KHHL

KHHL
City Karnes City, Texas
Broadcast area San Antonio, Texas
Branding ESPN Deportes
Frequency 103.1 (MHz)
Format ESPN Deportes
ERP 34,000 watts
HAAT 179 meters (587 ft)
Class C2
Facility ID 78984
Transmitter coordinates 29°00′47″N 97°40′03″W / 29.0130°N 97.6675°W / 29.0130; -97.6675Coordinates: 29°00′47″N 97°40′03″W / 29.0130°N 97.6675°W / 29.0130; -97.6675
Owner Alpha Media
(Alpha Media Licensee LLC)
Sister stations KJXK, KLEY-FM, KSAH, KSAH-FM, KTFM, KTSA, KZDC

KHHL (103.1 FM) is an American radio station, licensed to serve the community of Karnes City, Texas. The station broadcasts a Spanish-language sports talk format to the San Antonio area.[1] It is managed by Alpha Media and the broadcast license is held by Alpha Media Licensee LLC. Its studios are located in Northeast San Antonio, and the transmitter site is near Yorktown, Texas.

History

In August 2005, KTXX became the 70th Air America Radio affiliate.[2] In December 2006, the station dropped Air America and switched to a new format.[3] According to BMP's San Antonio web page, the station broadcast a mix of Contemporary Spanish Christian Music, satellite news, and commentary.[4]

Former logo

In 2009, La Luz became "La Lupe 103.1 FM" playing Spanish favorites. KTXX dropped its Spanish Christian talk format. On November 2, 2009, the station changed their call letters to "KHHL". In 2010, the station changed formats once again to Spanish-language sports talk, branded as ESPN Deportes.

The station is plagued with audio and transmission problems and has been so for the past couple of years.

Signal issues

KHHL's reach is hindered in the San Antonio metropolitan area because it is a rimshot signal located roughly 50 miles southeast of the city's center, in rural Karnes City. Like many other rimshot signals in other markets, this has hindered the success of the station, and hence they have never made a serious impact in the San Antonio ratings.

In June 2012, KHHL was granted a construction permit by the FCC to upgrade its broadcast facilities and increase its effective radiated power.

References

External links

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