replaced by a one-hour, city-center-to-city-center train ride. Environmentally, Maglevs are a massive boon as they are 100% electric, produce zero localized emissions, and are significantly quieter than traditional high-speed rail, reducing noise pollution in densely populated corridors. Furthermore, because there are no moving parts like wheels or axles in contact with the guideway, maintenance costs and service interruptions are drastically lower, providing a level of reliability that traditional rail simply cannot match.