In "Meteor," two massive rocks -- tumbling debris older than the solar system itself -- collide in space. The course has been altered. The target is Earth. In a remote observatory, Dr. Lehman (Emmy winner Christopher Lloyd, "Back to the Future"), discovers a meteor approximately three times the size of Mount Everest barreling its way towards Earth. His devoted young assistant Imogene O'Neill (Marla Sokoloff, "The Practice") feverishly types in the coordinates only to find the previously identified meteor named Kassandra is headed their way. It's only the beginning of their troubles as showers of smaller meteorites begin to lay waste to major cities around the globe.
The impending disaster brings out the best and the worst sides in people as they cope by either lending a helping hand or taking advantage of the situation. In a small California town, a police chief (Golden Globe nominee Stacy Keach, "Prison Break") struggles to calm a panicky group of citizens. Miles away, his son Jack, a detective (Golden Globe nominee Billy Campbell, "Once and Again"), finds himself caught in the middle of the most difficult arrest of his career with the ill-timed transfer of a very dangerous psychopath named Stark (Michael Rooker, "JFK"). Then there's the skeptical Dr. Chetwyn (Emmy and Golden Globe nominee Jason Alexander, "Seinfeld") who may be the only chance Lehman and O'Neill have to get their findings to the proper authorities in time to deflect Kassandra.
Time is running out in "Meteor," in which eye-popping effects, explosive human drama, and hair-raising action combine to create a suspenseful, thrilling and dramatic new miniseries event from RHI Entertainment.
Runtime: 120 minutes
Meteor - Meteoroid - Netflix
A meteoroid () is a small rocky or metallic body in outer space. Meteoroids are significantly smaller than asteroids, and range in size from small grains to one-meter-wide objects. Objects smaller than this are classified as micrometeoroids or space dust. Most are fragments from comets or asteroids, whereas others are collision impact debris ejected from bodies such as the Moon or Mars. When a meteoroid, comet, or asteroid enters Earth's atmosphere at a speed typically in excess of 20 km/s (72,000 km/h; 45,000 mph), aerodynamic heating of that object produces a streak of light, both from the glowing object and the trail of glowing particles that it leaves in its wake. This phenomenon is called a meteor or “shooting star”. A series of many meteors appearing seconds or minutes apart and appearing to originate from the same fixed point in the sky is called a meteor shower. If that object withstands ablation from its passage through the atmosphere as a meteor and impacts with the ground, it is then called a meteorite. An estimated 15,000 tonnes of meteoroids, micrometeoroids and different forms of space dust enter Earth's atmosphere each year.
Meteor - In the Solar System - Netflix
Most meteoroids come from the asteroid belt, having been perturbed by the gravitational influences of planets, but others are particles from comets, giving rise to meteor showers. Some meteoroids are fragments from bodies such as Mars or our moon, that have been thrown into space by an impact. Meteoroids travel around the Sun in a variety of orbits and at various velocities. The fastest move at about 42 kilometers per second through space in the vicinity of Earth's orbit. This is escape velocity from the sun, equal to the square root of 2 times Earth's speed, and is the upper speed limit of objects in the vicinity of Earth, unless they come from interstellar space. Earth travels at about 29.6 kilometers per second, so when meteoroids meet the atmosphere head-on (which only occurs when meteors are in a retrograde orbit such as the Eta Aquarids, which are associated with the retrograde Halley's Comet) the combined speed may reach about 71 kilometers per second (see Specific energy#Astrodynamics). Meteoroids moving through Earth's orbital space average about 20 km/s. On January 17, 2013 at 05:21 PST, a 1 meter-sized comet from the Oort cloud entered Earth atmosphere over California and Nevada. The object had a retrograde orbit with perihelion at 0.98 ± 0.03 AU. It approached from the direction of the constellation Virgo (which was in the south about 50° above the horizon at the time), and collided head-on with Earth's atmosphere at 72 ± 6 km/s vapourising more than 100 km above ground over a period of several seconds.
Meteor - References - Netflix