Crowdsourced cell site
Structure facts
What the site currently knows about this tower, pulled from the public source stack behind the route graph.
Registration
Crowdsourced-only site
Location
El Dorado, KS 67042
Lighting
Unknown
Status
Observed in OpenCelliD
Coordinates
37.83180, -96.88210
Notes
Approximate OpenCelliD-only site clustered from 2 cell observations across 54 crowd samples within 1000 meters. Confidence: high. No FCC ASR structure matched inside the 200 meter join radius.
Carrier presence
The carrier and technology hints that make this more useful than a raw tower-owner listing.
T-Mobile
Approx. 6.9 miles
LTE
Approximate site confidence built from 2 cell observations across 54 crowd samples.
Nearby pages
Other tower detail pages within a short drive of this site.
El Dorado, KS
ASR matchedEl Dorado 106.7 ASR-1215159
106.7 with 0 carrier presences. Built from FCC ASR registration data; carrier overlays come from nearby OpenCelliD cells.
767 N. OilHill Rd.
El Dorado, KS
ASR matchedEl Dorado 106.7 ASR-1321787
106.7 with 1 carrier presences. Joined to nearby OpenCelliD cells within 200 meters of the FCC structure. Closest matched cell was 169 meters away.
767 N. OIL HILL RD
T-Mobile
LTE
El Dorado, KS
ASR matchedEl Dorado 96.9 ASR-1043184
96.9 with 0 carrier presences. Built from FCC ASR registration data; carrier overlays come from nearby OpenCelliD cells.
500 OIL HILL RD
El Dorado, KS
ASR matchedEl Dorado 59.4 ASR-1219309
59.4 with 0 carrier presences. Built from FCC ASR registration data; carrier overlays come from nearby OpenCelliD cells.
Haverhill Road and 4th Street
Why this detail page matters
The product logic behind showing a standalone tower page instead of burying the record in a generic list.
- Exact ASR structures and crowdsourced-only nodes are both listed, with the difference labeled rather than hidden.
- Tower owner is often a neutral host like Crown Castle or American Tower, not the wireless carrier itself.
- Coverage ranges here are rough carrier-level estimates derived from reported cell radii. Treat them as indicative, not exact.