WLPC-CD

WLPC-CD

CP)
HAAT	132.6 m (435 ft) 300.1 m (985 ft) (CP)
Transmitter coordinates	42°19′55″N 83°2′42″W / 42.33194°N 83.04500°W / 42.33194; -83.04500 42°26′52.5″N 83°10′23.1″W / 42.447917°N 83.173083°W / 42.447917; -83.173083 (CP)
Links
Public license information	Public file LMS
Website	https://www.wlpc.tv/ https://www.watchimpact.com/

WLPC-CD (channel 28) is a

channel 397.

WLPC could be received

.

The station was originally affiliated with

in the early 1990s, before becoming an all-FN affiliate.

On December 13, 2010,

WLPC-LP, using an unprotected channel allocation, was forced off the air at that time.

On January 28, 2011, WLPC-LP was granted a

Sometime in 2011, the station had moved its website to time4change.com, and begun streaming online at Dashboard - The Impact Network, as The Impact Network. Prior to this, the station had operated under the name "Christian Television Network" (CTN) but was forced to drop this branding at the behest of a different Christian Television Network, the Clearwater, Florida–based network of the same name.

At sometime in mid-November 2011, WLPC-LP had converted to digital as WLPC-LD, broadcasting on channel 40 from its tower atop the Cadillac Tower. The station broadcasts its sole digital stream with a virtual channel of 40.1.

On May 27, 2014, WLPC-LD's call letters were officially upgraded to WLPC-CD, to reflect its long-standing status as a Class A station.

On June 9, 2019, WLPC-CD moved from UHF 40 at 2.342 kW of power to UHF 28 (formerly used by now-defunct

removing channels 38–51 from broadcast television service.

The station's signal is

:

Subchannels of WLPC-CD

Channel	Res.	Aspect	Short name	Programming
28.1	480i	4:3	WLPC	Religious broadcasting
28.2			FYF-TV	Religious "FYF-TV"
28.3			RTN	Religious
28.4			CDTN	Religious "Covenant Daughters Television Network"
28.6			BTV	Family/Religious beacon333tv.com

• Media in Detroit

• HOME
• Dashboard - The Impact Network
• Facility details for Facility ID 168471 (WLPC-LD) in the FCC Licensing and Management System