How big is the Death Star?

The Death Star was 160 kilometers (or 100 miles) wide at its equator and took countless years, innumerable workers, and a substantial amount of materials and resources to make.

What is the actual size of the Death Star?

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.

How big is the Death Star compared to Earth?

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.

Is Death Star 1 or 2 bigger?

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 160 kilometers in diameter, and was built after the destruction of the first Death Star at the Battle of Yavin.

How big is the Death Star 1 in miles?

The online “Star Wars” resource puts the first Death Star at about 99 miles in diameter, citing 2016's “Star Wars: Rogue One: The Ultimate Visual Guide.” Death Star II, meanwhile, is about 124 miles in diameter, which Wookieepedia got from 2017's “Star Wars: Rogue One: Death Star Deluxe Book and 3D Wood Model.”

How Big was the Death Star? (Canon)

Were there 2 Death Stars?

The first Death Star was destroyed by Luke Skywalker, with the help of Han Solo, and the second Death Star was destroyed by Wedge Antilles and Lando Calrissian. Prior to the second Death Star being built, the Galactic Empire tested out a planetary superlaser for protecting its installations on the planet of Dubrillion.

How far could the Death Star shoot?

The power of the first Death Star's superlaser was estimated to have been more than 2.4×10³² watts, with an optimum range of 2,000,000 kilometers and a working range of 420,000,000 kilometers. Powerful enough to destroy a terrestrial planet, it was the most powerful energy weapon ever built at the time.

How much would the Death Star cost?

According to the US government (no really, the US government), the first Death Star would have cost $852 quadrillion, 11,000 times the gross world product which is suspected to be in the region of $77 trillion.

Who built the Death Star?

A brilliant scientist, Galen Erso was coerced into using kyber crystals to enhance energy yields – work his friend Orson Krennic then weaponized to create the Death Star's superlaser. Galen fled to remote Lah'mu with his family, but Krennic tracked him down and forced him to resume his work.

Why did the Death Star have a hole?

An exhaust port on the first Death Star. A thermal exhaust port was an outlet for dissipating the excess heat produced by the large energy reactors used on board starships and space stations or in certain ground-based structures.

Can the US build a Death Star?

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.

Could we build a 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.

Does the Death Star spin?

The first Death Star rotated towards its targets after arriving in the Alderaan and Yavin systems facing off-target. The second Death Star turned several times to face parts of the rebel fleet near Endor, and finally rotated almost 180° to face the moon.

Could 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).

Was there a third Death Star?

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.

How long did it take to build the Death Star?

It took the Empire 20 years to build the original Death Star in Star Wars, but the second, which was much larger than the first, was operational in just 4 years. Somehow, the Empire was able to whip up the second Death Star almost four times faster than the first.

What was used to destroy the Death Star?

It was discovered that a proton torpedo, shot precisely into a small exhaust port, could trigger a reaction that would destroy the Death Star.

Who destroys the Death Star?

Lando and Wedge Antilles (in an X-wing) both flew inside the superstructure, knocking out its main reactor and finally destroying Death Star II.

How fast can the Death Star travel?

Enable Editor Autofocus. This is bad. A fragment of the Death Star, even starting at a velocity of zero, would hit Earth with an impact velocity of 11,176 meters per second—25,000 miles per hour. That's damn fast.

How many Death Stars have there been?

So let's start with the simple fact that over the years, there have been not two Death Stars, but a total of four, and some of them have some wonky history.

How many dying stars are there?

Using our knowledge of the death rate in the entire Milky Way, the death rate for visible stars works out at about one star every 10,000 years or so. Given that all those stars are closer than 4,000 light-years, it is unlikely – though not impossible – that any of them are already dead.

How many lasers did the Death Star have?

In addition to the Super Blaster 920, the Death Star had about 50,000 heavy laser cannons and another 50,000 quad laser cannons.

Is it possible to destroy an entire planet?

You see, a planet's core is extremely dense and packed with matter: the m in E = mc^2. If we could somehow spontaneously turn that mass into pure energy -- even just 2.5 trillion tons of that mass -- that would release enough energy to destroy the entire world, exactly as we wished.

What can destroy a planet?

Stellar collision with a black hole: A star or planet colliding with a black hole would be destroyed in most cases. A nearby supermassive black hole: If a planet is too close to a supermassive black hole in a galaxy, the planet could be destroyed by the tidal forces of the black hole.

How many planets were destroyed by the Death Star?

No, Alderaan is the only planet to suffer the tragedy of being annihilated by the Death Star. Jedha and Scarif received single-reactor shots, they are powerful enough to blow their way through the crust and into the mantle but not entirely destroy a planet.