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KNAT-TV · channel 23.1

KNAT-TV is channel 23.1 (TBN), a full-power station licensed to Albuquerque, NM.

Updated from FCC data

KNAT-TV channels and Subchannel An extra channel a station sends alongside its main one, like 2.2 or 2.3. More in the glossary

  • 23.1 TBN

Which way to point your antenna for KNAT-TV

KNAT-TV transmits from the main Albuquerque-Santa Fe tower site, so an antenna aimed for the other big stations gets it too. It broadcasts on RF 24 ( UHF Higher frequencies (RF 14–36). Most stations are here; almost any antenna picks it up. More in the glossary ).

FromPointDistance
Rio Rancho, NM east-southeast (110°) 15 mi
Santa Fe, NM southwest (220°) 41 mi
Los Lunas, NM northeast (34°) 34 mi
Grants, NM east (87°) 78 mi
Edgewood, NM west-northwest (294°) 14 mi

KNAT-TV transmitter details

Station type
Class A and low-power stations Smaller stations with a shorter range than full-power ones. More in the glossary
RF channel The real broadcast frequency, which can differ from the number your TV shows. More in the glossary
24 (UHF)
ERP (effective radiated power) Transmitter power after the antenna's gain, in kilowatts. More in the glossary
320 kW
Antenna height
3259 m above sea level, 1245 m above average terrain
Tower location
35.2128, -106.4501 (NAD83)
FCC facility ID
993
Licence on file
2013-08-08

More in Albuquerque-Santa Fe

Where this comes from

  • Stations, towers, channels and power: FCC Licensing and Management System (LMS) public database, data of .
  • Networks and subchannels: our affiliations dataset, built from Wikipedia (used under CC BY-SA 4.0), the network field stations file with the FCC, and station websites; checked . Credits.
  • Towns and distances: US Census Bureau: Vintage 2025 city population estimates (SUB-EST2025) and 2026 Gazetteer place coordinates; distances are straight-line from each town's Census centre point.
  • Market area: Market area: counties assigned by FCC service-contour coverage of each market's full-power stations (FCC LMS market list, Census 2020).

Updated How we work this out