Satellite TV Satellite Positions Depend On Ground Locations

To watch satellite TV satellite positions must be in line with the satellite's geosynchronous orbit around the Earth. When a satellite is launched, it is destined to be placed about 23,300 miles above the Earth in an orbit that retains its relationship to a particular ground location. Unlike orbiting satellites that can sometimes be seen moving in the night sky, a satellite in a geosynchronous orbit will simply appear as a light, similar to a star, with no change in position.

When installing satellite TV satellite positions are considered in how the dish is pointed at the sky. Generally, the dish is aimed at the southern sky, but the position of the dish on the ground will determine how high it points and whether it is aimed to the left or right in relation to the location of the base position. DirecTV has 15 operational satellites in the sky while Dish Network has 10, making it possible for anyone that wants their services to establish a line of site link to the satellite TV satellite positions.

In some areas due to the location of tall buildings, heavy tree cover and with hills an mountains being in the way, the line of site between the satellite TV satellite positions and the ground dish antenna, reception may not be possible. Heavy cloud cover can also cause a temporary loss of service, but for the most part, it takes some really heavy cloud cover to interfere with the signal.

Aiming Dish Has To Be Nearly Exact

If you consider the satellite TV satellite positions but looking at a ball and holding a straight edge against the ball, it will become obvious how line of sight signal can be affected by only a slight variation in the receiving dish's position. It has to point nearly directly at the satellite in order to receive the strongest signal at is nearly impossible, due to the satellite TV satellite positions for one dish to receive signal from two different satellites.

To better understand the importance of aiming the dish at the satellite TV satellite positions, take two pieces of string into the yard and lay them sided by side. Anchor one end of both strings to the same point and then choose a spot only 100 feet away. With both strings at the end spot, move one of them about a foot to one side and then look at their relationship at the starting point. The one sixteenth of an inch at the start can be a foot at the end, consider what a difference that one sixteenth of and inch will be 23,300 feet later.