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Plans for 3,000-Mile Trans-Atlantic Train Tunnel Resurface: London to New York in Just One Hour?

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Imagine the Channel Tunnel – just a bit bigger (Picture: AFP)
Imagine boarding a train in London and arriving in New York just one hour later.

This futuristic vision could become a reality as plans for a 3,000-mile trans-Atlantic train tunnel connecting the two cities have recently resurfaced online. While the idea has been dismissed in the past as impractical due to cost and technical limitations, advancements in technology are reviving the conversation.

The journey could take less than an hour (Picture: Getty)

The journey could take less than an hour (Picture: Getty)

The ambitious proposal, estimated to cost a staggering £15 trillion, involves trains traveling through pressurized tunnels beneath the Atlantic Ocean at speeds of up to 3,000 mph.

With vacuum tube technology and pressurised vehicles — similar to hyperloop systems — these trains would encounter minimal wind resistance, enabling record-breaking travel times.

If realised, the journey could provide a more environmentally friendly alternative to air travel, potentially reducing carbon emissions and reducing pollution caused by long-haul flights.

The concept of underwater tunnels isn’t new. In fact, similar ideas date back to the early 19th century.

1802 French engineer Albert Mathieu-Favier proposed a tunnel between France and England, complete with oil lamps and a midway island for horse changes.

Fast forward to today, and the Channel Tunnel (or “Chunnel”), connecting the UK and France, stands as a modern engineering marvel — though its 40-mile span took six years to complete.

However, the proposed trans-Atlantic tunnel would be a far greater challenge, potentially reaching depths far beyond the Chunnel’s 245 feet below sea level.

Engineers are divided on how best to execute such a project: some advocate for a tunnel embedded in the ocean floor. In contrast, others suggest suspending the structure using cables or stilts.

Despite the excitement, challenges remain. Developing a vacuum-sealed system capable of maintaining high speeds, ensuring safety, and achieving economic viability have all stymied previous hyperloop projects.

Companies worldwide, including those in Switzerland, have tested similar technologies, but widespread implementation has yet to materialise.

Still, with rapid advances in engineering and the ever-present demand for faster, greener travel options, the dream of a one-hour London-to-New York train ride may not be as far-fetched as it once seemed.

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