Titan and hyperloop: lessons on pressure and future transportation

In the past few days, a tragic event has led us to reflect on the importance of understanding the phenomena related to pressure in different contexts. During an expedition to the Titanic, a submarine experienced an implosion, a physical effect that occurs when a structure collapses inward due to a pressure difference between the interior and exterior. Unlike an explosion, an implosion is caused by external forces acting in all directions.

While the precise causes of the Titan submarine implosion remain unclear, it is suggested that internal degradation of carbon fiber components or inadequate sealing could have been contributing factors. This event highlights the importance of conducting sealing tests and regular monitoring to ensure structural integrity in submarines.

This lesson on pressure is also relevant in the innovative context of the hyperloop. Hyperloop aims to maintain efficient sealing and avoid large pressure differences to ensure safety and energy efficiency in the system. Dealing with repetitive decompressions and maintaining structural integrity throughout the entire journey are significant challenges for this transportation of the future.

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That's why, at Zeleros, we have focused on reducing long-term risks by opting for pressures similar to those experienced in commercial aviation. This strategic choice allows us to leverage technological advancements, rigorous testing, and strict safety standards established in the aerospace industry over the course of decades. Aviation systems have undergone extensive testing, certification, and refinement. Being used by billions of passengers per year, it is the safest mode of transportation available today.

By adopting pressures close to those found in commercial aviation, we not only prioritize safety but also unlock the potential for enhanced scalability of the hyperloop. By reducing pressure differentials and ensuring optimal sealing, we de-risk the challenges associated with decompressions at stations, offering a more adaptable and scalable system.

To learn more about our pressure proposal and how we are leading the way toward the transportation of the future, visit:

Join us on this thrilling adventure as we comprehend and harness the power of pressure phenomena to drive secure, efficient, and environmentally friendly transport solutions.

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