Virgin Hyperloop completes world's first human test

  • Hyperloops are a new type of transportation technology that involves vacuum tubes and passenger pods traveling at ultra-fast speeds.
  • Although no commercial hyperloops exist yet, a handful of companies around the world are building test tracks, some in partnerships with national governments.
  • Hyperloops could prove to be a faster and more environmentally sustainable form of transportation than flying and high-speed rail, though many obstacles remain.

Virgin Hyperloop has successfully completed the world's first passenger test of hyperloop technology, a new form of high-speed transportation.

The test was conducted Sunday in a desert outside of Las Vegas, where the company built a 500-meter vacuum tube as a test track. Inside the tube, a pod carrying two passengers used electric propulsion and electromagnetic levitation to whisk above the track, reaching 107 mph in about six seconds before coming to a stop.

Virgin's test was designed to prove the safety of hyperloop technology for humans. The company, founded in 2014, hopes to build long-distance hyperloops that travel up to 600 mph, meaning a trip from New York City to Washington, D.C. would take about 30 minutes.

"With today's successful test, we have shown that this spirit of innovation will in fact change the way people everywhere live, work, and travel in the years to come," said Richard Branson, founder of the Virgin Group, in a statement.

It's a big milestone for the technology, which Elon Musk first proposed in 2012. Still, Virgin and other hyperloop companies have many hurdles to overcome before hyperloops become a viable form of transportation.

In addition to proving hyperloops are safe for humans at faster speeds, two major obstacles include:

  • Cost: Building and maintaining miles of hyperloop tubes would be incredibly expensive, with leaked documents from 2016 suggesting that each mile of track could cost between $84 million and $121 million. It's unclear whether hyperloops could sell enough tickets at high enough prices to turn a profit, while competing with airlines and railways.
  • Land: Due to the high speeds, hyperloop tracks would need to be constructed in near-straight lines. Turns would have to be wide: A Virgin Hyperloop engineer told the New York Times that a hyperloop pod would need about six miles of track to complete a 90-degree turn at 600 mph. It's unclear how or whether Virgin (or other hyperloop companies) would be able to buy or gain rights for all the necessary land to build the tracks.

Artist rendering of Virgin Hyperloop passenger pod

Virgin Hyperloop

Hyperloop companies, which would be overseen by the Federal Railroad Administration, would also have to sort out issues related to headway, maintaining a vacuum in the tubes, emergency exits, government regulations, passenger capacity and the simple possibility that people might not want to shoot through a vacuum tube at 600 mph.

(On that note: It's unlikely that hyperloops would reach average speeds of 600 mph because the pods would need to accelerate and decelerate at slower speeds for safety and comfort reasons.)

Virgin Hyperloop

But hyperloop technology is moving forward. In July, the U.S. government published a policy document intended to serve as a regulatory "roadmap" for hyperloop companies seeking to test their technology in the country. Virgin recently announced plans to build a $500 million "certification center" in West Virginia, where the company will test future versions of its hyperloops, aiming to get government approval.

Virgin plans to build its first operational hyperloop in India, whose government has been in talks with the company since 2017. While still in the planning stages, the company hopes to have a commercial hyperloop up and running in India by around 2030.

Underground tunnel built by the Boring Company

Boring Company

Virgin isn't alone in the hyperloop space. For example, there's Los Angeles-based Hyperloop Transportation Technologies, which is working on test projects in the United Arab Emirates, France, and Germany, where the company aims to move cargo through hyperloops. The company said it hopes to open its first commercial operation by 2022.

Hardt Global Mobility, a Dutch hyperloop startup, hopes to build a 10,000-kilometer network of hyperloops throughout Europe. Meanwhile, Elon Musk's Boring Company is building underground tunnels designed for cars traveling short distances. But the company says its tunnels "are designed and built in preparation for their eventual transition to Hyperloop."

Some critics of hyperloop technology say it's a "utopian vision" that's unlikely to pan out, while others note that hyperloops would essentially be maglev trains, but more expensive and faster (because the vacuum tube reduces drag). But if successful, hyperloops could not only decrease travel times, but also become a more sustainable form of transportation, potentially magnitudes more efficient than high-speed rail and flying.

Follow us on Google News