August 16, 2026 hail storm near New Raymer, CO. Radar-confirmed hail track and contractor lead lists available.
NWS WARNING AREA · New Raymer Metro · Aug 16, 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.
New Raymer, CO
111 addresses in warning area
Alert issued Sun, Aug 16 · 11:42 PM UTC
Harrisburg, NE
Alert issued Sun, Aug 16 · 11:55 PM UTC
Lagrange, WY
Alert issued Mon, Aug 17 · 12:00 AM UTC
Potter, NE
2 addresses in warning area
Alert issued Mon, Aug 17 · 12:11 AM UTC
Snyder, CO
Alert issued Mon, Aug 17 · 12:12 AM UTC
Gering, NE
Alert issued Mon, Aug 17 · 12:34 AM UTC
Potter, NE
Alert issued Mon, Aug 17 · 12:55 AM UTC
Bayard, NE
Alert issued Mon, Aug 17 · 1:11 AM UTC
Dix, NE
Alert issued Mon, Aug 17 · 1:21 AM UTC
Broadwater, NE
8 addresses in warning area
Alert issued Mon, Aug 17 · 1:43 AM UTC
Alliance, NE
8 addresses in warning area
Alert issued Mon, Aug 17 · 1:55 AM UTC
Chugwater, WY
Alert issued Mon, Aug 17 · 2:20 AM UTC
A severe hail storm tracked through New Raymer, Colorado on August 16, 2026, producing 2.61-inch stones and widespread small hail during the early evening. The event ran from late afternoon into the early evening with multiple radar-detected hail pulses and spotter-verified surface reports.
Dual-polarization radar first detected significant hail returns near New Raymer at 5:42 PM MDT and continued issuing hail detections through 8:20 PM MDT. Radar-detected hail signatures varied across the storm lifecycle, with multiple pulses logged between late afternoon and early evening. Several alert periods were supported by radar hail detections; others were issued as NWS warning-only alerts when radar returns weakened but the warning polygon remained active.
At 7:42 PM MDT a trained spotter in the New Raymer area reported widespread smaller hail with occasional stones about the size of a ping-pong ball while hail was still falling. That spotter-verified observation coincided with one of the more intense radar returns and with additional radar-detected hail alerts in the surrounding minutes. The sequence shows an organized storm that produced repeated hail cores over roughly a three-hour window rather than a single isolated pulse.
Field reports from the New Raymer spotter corridor documented ongoing hail at 7:42 PM MDT with frequent small stones and intermittent stones measuring roughly 1.5 inches. No LSRs in the provided reports included direct accounts of structural collapse, vehicle total loss, or large-scale roof failure. Radar-derived hail swaths intersect the spotter location during the 7:30–7:50 PM MDT interval, indicating the surface reports came from within an active radar hail core.
Observed impacts in the immediate New Raymer area were limited to surface coverage by small hail and occasional larger stones reported by trained observers. In the absence of additional local damage reports, the most credible immediate impacts are concentrated cosmetic and surface effects reported by spotters at that time and location. No additional ground-truth reports accompanied the three identical trained-spotter entries for the event.
Inspect timing: begin inspections focused on the night of August 16 or the morning of August 17 for the New Raymer area. The storm produced repeated hail cores through the early evening. Prioritize properties that lie along the radar-detected swath and the spotter location noted at 7:42 PM MDT.
Inspection focus: look for hail bruising, granule loss on composite shingles, denting on metal roofing and siding, and cracked polycarbonate or skylight panels. Given the mix of frequent small hail and intermittent larger stones reported by a trained spotter, expect localized concentrated damage where larger stones fell and more uniform granule loss elsewhere.
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Try the Free Demo →Documentation and safety: photograph all damage with scale references and capture GPS-tagged photos when possible. Record the time and coordinate of each inspection to match features against the radar-derived hail swath. Use standard fall protection and avoid walking on wet, recently impacted roofs until they have been assessed for integrity.
For a precise, radar-derived hail track and the paid damage zone product, 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