Are Satellite Dishes in Space?
No. The satellite dish stays firmly on the ground; the satellite it communicates with is the object in space. Here is why the two get confused.
It is a reasonable question, and the wording of "satellite dish" invites the confusion. The short answer is no: the dish mounted on your wall or roof is very much on Earth. The satellite, a separate spacecraft thousands of miles overhead, is the part in space. The dish and the satellite work as a pair, but only one of them leaves the ground.
The dish stays on the ground
Your satellite dish is a ground-based antenna. It is bolted to a fixed structure, connected by cable to a receiver indoors, and never moves except when someone adjusts its aim. Its entire job is to sit still and stare at one precise point in the sky. If you can touch it from a ladder, it is not in space, and every dish a homeowner deals with falls into that category. For what the dish actually is and does, see what is a satellite dish.
The satellite is the part in orbit
The satellite is a spacecraft orbiting the Earth. Traditional television satellites sit in what is called a geostationary orbit, roughly 22,000 miles above the equator. At that specific altitude a satellite circles the Earth at exactly the same rate the planet turns, so from the ground it appears to hang motionless in the sky. That is the secret behind fixed dishes: because the satellite never appears to move, your dish can be aimed once and then locked in place permanently. The way that aim is set is covered in our guide to aiming a dish.
Newer systems are a little different
Some modern satellite internet services use fleets of satellites in low Earth orbit, only a few hundred miles up, that do move across the sky. To keep up, their ground dishes either steer electronically or track automatically, so the antenna itself is still on the ground but no longer aimed at a single fixed point. These newer systems are covered in Starlink and modern internet dishes. Even in these cases, though, the dish stays firmly on your roof; only the satellites are in space.
How far apart are the two, really?
The scale involved is easy to underestimate. A geostationary television satellite orbits about 22,000 miles above the equator, so the signal reaching your dish has traveled a distance many times the width of the Earth. That enormous journey is exactly why the signal arrives so weak and why the dish has to work so hard to collect it. It also explains the slight delay you may notice on some satellite links: even at the speed of light, a round trip up to a distant satellite and back takes a moment. None of this changes the basic answer, but it puts the relationship in perspective, a small antenna on your roof reaching across tens of thousands of miles to a machine in orbit.
The bottom line
The dish is the ground half of a two-part system, and the satellite is the space half. When people say "the satellite dish," they almost always mean the ground antenna. To follow the full signal path between the two, read how satellite dishes work.