Imagine the Port of Los Angeles moved 10 miles off shore with ships docking at floating stations and cargo containers transported underwater from the coast via supersonic tubes. The coastal areas where the Port of Los Angeles used to take up miles of space has been transformed into parks, residential areas, office complexes and beaches. That is the future envisioned by L.A.-based startup Hyperloop One that is developing the technology to realize Elon Musk’s dream of moving passengers and cargo at supersonic speeds through evacuated steel tubes.
“We’ve been talking to a lot of the port authorities around the world about re-engineering their ports in this kind of fashion,” Peter Diamandis, a Hyperloop One board member and CEO of the X-Prize Foundation, told Business Insider. He said clearing the land along the coast could create the conditions for a “huge real estate boom.” Diamandis said that in Long Beach, near where he lives, there is a “beautiful California coastline that is basically covered with ports or cargo containers and ships. Imagine if you could regain all of that coastline for parks and homes and beaches by taking the port and putting the port 10 miles off shore.”
Related: Hyperloop One opens the world’s first Hyperloop factory
Diamandis also confirmed to Business Insider that Hyperloop One is discussing underwater passenger travel. He said that there have been proposals to transport passengers underwater between Norway and Sweden. Hyperloop One is also involved in a partnership with a Russian company to build a Hyperloop in Moscow and possibly beyond and is exploring the possibility of a route between the Finnish capital, Helsinki, and the Swedish capital, Stockholm.
On May 11, Hyperloop One conducted the first live trial of the technology at a test site in the Nevada desert about 10 miles north of Las Vegas. The Propulsion Open Air Test (POAT) involved a sled that was propeled by electromagnets to a top speed of 115 mph (185 km/h) along a track measuring 1,500 feet (457 meters) long.
+ Hyperloop One
Via New Atlas
Images via Hyperloop One