Virgin Hyperloop pod transport tests first passenger journey

Mishale

Elder Lister
Virgin Hyperloop pod transport tests first passenger journey
By Zoe Kleinman
Technology reporter

Published
1 day ago
Sara Luchian and Josh Giegel inside their pod

image copyrightVirgin Hyperloop

image captionTrial passengers Sara Luchian and Josh Giegel - who both work at Virgin Hyperloop - inside their pod
Virgin Hyperloop has trialled its first ever journey with passengers, in the desert of Nevada.
The futuristic transport concept involves pods inside vacuum tubes carrying passengers at high speeds.

In the trial, two passengers - both company staff - travelled the length of a 500m test track in 15 seconds, reaching 107mph (172km/h).
However, this is a fraction of Virgin's ambitions for travel speeds of more than 1,000km/h.
Virgin Hyperloop is not the only firm developing the concept but nobody has carried passengers before.

Sara Luchian, director of customer experience, was one of the two on board and described the experience as "exhilarating both psychologically and physically" to the BBC shortly after the event.

She and chief technology officer Josh Giegel wore simple fleeces and jeans rather than flights suits for the event, which took place on Sunday afternoon outside of Las Vegas. Ms Luchian said the journey was smooth and "not at all like a rollercoaster" although the acceleration was "zippier" than it would be with a longer track. Neither of them felt sick, she added.

She said that their speed was hampered by the length of the track and acceleration required.
Virgin Hyperloop test track in Nevada

image copyrightVirgin Hyperloop

image captionThe Virgin Hyperloop test track in the Nevada desert
The concept, which has spent years in development, builds on a proposal by Tesla founder Elon Musk. Some critics have described it as science fiction.
It is based on the world's fastest magnetic levitation (maglev) trains, then made faster by speeding along inside vacuum tubes.

The Maglev train speed world record was set in 2015 when a Japanese train reached 374mph in a test run near Mount Fuji.
Founded in 2014, Virgin Hyperloop received investment from the Virgin Group in 2017. It was previously known as Hyperloop One and Virgin Hyperloop One.
In a BBC interview in 2018, then Virgin Hyperloop One boss Rob Lloyd, who has since left the firm, said the speed would in theory enable people to travel between Gatwick and Heathrow airports, 45 miles apart on opposite sides of London, in four minutes.

Virgin Hyperloop pod

image copyrightVirgin Hyerloop
image captionVirgin says the pods could reach speeds of over 1,000km/h

Los Angeles-based Virgin Hyperloop is also exploring concepts in other countries, including a hypothetical 12 minute connection between Dubai and Abu Dhabi, which takes more than an hour by existing public transport.

Critics have pointed out that Hyperloop travel systems would involve the considerable undertaking of both getting planning permission and then constructing vast networks of tubes for every travel path.
Ms Luchian acknowledges the potential difficulties, saying: "Of course there's a lot of infrastructure to be built but I think we've mitigated a lot of risk that people didn't think was possible."

She added: "Infrastructure is such an important focus for so many people in government. We know people are looking for solutions. They're looking for the transportation of the future. We can keep building today's or yesterday's transport systems and keep encountering the same problems they bring or we can really look to build something that solves those problems."



they are getting closer to changing transportation in and outside the world.
A brave new world awaits
 
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Mishale

Elder Lister
Hyperloop is not feasible , maybe in rich states like dubai,
japan and Chinese maglev is the future of ground transport
lets see which will be able to overcome the disadvanteges first and take transportation to the next level.

Maglev Trains: Why are we not riding trains at a speed of 2,900 km/h yet?
19.03.2020 | Author / Editor: Jason Unrau / Erika Granath
Ultra-fast rail travel is proven possible with Maglev trains, but only one passenger system is currently operational worldwide at a fraction of its potential. What is Maglev all about, what challenges does it face, and where is the industry going?

Maglev trains have been around for decades and are quieter and smoother than traditional railway travel. They're also capable of extreme speeds. So why haven't we seen Maglev implemented more than it has? And hey, what's even a Maglev Train?

What's a Maglev Train?
The name 'Maglev' is a contraction of magnetic levitation. Quite literally, the force that repels two magnets is harnessed to levitate multi-ton train cars off their track. Because Maglev trains ride above the track and not on it, there's nearly no friction or drag to slow down travel. Since electromagnets are a significant component in the Maglev infrastructure, Maglev trains are impacting the environment less negatively than diesel-powered rail travel does.

