How long would it take to build a real Death Star?

Creating and transporting the steel required, they also note, could take as long as 860,000 years and would likely leave the planet so polluted that everyone on Earth would have no choice but to fight for a spot onboard the spacecraft.

How long does it take to build Death Star?

The Death Star took 20 years to build, and was destroyed in a single day.

Can the Death Star be built in real life?

Brooks Peck, a curator at the EMP Museum in Seattle believes that creating enough metal to build the Death Star is also theoretically possible—but only if we already have an established space infrastructure to support it. We technically do, but it's still in its infancy.

How much would it take to build a Death Star?

At $2.2 billion in 1945 dollars for the WW2 super project, Feinstein estimates the 20-year cost to complete the Death Star at more than $192 quintillion (that's 18 zeros). While $192,000,000,000,000,000,000 looks like a lot, keep in mind The Evil Empire spanned hundreds of solar systems.

How hard would it be to build the Death Star?

If constructing the International Space Station was hard, the Death Star's complications dwarf that. Pyle says estimates indicate it would take 830,000 years of Earth's current steel output to create enough metal for the hull of the superstructure alone.

How Much Would it Cost to Build a Real-Life Death Star?

Can the Death Star destroy Earth?

Alderaan and Earth are very similar, so we'll look at what it would take for the Death Star to destroy Earth. For that, the Death Star would have to overpower the forces that hold the planet together—in this case, gravity. The gravitational binding energy of Earth is 2.24*10^32 Joules (that's 240 followed by 32 zeros).

Could a Star Destroyer be built?

A Star Destroyer will cost $636 billion to build the parts on Earth, plus $44.4 trillion to get it all off Earth and to Mars. At that launch cost, it's definitely worth investing in asteroid mining and refining technologies first.

How much metal would it take to build the Death Star?

“(The Death Star has) a volume of 17.16 quadrillion cubic meters. At 1/10 volume, we'll need 1.71 Quadrillion cubic meters of steel, weighing in at 134 quadrillion tonnes.

How big is the original Death Star?

The first version, which appears in the original 1977 film Star Wars, is stated to be more than 160 kilometers (99 mi) in diameter, and is crewed by an estimated 1.7 million military personnel and 400,000 droids.

How much would the second Death Star cost?

With its 900 km diameter, the second Death Star would have cost the Galactic Empire $419 quintillion.

How long did the Death Star 2 take to build?

Yet, the second–even bigger than the first–was built in a mere 4 years. That's 20% of the time they took to build the first, smaller one.

Is there an Earth in Star Wars?

While it doesn't play a major part in the Star Wars universe, Earth has appeared in canon and non-canon material. Star Wars fans will be familiar with the phrase, "A long time ago in a galaxy far, far away," which marks the beginning of each film in the Skywalker Saga.

How long would it take to get from one side of the Death Star to the other?

You can be on the other side of the first Death Star in less than 10 minutes and under 13 minutes for the second Death Star. Most people on the Death Star aren't TIE fighter pilots, so the dignitaries would most likely be taking a TIE command shuttle, which has a lower velocity.

How big was the second Death Star?

The Death Star II was the second Death Star battlestation to be constructed by the Galactic Empire. It was significantly larger than its predecessor, measuring over 160 kilometers in diameter, and was built after the destruction of the first Death Star at the Battle of Yavin.

How many Death Stars were built?

One Death Star was completely built by the Empire, with a second and third one never reaching full completion, as well as a prototype being in existence. In addition, a scaled-down version, the Tarkin, and a Hutt knockoff, the Darksaber, would be created by the Empire and Durga the Hutt, respectively.

Why did it take so long to build the Death Star?

The first one took so much longer because even though they had designed the superstructure, they had not designed the weapon. The laser portion of the Deathstar took almost 19 years to design and build: There's one specific part that took years to perfect. It's not like it took 19 years to build the whole thing.

Why did the Death Star have a weakness?

The Death Star's thermal exhaust port was a significant flaw in the design that the Rebels were able to exploit during the Battle of Yavin. This led to the thermal exhaust ports to be removed for the Death Star II, although the Death Star III retained this weakness.

Who built the first Death Star?

Bevel Lemelisk was an engineer and architect who designed, among other things, six superweapons with the power to destroy a planet: the Death Star prototype, the Death Star, the second Death Star, the Eclipse, the Tarkin, and the Darksaber.

Is the Death Star bigger than the moon?

So the Death Star can't be so close it spans half the sky, but it could be close enough to appear larger than our Moon. For example, if the superweapon were 1,000 kilometers above the Earth, its apparent size would be about eight times that of the Moon, making it by far the largest object in the sky.

Who destroyed the Third Death Star?

While the Kaarenth Dissension's sophisticated feint was a successful distraction, this so-called Death Star III was ultimately destroyed by Red Squadron when Red Leader made a direct hit to its unprotected thermal exhaust port.

What is the Death Star made of?

Quadanium steel or Quadanium alloy was an extremely durable metallic substance. The surface of the first and second Death Stars were made of Quadanium steel. The planet Despayre was a source of Quadanium for the construction of the first Death Star.

How much would a real Star Destroyer cost?

Answer by Kynan Eng: A Star Destroyer will cost $636 billion to build the parts on Earth, plus $44.4 trillion to get it all off Earth and to Mars. At that launch cost, it's definitely worth investing in asteroid mining and refining technologies first.

What made the Millennium Falcon so fast?

The Millennium Falcon's signature speed comes from its hyperdrive, a propulsion system that pushes the vessel to light speed — though Han Solo has famously boasted that the ship can travel even faster.

Can Star Destroyers land?

Bookmark this question. Show activity on this post. In Episode III, you see that Venator-class Star Destroyers can land, load troops and perform other logistical operations and in Episode II, you see the same with Acclamator-class cruisers.