In a world where science fiction quickly becomes science fact, there’s one man who’s always at the forefront: Elon Musk. With his company SpaceX, he continues to push the boundaries of what’s possible. And today, we’re going to dive into his latest leak, a new Starship that’s BIGGER and BETTER than anything we’ve seen before.
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SpaceX is rapidly advancing its Starship project. But even as Starship takes shape, plans for a more advanced version, Starship 2.0, are being discussed. Starship 2.0 would be a colossal upgrade, potentially measuring 18 meters in diameter, which is twice the size of the current Starship.
If this increase in size were to extend to the spacecraft’s height, the proposed Starship 2.0 would have eight times the surface area and eight times the fuel tank volume of the original. This growth would mean needing about eight times the thrust, leading to a spacecraft that could be roughly eight times heavier than the current Starship.
To manage this increased size and weight, SpaceX would need to implement significant enhancements to the spacecraft’s engines, materials, and overall design. These modifications could involve new propulsion technologies, advanced lightweight materials, and more efficient fuel storage methods.
Size isn’t the sole factor when considering the potential improvements in Starship 2.0. Musk’s indication that the new Starship will be “better” opens up a wide spectrum of possibilities.
A “better” Starship could mean a more efficient spacecraft. SpaceX has continually refined its engine technology, so we can anticipate even more advanced engines in Starship 2.0, perhaps providing greater thrust or fuel efficiency. Improved fuel usage could also feature, possibly through more efficient combustion processes or advancements in fuel storage and delivery.
Durability is another key area where Starship 2.0 could excel. Spacecraft need to endure not just the harsh vacuum of space, but also the extreme heat and forces during re-entry. New materials or design solutions could be used to increase the spacecraft’s resilience, allowing it to withstand more launches and re-entries, which would be vital for regular interplanetary travel.
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