Basing their calculations around the thickness of warships, experts believe that a staggering one quadrillion tons of steel would be needed for its construction, if steel would be the material of choice.

How much would it have cost to build the Death Star?

The final cost is estimated at $8,100,000,000,000,000. That is appropximately 13,000 times the world's gross domestic product (GDP) required if NASA intended to embark on such an exercise today. The core issue for the team was estimating the amount of raw materials required.

What resources would you need to build a Death Star?

Initial construction on the Death Star had been carried out by newly designed machines, some of which were controlled by sentient operators stationed in orbital command habitats. A vast array of ships provided the station with metals, organic materials, and supplies of water.

What would it take to build a Death Star?

And how long would it even take to build? On to the subject of materials, it's estimated that it would take 830,000 years at current global output levels to produce the amount of steel needed for just the superstructure of the Death Star.

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

Multiply that by four inches (a third of a foot) and you get 30 billion cubic feet of steel. At a density of about 500 pounds per cubic foot, that means we need a little less than two quadrillion pounds, or close to a trillion tons (the estimate scaling up from the battleship was about a quadrillion).

Day in the life of a Stormtrooper

Could we build a real Death Star?

In short, don't count on it happening anytime soon: The actual size of the Death Star, according to their estimations, is close to 120 to 160 kilometers in diameter, and would cost the equivalent of 18 quadrillion dollars to build.

Is there enough metal on Earth to build a Death Star?

And while there exists enough iron in the Earth's crust to build two billion Death Stars, the steel itself would take 833,315 years to produce at current rates of production.

Is the Death Star laser possible?

Scientists uncover the secret to building Star Wars-style laser weapons — but don't worry, we won't have a Death Star anytime soon. Today's infrared lasers are only powerful enough to disable aerial targets, but scientists now have the keys to building high-powered laser weaponry that can 'melt' distant targets.

How was the Death Star built so fast?

Essentially, the Empire was able to build the second Death Star so quickly because they'd already built one before. Furthermore, Darth Sidious expedited the construction of the second Death Star so that it was functional far sooner than the first.

How much did the Death Star cost in real life?

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).

How much energy would the Death Star need?

As Stark says during his big screen debut, “If my math is right – and it always is – three gigajoules per second” is the load required. That would equate to 3 GW of generation capacity and, therefore, 7.5 million panels.

How many Legos does it take to build the Death Star?

10188 Death Star is a 3,803 piece Classic Star Wars set released in 2008.

What species stole the Death Star plans?

However, in 12 ABY, a team of Taurill commandos broke in during a diplomatic reception for Durga the Hutt and stole a copy of the plans. They delivered them to Durga, who had Bevel Lemelisk use the captured designs to create a new version of the Death Star, the Darksaber.

Did it take 20 years to build the Death Star?

The Death Star was a moon-sized, deep-space mobile battle station constructed by the Galactic Empire over the course of 20 years.

Why build a second Death Star?

Hoping to crush the Rebellion once and for all, the Empire began construction of a second dreaded Death Star near Endor. Emperor Palpatine then leaked word of its construction to the Alliance, hoping to lure rebel forces in and destroy them.

How long would a Death Star take to build?

The first Death Star is said to have taken around 20 years to build, meaning construction would be finalized around 2BBY - which would make sense, as this would be two years before its first test run on the planet Jedha, and three years after Andor season 1.

How big is the Death Star 1 vs 2?

Various sources state that the first Death Star has a diameter of between 140 and 160 kilometers. There is a broader range of figures for the second Death Star's diameter, ranging from 160 to 900 kilometers.

Why is Death Star 2 incomplete?

It was two-three times larger than DS1 and took far more materials to build it. Sid also wanted it to look unfinished so he could lure the Rebels in: “it's a trap!” But he ensured the planet killer gun was operational by sending Vader in to oversee it.

Was there a third Death Star?

Present for battles/events

For other uses, see Death Star (disambiguation). The Death Star III, also known as the third Death Star, was a mock Death Star battle station created from an incomplete worldcraft by the Kaarenth Dissension.

Can the Death Star use hyperspace?

But what made the Death Star particularly menacing was its ability to travel through hyperspace. Not only was it equipped with destructive armaments, it could pursue its prey with those armaments.

Would laser weapons exist?

Laser-directed energy weapons can engage targets at the speed of light, and use an intense beam of light to cut through the target, leading to structural failure or more impactful results if the warhead is targeted. Firing it for 10 seconds is the cost equivalent of using a regular heater for just an hour.

Can a laser cut an asteroid?

Asteroid mining and redirection are two trends that both can utilize lasers, one to drill and cut, the other to ablate and move. Yet little is known about what happens when a laser is used to process the types of materials we typically expect to find on most asteroids.

Is a weapon like the Death Star possible?

The Death Star would require roughly a million billion times more power to blow up a planet, she said in the video. "In producing all that energy, you would produce a lot of heat — like enough heat to melt the Death Star," Burks said.

Can a dying star destroy a planet?

This process causes the star to turn into a “red giant” that grows very large. The star can then swallow up the planet, and anything else that nears it. The scientists say the planet's destruction happened between 10,000 and 15,000 years ago near the Aquila constellation.

Would the Death Star create its own gravity?

If the Death Star rotated once every nine minutes, this would be enough to generate 1g of centrifugal force at the surface, but this would point outwards. Instead, the Death Star has artificial gravity that points towards the core for the decks nearest the surface.