Stroud Broadcasting
Coverage

Where the signal is predicted to reach.

Two proposed facilities, both with applications on file with the FCC. The contours below are computed with TVStudy v2.3.0 using the Longley–Rice terrain model over 360 radials. They are predictions for proposed facilities, not measured coverage — neither station is authorized or on the air.

Fox Gap site — Stroudsburg

Channel 16 (482–488 MHz)

Download map (PDF)
The view north from the Fox Gap transmitter site: a forested ridge in the foreground, the Stroudsburg valley beyond it, and a distant ridgeline on the horizon.
Looking north from the Fox Gap site toward Stroudsburg and East Stroudsburg, 3.4 miles out on a bearing of 352° — the direction the antenna is aimed.
Predicted 48.9 dBu service contour for the Fox Gap Channel 16 facility, covering Stroudsburg, East Stroudsburg, Mount Pocono, Tobyhanna, Bangor and Wind Gap.
Community of license
Stroudsburg, PA
Channel / RF
18 · RF 16
Callsign
Pending
FCC status
Pending

The contour shown is the 15 kW directional facility we intend to build, aimed north across Stroudsburg and East Stroudsburg. The application currently pending with the FCC (File No. 0000293831, Facility ID 795621) specifies a lower-power 200 W omnidirectional facility; the directional facility mapped here would be applied for by modification after a construction permit is granted. See the public notice for this application →

Camelback site — Mount Pocono

Channel 29 (560–566 MHz)

Download map (PDF)
Predicted 50.2 dBu service contour for the Camelback Channel 29 facility, covering Mount Pocono, Tobyhanna, Scranton, Pittston and Wilkes-Barre.
Community of license
Mount Pocono, PA
Channel / RF
RF 29
Callsign
Pending
FCC status
Pending

The contour shown is the 15 kW directional facility as filed, aimed northwest up the Pocono plateau toward the Wyoming Valley (File No. 0000303243, Facility ID 797468). See the public notice for this application →

County boundaries and interstates from US Census TIGER 2023. Coverage inside a contour varies with local terrain, antenna height and receiver quality.