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Last edited 19 Dec 2020
2 hours to 30 minutes. This is what our technology could do to your commute
Imagine it’s noon, there’s a work emergency in the London office and you’re stuck in Manchester 260 miles away. It’s a four-hour drive or a two-hour trip on National Rail. But that’s okay. You take out your mobile, order a self-driving vehicle to pick you up and take you to the Manchester Hyperloop portal. Thirty minutes later, you emerge from the London portal.
SpaceX founder Elon Musk floated the idea in 2013 to use linear electric motors to propel levitated vehicles at airplane speeds through near-vacuum tubes. Hamburg to Berlin in 19 minutes. Dubai to Abu Dhabi in 12 minutes. You can live in one city and commute to another in the time it takes to read this. The Hyperloop is autonomous, energy efficient, and we hope to to make it as comfortable as a Lexus and safer than a train – and much safer than a car.
[Image: Hyperloop One]
This isn’t the stuff of science fiction. We demonstrated our propulsion system in May 2016. We’re undertaking full-system testing at our site in the Nevada desert. We have commercial deals in Dubai, Russia, the Nordics, and the United States to produce detailed feasibility studies for passenger and cargo systems.
Elon Musk has joked that experts call the Hyperloop either obvious – or impossible. We believe it is possible, but we face some difficult challenges unlike those faced by most tech startups.
Most fledgling firms raise a few million, build some software, launch, listen and iterate. Our engineering challenges are more complex: we’re building something that has never existing before, such as a non-mechanical switching system for pods moving at subsonic speeds spaced only 10 seconds apart.
What we’re doing is more like SpaceX or Tesla, except that some engineers knew how to build rockets and cars. Our technology stack doesn’t even exist. We also need to innovate in areas of finance, in order to raise the eventual tens of billions of dollars to finance Hyperloop projects worldwide. Our regulatory challenges would also keep lawyers up at night; we need to work with regulators and state agencies to create a new legal framework under which Hyperloop can operate safely for all.
While the engineering and finance teams address some of the challenges, the regulatory challenges fall to the many of us across the business and legal teams. Here are three ways we’re going about addressing our peculiar regulatory challenges.
First, we will ask for permission and not seek forgiveness. Uber, Airbnb, Google, PayPal have all pushed the envelope of what’s legally permitted with more successes than defeats. They’re super smart companies. But we can’t operate that way. Like companies deploying phone networks or building bridges, we need permission even before we sell a service. We do not have the luxury of merely asking for forgiveness afterwards. We have to work with government agencies to make the system fail-safe.
We are actually big fans of regulation, when it makes sense and is appropriate. The public should have assurances that a government agency has been involved to ensure appropriate access to rights of way and sufficient safety protocols. We are addressing this challenge partly by openly working with governments and partnering with entities that have considerable experience with governments.
For example, two of our investors are the global ports operator DP World (partially owned by the Dubai government) and SNCF (France’s state-owned railway). Partnerships like these will provide tremendous insight into how governments entities work and how we can work with them.
Second, we will need a new framework of regulation. The Hyperloop doesn’t fit into any existing category. It has more in common with an airplane than a train, and not even much in common with a metro system. It is like a car in that you can leave when you want, but, technologically, has way more in common with aerospace. Most countries divide up oversight of transport among different modes – with a rail authority, an aviation authority, a transit authority, and so on.
We need to create a compact with local government agencies to ensure that laws will be tailored to our technology and business, but that the public interest will also be served. We have to ensure we don’t fall between siloed regulators with conflicting statutes, thus setting back progress for largely arbitrary or historical reasons.
Third, we will go where transportation innovation is welcome. It is our duty to make the benefits of Hyperloop so widely shared and to create so much value for countries that they will go out of their way to make it easy for us to build. Google Fiber is an example of a superior product that led citizens to rise up, alongside city governments, and demand its regulatory approval.
We’re not looking for the biggest handout – many of our projects will attract substantial private funding to reduce the taxpayer burden – but the most innovative governments will be able to attract us with reforms that streamline permitting processes and assign a single point of contact in government to accelerate the build-out. Our build-out schedule may simply track to those nations and cities whose governments are most innovative and forward-looking when it comes to the future of transportation and technology.
The youth, energy and grit of startup are formidable and necessary attributes to get a disruptive innovation to market quickly. The technology rightfully steals the headlines. But we need smart and open collaboration with government officials to ensure that our levitating pods take off.
 About this article
This article was written by Marvin Ammori, General Counsel, Hyperloop One, and Bruce Upbin, Vice President, Hyperloop One. It was originally published on the Future of Construction Knowledge Sharing Platform and the WEF Agenda Blog.
 Related articles on Designing Buildings Wiki
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- High Speed 2 (HS2).
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- Hyperloop One.
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- The challenges facing Hyperloop One.
- The transport revolution of Hyperloop.
- Transport design and health.
--Future of Construction 14:07, 20 Jun 2017 (BST)
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