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Meteor vs. Meteorite: What's the Difference?

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Read the comparison below, or explore it visually. Create a visual lesson comparing meteor and meteorite using available credits or plan allowance.

A meteor is the flash of light seen when a small space rock rushes into Earth's atmosphere and burns up, while a meteorite is a piece of that rock that survives the fall and lands on the ground. While still in space the rock is called a meteoroid. So the same object changes name as it travels: meteoroid, then meteor, then meteorite.

At a glance

MeteorMeteorite
What it isA glowing streak of light in the skyA solid rock or metal lump on the ground
Where it isHigh in the atmosphere, about 80-120 km upOn Earth's surface
How long it lastsUsually a second or twoCan survive for millions of years
How commonMany every night; most are dust-sized grainsRare; only larger, tougher pieces survive
Can you hold itNo; it is light from heated air and rockYes; collected and displayed in museums

Which should you use?

Meteor

Use meteor for a shooting star crossing the night sky, such as the dozens per hour visible during the Geminid meteor shower each December.

Meteorite

Use meteorite for a fallen space rock that can be picked up, such as the iron meteorites kept in museums or a stone found after a bright fireball.

Frequently asked questions

What makes a meteor glow?
A meteoroid enters the atmosphere at tens of kilometres per second and compresses the air in front of it so violently that the air heats up. The rock's surface vaporises, and the hot gas and air glow, producing the bright streak.
What is a meteor shower?
A meteor shower happens when Earth passes through a trail of dust left behind by a comet. Many grains hit the atmosphere in the same direction, so meteors seem to fan out from one point in the sky; the Perseids in August are a well-known example.
Are meteorites hot when they land?
Usually not. The intense heating lasts only seconds and affects a thin outer layer, which melts into a dark fusion crust. Air drag then slows the rock sharply, and its cold interior means most meteorites land warm or cool, not glowing.