Though the Maglev trains don't touch the track, they aren't entirely free from it. Picture the track shaped as a C where the ends of the C act as retainers for the train's undercarriage.


Today, there are only three Maglev trains in operation.
  • Japan's HSST (High-Speed Surface Transport) train is a short 9.2-kilometer (5.7-mile) loop from Fujigaoka Station through Nagatuke Town to Yagusa Station in Toyota City.
  • A second Japanese maglev, the Linimo Line, operates in Aichi Prefecture near Nagoya that's 8.9 kilometers (5.5 miles) long and carries more than 16,000 passengers daily.
  • South Korea also has a Maglev train that links Incheon International Airport to Yeongjong Island. It's currently 6.1 kilometers (3.8 miles) long, with two additional stages planned for an additional 47.1 kilometers (29.2 miles) of track.
The current speed record for Maglev trains is held by the Linimo Line in Japan at 603 km/h (375 mph).

What is holding Maglev back?
While Maglev trains require minimal maintenance, aren't affected by weather, and are capable of higher speeds. Maglev is, however, partly too good to be true.

There are a couple main reasons why Maglev hasn't received widespread adoption:
  • High costs. Japan is developing a new Chuo Shinkansen bullet train on a 286-kilometer-long (178-mile-long) line that's mostly underground. It comes with a price tag of almost $75 billion US. It's estimated to be around $100 million per mile to build.
  • Electrical infrastructure. The electrical supply requirements for Maglev trains are 30 percent higher than regular light rail, which would put a strain on the grid.
  • Profitability. With exorbitant development costs, is it ever possible for a Maglev to turn a profit?


In China, scientists at Southwest Jiaotong University have built a maglev train that is said to be capable of 2,900 km/h (1,800 mph). The train track is built in a vacuum tunnel to reduce wind resistance. However, the Southwest Jiaotong University's Maglev Train's said top-speed hasn't been tested in reality yet.

What does the future hold for Maglev Trains?
Maglev technology is brilliant and can serve many purposes. However, for now, and for the foreseeable future, costs restrict widespread implementation. Likely, we'll see it adapted for short-range shuttle use in high-density areas rather than transcontinental travel.

 

Mishale

Elder Lister
Elon Musk was building tunnels all over America for such hyper travels...hii story imefika wapi?
he pulled the plug

Elon Musk's L.A. freeway tunnel won't see the light of day
The Westside tunnel was the result of Musk's Twitter rants about his 17-mile commute along the 405.

Nov. 28, 2018, 5:22 AM EAT
By Dennis Romero

Elon Musk's Boring Company announced Tuesday that it has pulled the plug on a project that appeared to be nothing more than a subterranean pipe dream.

The company announced Tuesday that it was withdrawing plans, unveiled in 2017, for a high-tech transportation tunnel below the 405 freeway along Los Angeles' Westside. In a statement the Boring Company claimed the withdrawal was the result of a settlement with community groups. Those groups sued Los Angeles over its plan to exempt the project from environmental review requirements.

Image: Elon Musk of The Boring Company listens as Chicago Mayor Rahm Emanuel talks about constructing a high speed transit tunnel

Elon Musk

That Boring proposal is called the Dugout Loop High Speed Transportation Project. It would ferry game day fans from the subway lines of Vermont Avenue to the ballpark three miles away via "a fleet of autonomous all-electric modified Tesla Model X platforms" from Musk's automaker, Tesla, according to a city summary.
It has the support of L.A. Mayor Eric Garcetti. NBC News reached out to the mayor's office for its response to Boring Company's withdrawal of its Westside plans but was unable to get an immediate response.


While Musk first touted his tunnel as the beginnings of a system to bypass the 405 freeway, one of the nation's busiest, Hawthorne city documents in 2017 showed that local leaders had only approved a pedestrian tunnel from SpaceX's One Rocket Road office to its employee parking garage across the street.
City officials later approved an extended test tunnel, but it was never clear if Musk's idea of using Tesla platforms as "electric skates" was ever successfully demonstrated.

Image: The rapid-transit tunnel constructed by Elon Musk's Boring Company that runs under Los Angeles

The rapid-transit tunnel constructed by Elon Musk's Boring Company that runs under Los Angeles, is seen in this still image taken from a video obtained from social media on November 3, 2018.Reuters file


 
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