Crowdsourced cell site
Structure facts
What the site currently knows about this tower, pulled from the public source stack behind the route graph.
Carrier presence
The carrier and technology hints that make this more useful than a raw tower-owner listing.
AT&T
Approx. 0.9 milesApproximate site confidence built from 3 cell observations across 54 crowd samples.
T-Mobile
Approx. 2.9 milesApproximate site confidence built from 4 cell observations across 173 crowd samples.
Verizon
Approx. 2.3 milesApproximate site confidence built from 6 cell observations across 169 crowd samples.
Nearby pages
Other tower detail pages within a short drive of this site.
Reno, NV
ASR matchedReno 13.7 ASR-1298546
13.7 with 2 carrier presences. Joined to nearby OpenCelliD cells within 200 meters of the FCC structure. Closest matched cell was 173 meters away.
18603 Wedge Parkway (2723188)
Reno, NV
ASR matchedReno 23.8 ASR-1271151
23.8 with 0 carrier presences. Built from FCC ASR registration data; carrier overlays come from nearby OpenCelliD cells.
3600 Butch Cassiday Dr
Reno, NV
ASR matchedReno 24.4 ASR-1297372
24.4 with 0 carrier presences. Built from FCC ASR registration data; carrier overlays come from nearby OpenCelliD cells.
105 HERZ BOULEVARD
Reno, NV
Crowdsourced onlyApproximate cell site near Reno, NV
Crowdsourced cell site with 2 carrier presences. Approximate OpenCelliD-only site clustered from 8 cell observations across 231 crowd samples within 1000 meters. Confidence: high. No FCC ASR structure matched inside the 200 meter join radius.
Approximate location near Reno, NV 89511
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.