Dish Pointer v2.1

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LAT LON

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SELECT LOCATION & SATELLITE TO CALCULATE

Azimuth True
°
TRUE NORTH
Elevation
°
LNB Skew
°
POLARISATION

Free Satellite Dish Azimuth & Elevation Calculator

DishTuner calculates the precise azimuth (compass direction), elevation (tilt angle), and LNB skew needed to point a satellite dish at any geostationary satellite from your location. Enter your coordinates or city above — results update instantly for all 281+ satellites in the database.

How to Use the Dish Alignment Calculator

  1. 1 Set your location — click "Use My Location" for GPS auto-detect, or search for your city.
  2. 2 Select your satellite — choose from 280+ satellites. Only those above your horizon are shown.
  3. 3 Read the angles — note the azimuth, elevation, and LNB skew values calculated for your position.
  4. 4 Point and fine-tune — adjust your dish to match the angles, then use a signal meter or app to maximise signal strength.

Have questions? See the satellite dish alignment FAQ.

What Do Azimuth, Elevation & LNB Skew Mean?

Azimuth
The horizontal compass bearing your dish should face, measured in degrees from true north (0°–360°). In the northern hemisphere this is usually a southward direction.
Elevation
The vertical tilt angle of the dish above the horizon (0°–90°). Higher latitudes result in lower elevation angles. A minimum of ~5–10° is needed for a usable signal.
LNB Skew
The rotation of the LNB (Low Noise Block) to match the satellite's signal polarisation. Incorrect skew causes weak signal or cross-polarisation interference between transponders.

Covering 281+ satellites and 171+ countries. Browse the satellite database →  ·  Learn more about DishTuner →