Bartlett student Cassidy Reid devises a Hyperloop network to

Bartlett School of Architecture graduate Cassidy Reid has designed a concept for a high-speed transport network based on Hyperloop to create infrastructural and cultural corridors wideness Europe, and shrink travel time between cities.

Bartlett student Cassidy Reid devises a Hyperloop network to

Connecting London to Krakow in just one hour and ten minutes, and passing through Brussels, Cologne, Frankfurt and Prague, Reid's Pan-European Corridor network leverages newly ripened Hyperloop technology to make Europe's cultural corridor hands commutable while moreover helping to connect deprived communities that have been "left behind" by globalisation.

Hyperloop is the vision of entrepreneur Elon Musk, the founder of Tesla MotorsPayPal and space exploration company SpaceX. The system employs mag-lev — the same technology that is used by high-speed trains in Japan – in which the electromagnetic levitation of the train ways there is no friction, unlike traditional trains that run on tracks.

Bartlett student Cassidy Reid devises a Hyperloop network to

Musk, who first unveiled the concept for Hyperloop in 2013, later open-sourced the technology and is no longer directly involved in its development.

In Reid's Hyperlink masterplan, the corridor's most populous and diverse terminus would be located in London. Integrated into a underpass on the River Thames, the high-speed twelve-track terminal is designed to "evoke a space-bending feeling of connectivity between other European major cities".

Bartlett student Cassidy Reid devises a Hyperloop network to

In Reid's renderings, the London terminal is imagined to the east of Waterloo Underpass and depicted at the centre of Queen Elizabeth’s Platinum Jubilee Pageant in the year 2022.

Reid designed the project during the 5th and final year of her architecture undertow at the Bartlett, where she was part of Dirk Krolikowski and Evan Greenberg's Unit 14.

This year, Unit 14 students were encouraged to explore the use of innovative technologies in order to leverage diamond and speculate on cultural transpiration throughout Europe. Krolikowski and Greenberg said their unit produces "architectures which have the potential to disrupt and plicate what we think we know well-nigh Europe".

Bartlett student Cassidy Reid devises a Hyperloop network to

Reid claim's her Hyperlink masterplan is an "attempt to economically, socially and politically underpass Europe" and believes that the route would have the potential to wilt the windrow of self-ruling trade and movement in Europe.

"It is hoped that this continental intervention could be a impetus for change," said Reid. "The megacosm of new wangle routes opening up new opportunities for governments, cities, businesses and individuals."

Bartlett student Cassidy Reid devises a Hyperloop network to

"The proposal forecasts a future in which Europe can sit as a result of emerging technologies. These advancements will hypothetically disintegrate European confines and 'make Europe unconfined again," she added.

"Over time this extended network would wilt a net, stitching cities together and hopefully addressing the 'left behind' areas of rural, economic isolation whose dissatisfaction with globalisation is tearing the continent apart."

Bartlett student Cassidy Reid devises a Hyperloop network to

Reid's Pan-European Corridor project was presented at the Bartlett School of Architecture's summer show, which took place from 24 June to 8 July.

Other projects on show included a masterplan for a new Chinese cultural capital and a feminist mucosa featuring a conceptual housing manor where homes perform domestic chores.

The post Cassidy Reid devises Hyperloop network to "make Europe unconfined again" appeared first on Dezeen.