KOMO-TV channel 4.1

KOMO-TV is the ABC station on channel 4.1 in the Seattle-Tacoma area. Its tower is 0.9 miles north of Seattle. 18 of the 18 Seattle-Tacoma cities we cover get it at a Strong or Moderate signal.

Channel
4.1
Band
UHF
Cities served
18

What's on KOMO-TV

KOMO-TV broadcasts 3 channels, all free with an antenna. Network names link to the channel finder for that network.

ChannelProgrammingOn-screen name
4.1ABCABC
4.2CometComet
4.3Charge!Charge!

Reception notes

  • UHF. KOMO-TV transmits on RF channel 30, in the UHF band (RF 14 to 36).
  • Channel number. Your TV shows it as 4.1 even though the signal is on RF channel 30. A channel scan finds it either way. How to rescan
  • NextGen TV. The FCC does not list KOMO-TV as broadcasting in ATSC 3.0, so any digital TV tuner can receive it.

Where KOMO-TV comes in

Strongest within about 27 miles of the tower, which stands 0.9 miles to the north of Seattle. 14 cities get a Strong signal and 4 get Moderate, out to 48 miles.

CityTower distanceSignal
Seattle, WA 0.9 mi N Strong
Kirkland, WA 8.3 mi WSW Strong
Shoreline, WA 8.7 mi S Strong
Bellevue, WA 9.5 mi WNW Strong
Burien, WA 11 mi N Strong
Redmond, WA 12 mi WSW Strong
Bothell, WA 12 mi SW Strong
Renton, WA 13 mi NW Strong
Sammamish, WA 15 mi W Strong
Kent, WA 18 mi NNW Strong
Federal Way, WA 22 mi N Strong
Auburn, WA 24 mi NNW Strong
Everett, WA 24 mi SSW Strong
Tacoma, WA 27 mi N Strong
Marysville, WA 32 mi SSW Moderate
Lakewood, WA 33 mi NNE Moderate
Lacey, WA 46 mi NNE Moderate
Olympia, WA 48 mi NNE Moderate

Distance and direction are from each city's center to the tower. Signal ratings are estimates from the FCC's coverage contour and distance.

Station summary

NetworkABC
Virtual channel4.1
RF channel30 (UHF)
ServiceFull power
Community of licenseSeattle, WA
LicenseeSINCLAIR SEATTLE LICENSEE, LLC
Effective radiated power915 kW
NextGen TVNo

Sources

Station and tower data: FCC, Nov 6, 2026. Network and subchannel data: Wikipedia, CC BY-SA 4.0. Signal tiers are estimates from FCC coverage areas and distance, without terrain modeling. How we estimate signals.