KXDP-LD
KXDP-LD is a low power station with no network listed in our sources on RF channel 6 in the Denver area. Its tower is 8.0 miles south-southwest of Boulder. 15 of the 15 Denver cities we cover get it at a Strong or Moderate signal.
- RF channel
- 6
- Band
- Low VHF
- Cities served
- 15
Reception notes
- Low VHF. KXDP-LD transmits on RF channel 6, in the Low VHF band (RF 2 to 6). Many flat indoor antennas pick up VHF poorly, and Low VHF needs a larger antenna. VHF antenna guide
- NextGen TV. The FCC does not list KXDP-LD as broadcasting in ATSC 3.0, so any digital TV tuner can receive it.
Where KXDP-LD comes in
Strongest within about 26 miles of the tower, which stands 8.0 miles to the south-southwest of Boulder. 9 cities get a Strong signal and 6 get Moderate, out to 44 miles.
| City | Tower distance | Signal |
|---|---|---|
| Boulder, CO | 8.0 mi SSW | Strong |
| Arvada, CO | 9.4 mi NW | Strong |
| Westminster, CO | 12 mi W | Strong |
| Broomfield, CO | 13 mi WSW | Strong |
| Lakewood, CO | 18 mi NNW | Strong |
| Thornton, CO | 19 mi W | Strong |
| Longmont, CO | 20 mi SSW | Strong |
| Denver, CO | 24 mi WNW | Strong |
| Commerce City, CO | 26 mi W | Strong |
| Centennial, CO | 32 mi NW | Moderate |
| Aurora, CO | 36 mi WNW | Moderate |
| Loveland, CO | 37 mi SSW | Moderate |
| Parker, CO | 39 mi NW | Moderate |
| Castle Rock, CO | 44 mi NNW | Moderate |
| Greeley, CO | 44 mi SW | 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
| Network | Not listed |
|---|---|
| Virtual channel | Not published |
| RF channel | 6 (VHF-low) |
| Service | Low power |
| Community of license | Denver, CO |
| Licensee | SYNCOM MEDIA GROUP, INC. |
| Effective radiated power | 3 kW |
| NextGen TV | No |
Sources
- FCC TV Query record for KXDP-LD (channels, tower, power, licensee and NextGen TV)
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.