Is Hyperloop faster than flight?

Two minutes of Puke City First imagined at least 100 years ago, it would basically look like some version of those green tubes on Futurama. Imaginary no longer, it would seem. If everything goes according to plan, Hyperloop One's pods will carry humans and cargo at 760 mph — 30 percent faster than a 747 airplane.



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But in theory, the Hyperloop is capable of achieving 760 mph. And that would automatically make it the fastest means of transport in the world.

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That's certainly what the eccentric CEO of SpaceX, The Boring Company, and Tesla wants. We all know that Musk is prone to over-exaggerating projections and targets. But in theory, the Hyperloop is capable of achieving 760 mph. And that would automatically make it the fastest means of transport in the world.

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A harder problem: the vacuum tube Maintaining this vacuum, about one-thousandth the pressure of Earth's atmosphere, through millions of cubic feet of volume will be a big challenge. Whenever passengers enter or exit the system, the Hyperloop has to be temporarily unsealed. Thus, stations would require interlocks.

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Hyperloop. Elon Musk conceived another transportation concept called hyperloop, which is a transportation tube that would run groups of passengers or freight through a pressurized track. The hyperloop would run at a high speed of 600 mph or more.

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The study found the hyperloop could transport people from Chicago to Columbus in under 45 minutes and cost about $60 per ticket. Columbus to Pittsburgh could take less than 30 minutes for a ticket price of about $33.

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Hyperloop refers to a Maglev train system where maglev “pods” run through evacuated tubes, removing air resistance and allowing for projected speeds of 750+ mph.

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Hyperloop: the fifth mode of transportation, capable of travelling at the speed of sound. “It is basically a train travelling within an airless vacuum tube.

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The proposed accelerations for the Hyperloop are a factor of seven greater than the Shinkansen in Japan allow for concerning human passengers, as humans can only handle about 0.2g's (or about 2 m/s^2) of acceleration in the up-and-down or side-to-side directions.

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Some argued the system would be pricier and require more energy than Musk had calculated, making the Hyperloop impractically expensive. Plus, California has already invested years and millions of dollars in a stalled attempt to build a normal high-speed train line for the same journey.

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