While the entire world watches the largest meteor shower in 10,000 years, a rogue asteroid, hidden by the meteor field, smashes into the moon in a tremendous explosion of rock and debris. Fragments from the asteroid penetrate Earth's atmosphere and make impact. Even though the initial damage is minimal, nerves are frayed throughout the planet. Then strange anomalies begin to manifest...
4/5 (1 vote)
Last Episode
01x02 Finale: Season 1, Episode 2 Aired: Jun. 28, 2009With only 39 days until the moon is to collide with Earth, the U.S. military and scientists Alex Kittner, Maddie Reese and Roland Emerson (David … [continue reading]
Special Announcement
View All [19]
Who's your favorite character?
More Full Episodes [0]More Clips [0]
Watch Impact Online
[no videos found] - see full-episodes from other shows here
Previous Episodes
- 01x02 Finale: Sea… (Jun. 28, 2009)
- 01x01 Episode 1 (Jun. 21, 2009)
View full cast
Show's Cast / Crew
Directors
- Mike Rohl (3 episodes)
Writers
- Michael Vickerman (2 episodes)
More Trivia
Series Fun Facts
- Goof (factual errors): A brown dwarf is not a star. It is more like a gas giant like Jupiter but larger. It does not have the mass to begin fusion. The closest thing to the stellar object in…
[show]Goof (factual errors): A brown dwarf is not a star. It is more like a gas giant like Jupiter but larger. It does not have the mass to begin fusion. The closest thing to the stellar object in the movie would probably be a neutron star. That is if a neutron star were to somehow break apart or if a piece was ejected during its formation.
[hide] - Goof (plot holes): There are several scenes, particularly at the start of the movie that ignore the fact that the world has multiple time zones. It's not night everywhere.
- Goof (factual errors): The elliptic orbit of the moon is depicted and described as an ellipse with the Earth in the center. In this way, the moon would be closest to the Earth twice per…
[show]Goof (factual errors): The elliptic orbit of the moon is depicted and described as an ellipse with the Earth in the center. In this way, the moon would be closest to the Earth twice per orbit. In reality, the Earth should be in one of the two focus points of the ellipse so that the moon is closest on one point, and most far away on the opposite side.
[hide]
