Enter your address to see every TV transmitter near you on a map, with the exact compass heading to aim your antenna, the distance, the channel and band, and an estimate of how strong each signal will be.

The short answer

Type your street address below for the most accurate headings. The map lists every licensed TV tower within your chosen radius and recommends the type of antenna you need based on your weakest major-network station.

Headings are given for a magnetic compass and as true bearings. All tower data comes from FCC license records.

In this guide
  1. The antenna pointing map
  2. How to use it
  3. What the signal ratings mean
  4. Choosing an antenna from your results
  5. Compass heading vs. true heading
  6. Frequently asked questions
Enter an address to see every TV tower near you, with compass headings, distances, and estimated signal strength.

Not quite right? Drag the house marker to your exact spot (or click the map) and the results update.

Strong Good Moderate Weak Very weak

Headings are magnetic, so point the antenna where a compass reads that number. True headings (for maps and satellite views) are shown in gray. Signal estimates use FCC transmitter power and height with a smooth-earth propagation model for an outdoor antenna 30 feet up. They don't account for hills, buildings, or trees, so treat them as a starting point. *Network affiliations come from FCC records and aren't always current; call signs and channels are the reliable identifiers. Tower data: FCC licensed full-power, Class A, and low-power TV stations. Map data © OpenStreetMap contributors.

How to use the antenna pointing map

  1. Enter your exact address. A street address gives the most accurate headings. A ZIP code or city works too, but it puts you at the center of that area, which can be miles from your house.
  2. Check the marker. Zoom in and drag the house marker onto your roof, or onto where the antenna will go. Everything recalculates as you move it.
  3. Read the compass plot. Each dot is a TV transmitter, placed by compass heading and distance. If most dots sit in one narrow slice, a directional antenna aimed at that slice will work. If they're spread out, you need a multi-directional or omnidirectional antenna.
  4. Aim with a compass. Stand at the antenna with a compass (or a phone compass app set to magnetic north) and turn the antenna toward the heading in the table. Then run a channel scan on your TV.

What the signal ratings mean

Each station gets an estimated signal rating for an antenna mounted outside, about 30 feet off the ground. Indoors, expect it to drop about one level.

RatingWhat it meansAntenna you'll need
StrongPlenty of signalAn indoor antenna usually works
GoodSolid, with some marginAttic or small outdoor antenna (indoor may work near a window)
ModerateReliable with a real antennaMedium-range outdoor antenna, roof or mast
WeakNeeds gain and heightLong-range outdoor antenna, aimed carefully, often with a preamp
Very weakFringe reception at bestThe largest directional antennas, a tall mast, and a low-noise preamp. Not guaranteed.

The ratings come from a simplified propagation model, not a terrain survey. A hill between you and the tower can knock a station down a level or two, and living on high ground can push it up. If the result matters, like before you buy a 100-mile antenna, try a quick test with a cheap antenna first.

Choosing an antenna from your results

Compass heading vs. true heading

A compass points to magnetic north, which can be up to 15° or more away from true north in parts of the U.S. That's enough to miss a distant tower with a directional antenna. The map handles the conversion for you: the big number in the table is the magnetic heading to set on a compass, and the small gray number is the true heading for use with maps and satellite images. Many phone compass apps let you choose between true and magnetic north, so check the setting before you aim.

Frequently asked questions

How do I find TV towers near me?
Enter your address, ZIP code, or city in the antenna pointing map. It shows every licensed TV transmitter within the radius you choose, with distance, compass heading, channel, band, and an estimated signal strength for each.
Which direction should I point my TV antenna?
Point it at the compass heading the map shows for the stations you want. If your main towers are within about 30 degrees of each other, aim a directional antenna at the middle of that group. If they are spread wider, use a multi-directional or omnidirectional antenna.
Why is the channel on my TV different from the RF channel?
Stations keep a familiar virtual channel number, like 5 or 9, while broadcasting on a different RF channel. Antenna reception depends on the RF channel, which tells you whether the station is UHF or VHF.
How accurate are the signal estimates?
They are a good starting point but not a guarantee. They use FCC transmitter power and height with a smooth-earth propagation model for an antenna 30 feet up, and they do not account for hills, buildings, or trees, which can weaken signals considerably.
Should I use magnetic or true north to aim my antenna?
Use magnetic north if you are aiming with a compass. The map converts each heading using the current World Magnetic Model, so the main heading shown is what your compass should read. Use the true heading with maps and satellite images.