XIII

26th Apr 2012

Armageddon (1998)

Correction: Gruber is killed during the 'asteroid storm' shortly after the disarming of the bomb.

XIII

Correction: Gruber's death from the "asteroid storm" is cut from many networks based on time. This event may have lead to why the nuclear bomb would have to be remotely detonated.

4th Jan 2006

Armageddon (1998)

Corrected entry: Shortly before Stamper detonates the nuke we see a computer screen at NASA which shows the asteroid nearly at "Zero Barrier". Only 1 minute later, the screen is visible a second time and the two halves of the asteroid are already beyond the tangent where it would have hit earth on a straight flight. Earlier in the movie it is said that it'd take the asteroid about 3 hours and 57 minutes to get from zero barrier to hit earth. So it's impossible for the two halves to be beyond that line. (02:12:45)

Ronnie Bischof

Correction: This is far too obvious to be a mistake. There is no indication that thei "1 minute" was in real time. We see the screen with the two halves when the guys at NASA are celebrating. They are only celebrating after they are sure the two halves are clearly going to miss Earth.

XIII

15th Aug 2004

Armageddon (1998)

Corrected entry: A few things about splitting the asteroid always annoyed me. They couldn't possibly calculate that drilling a certain depth would "split" the asteroid rather then blowing it to smaller but still deadly bits. Even if they did calculate right they did this on stable rotation. But as they stated the asteroid started rotating unpredictably after passing the moon so it could have turned towards earth causing one piece to hit as they calculated and the other to hit just a bit later. And last even if all 2 previous scenarios go just right (as in the movie) we saw that the asteroid was covered with huge high and sharp "mountains" which would most likely break of in the explosion and rain down on earth. So either way earth would be doomed.

Correction: In regards to the moon, the asteroid started to rotate after passing the moon, not change its trajectory. Thus the two pieces (if sucessfully split) would most likely miss earth. Furthermore, in a weightless environment, the two pieces would be pushed apart by the explosion with the same amount of force. Thus the trajactory of both pieces would be the same (but in opposite directions) from the moment it exploded. In regards to the sharp mountains, they aren't big enough to "doom" the earth and would mostly burn up upon entering the earth's atmosphere.

XIII

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