Obayashi Corporation, a construction company, has announced its readiness to start building the space elevator. According to the developers, the initial individuals could journey to Mars by 2050. Should we be getting ready to leave, or are we just observing without taking action?
Building an elevator tower connecting Earth to Mars is projected to require an investment of around $100 billion.
The concept of producing a vehicle like this is not a novel idea. Surprisingly, Konstantin Tsiolkovsky conceived it in the late 19th century! Still, it remains unfeasible to put it into practice up to now. The procedure is overly complex, and not all businesses will choose to pursue it. Despite the presence of courageous individuals, Obayashi Corporation was still involved. He asserts he possesses the essential skills and experience needed to realize his plans.
What Will the Space Elevator Be Like?
In 2012, the company declared its plans to join the competition in developing an elevator. 12 years later, Tokyo Skytree, the tallest tower in the world, has finished construction and is now prepared to tackle this project. Currently, researchers are actively engaging in studies. Engineers create an idea, while marketers focus on forming partnerships and promoting it.
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The intention is to construct a large pipe where a 20-ton heavy-duty cable will be placed inside. The latter can endure high levels of stress and abrupt temperature shifts. Carbon nanotubes, composed of a rolled-up sheet of graphite, were once thought of as potential materials for its production. The benefits include being lightweight and strong; they do not crack or tear when pulled. However, there is a complication: the tubes are very small, restricting their potential for use in a space elevator. Hence, as per scientists, to carry out the project they must create a brand new material.
Also, the company’s staff members will need to construct a floating dock that measures 400 meters in diameter. It can function as both the origin and destination of the elevator. The building will be situated in the ocean close to the equator, with entrance limited to an underwater tunnel. Its primary function is to support the space elevator cable and manage its tension.
The elevator will be powered by solar energy, making it eco-friendly, cost-free, and nearly endless in supply.
Why Do We Need a Space Elevator?
As the elevator will be powered by solar energy, it is expected to greatly cut down on fuel expenses and decrease flight duration. Engineers at Obayashi, a Japanese company, are aiming to transport humans to Mars using an elevator, which they believe will be quicker than traditional rocket travel, cutting the trip time from six to eight months to just three to four months or even 40 days.
Nonetheless, it is premature for us to start packing and getting ready for interplanetary travel as the company will not begin building for at least the next few years.
The technology available now is not adequate for putting the idea into action, but our plan is plausible and a crucial step toward developing a space elevator.
Obayashi Representatives
So let’s sit down comfortably on the sofa, grab some popcorn, and see who will get to Mars faster: Elon Musk or the Japanese.
