July 10, 2026 hail storm near Ramah, CO. Radar-confirmed hail track and contractor lead lists available.
NWS WARNING AREA · Ramah Metro · Jul 10, 2026
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Pro coverage in California, Vermont, and Oregon includes the confirmed hail track and Strike Map only — no address lists. State data-privacy law treats compiled address lists differently in those three states, so we exclude their addresses from extraction and delivery.
This storm generated 12 NWS alert zones. Pro access covers the complete storm track and all addresses across every zone.
Ramah, CO
632 addresses in warning area
Alert issued Fri, Jul 10 · 9:06 PM UTC
Calhan, CO
336 addresses in warning area
Alert issued Fri, Jul 10 · 9:09 PM UTC
Elbert, CO
108 addresses in warning area
Alert issued Fri, Jul 10 · 9:32 PM UTC
Karval, CO
Alert issued Fri, Jul 10 · 11:13 PM UTC
Ordway, CO
Alert issued Fri, Jul 10 · 11:16 PM UTC
Haswell, CO
Alert issued Fri, Jul 10 · 11:43 PM UTC
La Junta, CO
193 addresses in warning area
Alert issued Fri, Jul 10 · 11:53 PM UTC
Rocky Ford, CO
29 addresses in warning area
Alert issued Sat, Jul 11 · 12:20 AM UTC
Eads, CO
Alert issued Sat, Jul 11 · 12:25 AM UTC
Kit Carson, CO
Alert issued Sat, Jul 11 · 12:29 AM UTC
Orchard, CO
Alert issued Sat, Jul 11 · 12:53 AM UTC
Keyes, OK
91 addresses in warning area
Alert issued Sat, Jul 11 · 2:47 AM UTC
A severe hail storm tracked through Ramah, Colorado on July 10, 2026, producing 2.26-inch hail and multiple radar-detected hail cores from mid-afternoon into the evening. The event generated a sequence of NWS alerts and spotter reports concentrated east of Ramah near Wild Horse.
Storm development began in the late afternoon. Radar first flagged 1-inch hail around 3:06 PM MDT. Intermittent radar-detected hail signatures persisted into the late afternoon and early evening, with additional radar detections near 3:32 PM MDT and 5:13 PM MDT. Between about 5:53 PM MDT and 6:29 PM MDT the NWS issued a string of warning-area alerts that did not carry radar-derived hail size in their text, then radar-detected signatures returned at 6:53 PM MDT and again at 8:47 PM MDT.
Field observers provided ground-truth along the storm path. At 6:25 PM MDT a spotter reported roughly three miles of quarter-size hail near Wild Horse. At 6:42 PM MDT another observer estimated nickel-size hail accompanied by wind gusts near 60 mph. Those spotter-verified observations align with the timing of the NWS warning-area alerts in the early evening portion of the event. Radar detections and warnings together show multiple hail cores moving generally eastward from Ramah during that window.
Surface impact reports were limited and geographically focused. Spotters reported concentrated quarter-size hail along a roughly three-mile swath near Wild Horse and isolated nickel-size accumulation alongside strong wind gusts. No large-area structural collapse or widespread uprooted trees were reported in the available field notes.
Vehicle and roof exposure is most likely along the reported swath east of Ramah. The quarter-size hail swath reported at 6:25 PM MDT crosses primarily rural roads and scattered residential parcels. The nickel-size reports at 6:42 PM MDT included 60 mph gusts, a combination that increases the chance of pitting on vehicle paint and localized shingle granule loss on exposed roofing. Inspection priority should follow the ground-truth path and the contiguous radar-detected cores noted in the early evening.
There were additional radar-detected hail signatures earlier in the afternoon and later in the evening that did not generate accompanying spotter reports. Those radar returns indicate isolated hail potential beyond the two spotter locations. Limit initial inspections to the documented quarter- and nickel-size swath, then expand outward where radar-detected cores intersect property clusters or public roads.
Start field work with targeted inspections along County roads east of Ramah and within three miles of Wild Horse. Collect geotagged photos of vehicle panels, roof edges, and gutters where quarter- and nickel-size impacts are most identifiable. Take close-up shots of pitting, granule loss, and dent patterns against a common scale. For roofing, inspect leeward and windward eaves where 60 mph gusts reported at 6:42 PM MDT would have concentrated impact.
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Try the Free Demo →Match material samples when possible. Bring asphalt shingle fragments and representative granule samples to help with job estimates. Note that the most reliable early claims will come from properties directly intersecting the spotter-verified swath. For sites outside that corridor, prioritize locations where radar-detected hail cores crossed populated lots or where wind-exposed attachments show evidence of granular loss.
Document chain of evidence tightly. Use property-level coordinates, time-stamped photos, and concise notes tying observed damage to the reported swath near Wild Horse and the radar-detected cores listed during the late-afternoon and early-evening timeframe. For precise hail track data and high-resolution radar-to-surface mapping, consult the Strike Map for this event.
Address data is sourced from the US National Address Database (NOAA/USDOT). Inclusion of an address does not guarantee physical damage occurred. Confidence scores are radar-derived estimates. Data Accuracy Disclaimer