Future of Transportation: Hyperloop One Conducts First Passenger Pod Test. ... the XP-1 levitated through the 500-meter-long concrete test tube, ...

Hyperloop One's XP-1 pod enters the tube at the company's test facility . 2 / 7. ... In doing so, they would probably be inaugurating today the future of world transportation, ...

Item 1 of 7 A test hyperloop tube is seen at the Virgin Hyperloop facility near Las Vegas, Nevada, May 5, 2021. REUTERS/Mike Blake [1/7] A test hyperloop tube is seen at the Virgin Hyperloop ...

So far, the company has built a test tube and pod in the Nevada desert that has reached a top speed of 240 miles per hour. Virgin hopes to have a hyperloop system running somewhere in the world by ...

The test saw the XP-2 pod reach a top speed of 107 mph (172 km/h). Virgin Hyperloop’s ultimate goal is for passengers to travel at speeds of over 600 mph (~1,000 km/h) in 28-person pods.

The pod, made of aluminum and carbon fiber, is 28 feet long and resembles a bus. The May test comes just about a year after Hyperloop One publicly demonstrated its propulsion system on a tube-free ...

Residents of the Research Triangle region of North Carolina can see a Virgin Hyperloop One’s XP-1 test pod when it goes on display in Pittsboro in Chatham County and in Research Triangle Park ...

Space visionary Elon Musk turns his gaze back to Earth this weekend as 30 engineering teams from around the world gather in the South Bay to bring a dose of reality to his futuristic ground ...

A ground transport system known as a Hyperloop that could potentially move people-bearing pods in sealed tubes at the speed of sound. Imagine, say, travelling from Sydney to Melbourne in only 50 ...

Elon Musk's hyperloop dream began to take shape in reality last weekend as 27 teams, including six from outside the United States, participated in a competition to create the mass transit vehicle ...

They are recreating on the ground a low-pressure environment normally found 200,000 feet above the surface and shooting pod at high-speed in this environment, which takes the form of a tube.